Begin a new process plan in MPP or MBM 5  Chapters

In this learning path, you identify steps you follow when developing a new process plan in Manufacturing Process Planner or Multi-BOM Manager.

1 Overview of Manufacturing Process Planner and Multi-BOM Manager 5 Topics

1. Overview of Teamcenter
2. Overview of Teamcenter Manufacturing Process Planner
3. Compare and contrast Multi-BOM Manager and Manufacturing Process Planner
4. Identify the training data scenario (show different models etc)
5. Knowledge Check: Overview of Manufacturing Process Planner and Multi-BOM Manager

2 Identify manufacturing structures and business use cases 8 Topics

1. Identify structure types and understand their use
2. Identify a general MPP solution
3. Identify a MPP for automotive final assembly solution
4. Identify a MPP for automotive powertrain solution
5. Identify a MPP for heavy machinery solution
6. Identify a MPP for aerospace solution
7. Identify a MPP for automotive body-in-white solution
8. Knowledge Check: Identify manufacturing structures and business use cases

3 Use the basic Teamcenter environment 12 Topics

1. Identify basic portions of Teamcenter
2. Configure the navigation pane for manufacturing
3. Configure the navigation pane for manufacturing
4. Use and modify the navigation pane
5. Use and modify the navigation pane
6. Group, revise, and copy objects
7. Create folders, an item, a dataset, and a workflow
8. Create folders, an item, a dataset, and a workflow
9. Access data in Teamcenter
10. Search the Teamcenter database
11. Search the Teamcenter database
12. Knowledge check: The basic Teamcenter environment

4 Introduction to MPP and MBM 8 Topics

1. Identify object types found in manufacturing structures
2. Navigate the Manufacturing Process Planer and Multi-BOM Manager perspectives
3. Identify and modify a manufacturing perspective
4. Identify and modify a manufacturing perspective
5. Identify basic features of the MPP and MBM graphics viewer
6. Visualize objects in the graphic viewer
7. Visualize objects in the graphic viewer
8. Knowledge Check: Introduction to MPP and MBM

5 Create and use collaboration context objects 12 Topics

1. Identify collaboration context, structure context, and configuration context objects
2. Load existing structures into MPP and MBM
3. Identify occurrences, BOM line properties and BOM line revisions
4. Creating a collaboration context and simple content
5. Creating a collaboration context and simple content
6. Work with a collaboration context
7. Work with a collaboration context
8. Create a collaboration context from another collaboration context
9. Create a collaboration context from another collaboration context
10. Begin a new process plan putting it all together
11. Begin a new process plan putting it all together
12. Knowledge Check: Create and use collaboration context objects

Work in the Bill of Materials (BOM) in MPP or MBM 5  Chapters

In this learning path, you manage the EBOM, author features, create a MBOM, and validate the EBOM/MBOM connection.

1 Manage engineering data (EBOM) 13 Topics

1. Identify how structures can be configured
2. Identify revision and occurrence effectivity
3. Configure structures using revision rules and effectivity
4. Configure product structure using release date
5. Configure product structure using release date
6. Configure product structure using effectivity
7. Configure structures using closure rules
8. Configure product structure using closure rules
9. Configure product structure using closure rules
10. Configure structures using Product Configurator variants
11. Identify context IDs, occurrences, and absolute occurrences
12. Identify three scenarios for creating engineering data (such as engineering BOMs)
13. Manage engineering data (EBOM) Knowledge Check

2 Author manufacturing features (BBOM) 11 Topics

1. Identify several types of manufacturing features
2. Identify several ways to create manufacturing features
3. Identify the purpose of a body BOM (BBOM) structure
4. Author datums
5. View the feature connections
6. View the feature connections
7. Manually create welds and connect to parts
8. Manage Welds
9. Search and assign manufacturing features to stations
10. Search for welds
11. Author manufacturing features (BBOM) Knowledge Check

3 Create a manufacturing part list (MBOM) (part 1) 13 Topics

1. Identify why to create a MBOM
2. Create items directly in a manufacturing BOM
3. Create a MBOM manually
4. Create a MBOM manually
5. Create a manufacturing BOM from a recipe
6. Create a MBOM from a recipe
7. Create a MBOM from a recipe
8. Create a manufacturing BOM reused assembly
9. Create a MBOM by copy/paste
10. Create a MBOM by copy/paste
11. Create a MBOM reused assembly
12. Create a MBOM reused assembly
13. Create a manufacturing part list (MBOM) (part 1) Knowledge Check

4 Create a manufacturing part list (MBOM) (part 2) 15 Topics

1. Create a manufacturing BOM by cloning
2. Create a MBOM by cloning
3. Create a MBOM by cloning
4. Create a manufacturing BOM with a utility
5. Create a MBOM with a utility
6. Create a MBOM with a utility
7. Perform structure searches
8. Perform a structure search
9. Perform a structure search
10. Perform spatial searches
11. Perform a spatial search
12. Perform a spatial search
13. Add features to the MBOM
14. Add features to the MBOM
15. Create a manufacturing part list (MBOM) (part 2) Knowledge Check

5 Validate EBOM to MBOM 8 Topics

1. Expand your understanding of ID in context and APNs
2. Understanding ID in context
3. Understanding ID in context
4. Perform an alignment check
5. Perform an EBOM MBOM accountability check
6. Perform accountability check - EBOM to MBOM
7. Perform accountability check - EBOM to MBOM
8. Validate EBOM to MBOM Knowledge Check

Work in the Bill of Materials (BOM) in MPP or MBM - 12.3 5  Chapters

In this learning path, you manage the EBOM, author features, create a MBOM, and validate the EBOM/MBOM connection.

1 Manage engineering data (EBOM) - 12.3 13 Topics

1. Identify how structures can be configured
2. Identify revision and occurrence effectivity
3. Configure structures using revision rules and effectivity
4. Configure product structure using release date
5. Configure product structure using release date
6. Configure product structure using effectivity
7. Configure structures using closure rules
8. Configure product structure using closure rules
9. Configure product structure using closure rules
10. Configure structures using Product Configurator variants
11. Identify context IDs, occurrences, and absolute occurrences
12. Identify three scenarios for creating engineering data (such as engineering BOMs)
13. Manage engineering data (EBOM) Knowledge Check

2 Author manufacturing features (BBOM) - 12.3 11 Topics

1. Identify several types of manufacturing features
2. Identify several ways to create manufacturing features
3. Identify the purpose of a body BOM (BBOM) structure
4. Author datums
5. View the feature connections
6. View the feature connections
7. Manually create welds and connect to parts
8. Manage Welds
9. Search and assign manufacturing features to stations
10. Search for welds
11. Author manufacturing features (BBOM) Knowledge Check

3 Create a manufacturing part list (MBOM) (part 1) - 12.3 13 Topics

1. Identify why to create a MBOM
2. Create items directly in a manufacturing BOM
3. Create a MBOM manually
4. Create a MBOM manually
5. Create a manufacturing BOM from a recipe
6. Create a MBOM from a recipe
7. Create a MBOM from a recipe
8. Create a manufacturing BOM reused assembly
9. Create a MBOM by copy/paste
10. Create a MBOM by copy/paste
11. Create a MBOM reused assembly
12. Create a MBOM reused assembly
13. Create a manufacturing part list (MBOM) (part 1) Knowledge Check

4 Create a manufacturing part list (MBOM) (part 2) - 12.3 15 Topics

1. Create a manufacturing BOM by cloning
2. Create a MBOM by cloning
3. Create a MBOM by cloning
4. Create a manufacturing BOM with a utility
5. Create a MBOM with a utility
6. Create a MBOM with a utility
7. Perform structure searches
8. Perform a structure search
9. Perform a structure search
10. Perform spatial searches
11. Perform a spatial search
12. Perform a spatial search
13. Add features to the MBOM
14. Add features to the MBOM
15. Create a manufacturing part list (MBOM) (part 2) Knowledge Check

5 Validate EBOM to MBOM - 12.3 8 Topics

1. Expand your understanding of ID in context and APNs
2. Understanding ID in context
3. Understanding ID in context
4. Perform an alignment check
5. Perform an EBOM MBOM accountability check
6. Perform accountability check - EBOM to MBOM
7. Perform accountability check - EBOM to MBOM
8. Validate EBOM to MBOM Knowledge Check

Work in the Bill of Process (BOP) in MPP 10  Chapters

In this learning path, you setup BOP, sequence the BOP, analyze operation time, balance workloads, manage IPAs, and validate the MBOM/BOP connection.

1 Use product BOPs 7 Topics

1. Explore optional process structures such as generic BOPs and product BOPs
2. Add process and operations to a structure
3. Add process and operations to a product BOP
4. Add process and operations to a product BOP
5. Optionally, add product to a product BOP
6. Optionally, add product to a product BOP
7. Assessment: Use product BOPs

2 Setup an initial plant BOP 6 Topics

1. Identify the contents of a plant BOP
2. Create a plant BOP using several methods
3. Examine ID-in-Context concepts and applications
4. Setup initial plant BOP
5. Setup initial plant BOP
6. Assessment: Setup an initial plant BOP

3 Sequence and optimize the plant BOP 10 Topics

1. Setup the process flow using the PERT chart
2. Configure the PERT chart
3. Assign parts to the plant BOP from either an MBOM or product BOP
4. Assign manufacturing features to the plant BOP
5. Examine BOP ID-in-context and appearance path node concepts
6. Sequence the process areas
7. Sequence the process areas
8. Sequence, add operations, and associate parts
9. Sequence, add operations, and associate parts
10. Assessment: Sequence and optimize the plant BOP

4 Perform operation time analysis 8 Topics

1. Use the Gantt chart view to do time planning
2. Use the Process Gantt view
3. Use the Process Gantt view
4. Use the Time view to assign various classifications of time to operations and create reports
5. Assign time to operations and activities
6. Work with the Time view
7. Work with the Time view
8. Assessment: Perform operation time analysis

5 Balance operator workloads (EP) 6 Topics

1. Identify the basic line balancing interface (EP)
2. Create a production program (EP)
3. Create a production program (EP)
4. Perform line balancing (EP)
5. Perform line balancing (EP)
6. Assessment: Balance operator workloads (EP)

6 Automatically configure the process structure 5 Topics

1. Identify methods to configure the process structure
2. Automatically configure the process structure with classic variants
3. Automatically configure the process structure with revision rules and classic variants
4. Automatically configure the process structure with revision rules and classic variants
5. Assessment: Automatically configure the process structure

7 Manage dynamic and filtered IPAs 7 Topics

1. Identify IPAs
2. Manage dynamic IPAs
3. Create and use dynamic IPAs
4. Create and use dynamic IPAs
5. Manage filtered IPAs
6. Manage IPA positions using station reference frames
7. Assessment: Manage dynamic and filtered IPAs

8 Validate MBOM to plant BOP 4 Topics

1. Perform accountability checks on the process structure
2. Validate product added to the plant BOP
3. Validate product added to the plant BOP
4. Assessment: Validate MBOM to plant BOP

9 Manage and validate studies 4 Topics

1. Search for studies with the study manager
2. Create and open studies with study manager
3. Lab: Manage studies
4. Assessment: Manage and validate studies

10 Perform alternative planning 4 Topics

1. Create an alternative plan
2. Perform alternative planning
3. Perform alternative planning
4. Assessment: Perform alternative planning

Work in the Bill of Process (BOP) in MPP - 12.3 10  Chapters

In this learning path, you setup BOP, sequence the BOP, analyze operation time, balance workloads, manage IPAs, and validate the MBOM/BOP connection.

1 Use product BOPs - 12.3 7 Topics

1. Explore optional process structures such as generic BOPs and product BOPs
2. Add process and operations to a structure
3. Add process and operations to a product BOP
4. Add process and operations to a product BOP
5. Optionally, add product to a product BOP
6. Optionally, add product to a product BOP
7. Assessment: Use product BOPs

2 Setup an initial plant BOP - 12.3 6 Topics

1. Identify the contents of a plant BOP
2. Create a plant BOP using several methods
3. Examine ID-in-Context concepts and applications
4. Setup initial plant BOP
5. Setup initial plant BOP
6. Assessment: Setup an initial plant BOP

3 Sequence and optimize the plant BOP - 12.3 10 Topics

1. Setup the process flow using the PERT chart
2. Configure the PERT chart
3. Assign parts to the plant BOP from either an MBOM or product BOP
4. Assign manufacturing features to the plant BOP
5. Examine BOP ID-in-context and appearance path node concepts
6. Sequence the process areas
7. Sequence the process areas
8. Sequence, add operations, and associate parts
9. Sequence, add operations, and associate parts
10. Assessment: Sequence and optimize the plant BOP

4 Perform operation time analysis - 12.3 8 Topics

1. Use the Gantt chart view to do time planning
2. Use the Process Gantt view
3. Use the Process Gantt view
4. Use the Time view to assign various classifications of time to operations and create reports
5. Assign time to operations and activities
6. Work with the Time view
7. Work with the Time view
8. Assessment: Perform operation time analysis

5 Automatically configure the process structure - 12.3 5 Topics

1. Identify methods to configure the process structure
2. Automatically configure the process structure with classic variants
3. Automatically configure the process structure with revision rules and classic variants
4. Automatically configure the process structure with revision rules and classic variants
5. Assessment: Automatically configure the process structure

6 Balance operator workloads (EP) - 12.3 6 Topics

1. Identify the basic line balancing interface (EP)
2. Create a production program (EP)
3. Create a production program (EP)
4. Perform line balancing (EP)
5. Perform line balancing (EP)
6. Assessment: Balance operator workloads (EP)

7 Manage dynamic and filtered IPAs - 12.3 7 Topics

1. Identify IPAs
2. Manage dynamic IPAs
3. Create and use dynamic IPAs
4. Create and use dynamic IPAs
5. Manage filtered IPAs
6. Manage IPA positions using station reference frames
7. Assessment: Manage dynamic and filtered IPAs

8 Validate MBOM to plant BOP - 12.3 4 Topics

1. Perform accountability checks on the process structure
2. Validate product added to the plant BOP
3. Validate product added to the plant BOP
4. Assessment: Validate MBOM to plant BOP

9 Manage and validate studies - 12.3 3 Topics

1. Search for studies with the study manager
2. Create and open studies with study manager
3. Assessment: Manage and validate studies

10 Perform alternative planning - 12.3 4 Topics

1. Create an alternative plan
2. Perform alternative planning
3. Perform alternative planning
4. Assessment: Perform alternative planning

Work in the Bill of Equipment (BOE) in MPP 3  Chapters

In this learning path, you manage plant resources, position resources, and use classified/non-classified objects, and classify standard objects.

1 Access libraries of resources in Teamcenter 7 Topics

1. Identify basic classification concepts
2. Search and view the classification hierarchy
3. Search the classification hierarchy Lab
4. Search the classification hierarchy Lab
5. Add a classified resource to the BOE Lab
6. Add a classified resource to the BOE Lab
7. Assessment: Access libraries of resources in Teamcenter

2 Manage plant resources (BOE) 9 Topics

1. Identify the content of the BOE structure
2. Identify and position content of the BOE
3. Associate the plant to the process structure
4. Managing resources and end items
5. Add station and assign operations Lab
6. Add station and assign operations Lab
7. Position a worker in the layout and assign to an operation Lab
8. Position a worker in the layout and assign to an operation Lab
9. Assessment: Manage plant resources (BOE)

3 Utilize workers and robots in the plant 6 Topics

1. Multi-Worker planning per Station
2. Assign components and workarea Lab
3. Assign components and workarea Lab
4. Apply an end item in the plant structure Lab
5. Apply an end item in the plant structure Lab
6. Assessment: Utilize workers and robots in the plant

Work in the Bill of Equipment (BOE) in MPP - 12.3 3  Chapters

In this learning path, you manage plant resources, position resources, and use classified/non-classified objects, and classify standard objects.

1 Access libraries of resources in Teamcenter - 12.3 7 Topics

1. Identify basic classification concepts
2. Search and view the classification hierarchy
3. Search the classification hierarchy Lab
4. Search the classification hierarchy Lab
5. Add a classified resource to the BOE Lab
6. Add a classified resource to the BOE Lab
7. Assessment: Access libraries of resources in Teamcenter

2 Manage plant resources (BOE) - 12.3 9 Topics

1. Identify the content of the BOE structure
2. Identify and position content of the BOE
3. Associate the plant to the process structure
4. Managing resources and end items
5. Add station and assign operations Lab
6. Add station and assign operations Lab
7. Position a worker in the layout and assign to an operation Lab
8. Position a worker in the layout and assign to an operation Lab
9. Assessment: Manage plant resources (BOE)

3 Utilize workers and robots in the plant - 12.3 6 Topics

1. Multi-Worker planning per Station
2. Assign components and workarea Lab
3. Assign components and workarea Lab
4. Apply an end item in the plant structure Lab
5. Apply an end item in the plant structure Lab
6. Assessment: Utilize workers and robots in the plant

Finish, release, and revise the process plan in MPP 6  Chapters

In this learning path, you add product views/reference documents, approve/release/revise a process plan, and create/view work instructions (EWI).

1 Create reports 7 Topics

1. Create standard reports from the BOP structure
2. Create standard reports from the BOP structure
3. Lab: Create standard reports from the BOP structure
4. Perform visual reporting and 3D comparison in the graphics viewer
5. Create a visual report and 3D comparison
6. Lab: Create a visual report and 3D comparison
7. Assessment: Create reports

2 Add product views to operations 9 Topics

1. Create 3D markups
2. Create images, callouts, 2D markups, and measurements
3. Reposition objects using several techniques
4. Create, configure, and manage product views
5. Visualizing and capturing product views
6. Lab: Visualizing and capturing product views
7. Add product views to operations
8. Lab: Add product views to operations
9. Assessment: Add product views to operations

3 Manage reference documents and work instructions 6 Topics

1. Add pictures and Microsoft Word datasets to operations
2. Add document objects containing Microsoft Word files to operations
3. Add textual work instructions to operations
4. Add work instruction information
5. Lab: Add work instruction information
6. Assessment: Manage reference documents and work instructions

4 Approve and release a process plan 5 Topics

1. Release the whole structure with one workflow
2. Baseline and release several objects at once
3. Status a station in the plant BOP
4. Lab: Status a station in the plant BOP
5. Assessment: Approve and release a process plan

5 Manage manufacturing changes 5 Topics

1. Manage manufacturing changes
2. Track changes and automatic revising
3. Manage manufacturing change
4. Lab: Manage manufacturing change
5. Assessment: Manage manufacturing changes

6 View work instructions 4 Topics

1. Identify techniques to view work instructions
2. Lab: View work instructions in EWI
3. Lab: Create a simple 3D PDF
4. Assessment: View work instructions

Finish, release, and revise the process plan in MPP - 12.3 5  Chapters

In this learning path, you add product views/reference documents, approve/release/revise a process plan, and create/view work instructions (EWI).

1 Create reports - 12.3 7 Topics

1. Create standard reports from the BOP structure
2. Create standard reports from the BOP structure
3. Lab: Create standard reports from the BOP structure
4. Perform visual reporting and 3D comparison in the graphics viewer
5. Create a visual report and 3D comparison
6. Lab: Create a visual report and 3D comparison
7. Assessment: Create reports

2 Add product views to operations - 12.3 9 Topics

1. Create 3D markups
2. Create images, callouts, 2D markups, and measurements
3. Reposition objects using several techniques
4. Create, configure, and manage product views
5. Visualizing and capturing product views
6. Lab: Visualizing and capturing product views
7. Add product views to operations
8. Lab: Add product views to operations
9. Assessment: Add product views to operations

3 Manage reference documents and work instructions - 12.3 6 Topics

1. Add pictures and Microsoft Word datasets to operations
2. Add document objects containing Microsoft Word files to operations
3. Add textual work instructions to operations
4. Add work instruction information
5. Lab: Add work instruction information
6. Assessment: Manage reference documents and work instructions

4 Approve and release a process plan - 12.3 5 Topics

1. Release the whole structure with one workflow
2. Baseline and release several objects at once
3. Status a station in the plant BOP
4. Lab: Status a station in the plant BOP
5. Assessment: Approve and release a process plan

5 Manage manufacturing changes - 12.3 5 Topics

1. Manage manufacturing changes
2. Track changes and automatic revising
3. Manage manufacturing change
4. Lab: Manage manufacturing change
5. Assessment: Manage manufacturing changes

Define Process Simulate study data, geometry, and kinematics (PS on TC) 9  Chapters

In this learning path, you define snapshots, markups, sections, cables, component geometry and component kinematics.

1 Create snapshots, markups, notes, and pictures (PS on TC) 21 Topics

1. Use Multipart appearances
2. Demo: Work with multi part appearances
3. Lab: Work with multi part appearances
4. Create and use snapshots and the Markup Editor
5. Demo: Create snapshots
6. Lab: Create snapshots
7. Demo: Create markups
8. Lab: Create markups
9. Adding text in the Graphic Viewer
10. Demo: Set the note options
11. Lab: Set the note options
12. Demo: Create notes in the Graphic Viewer
13. Lab: Create notes in the Graphic Viewer
14. Demo: Create dimensions in the Graphic Viewer
15. Lab: Create dimensions in the Graphic Viewer
16. Store pictures of the study
17. Lab: Output the Graphic Viewer to a file or printer
18. Output video and HTML files
19. Demo: Create a video and an HTML file
20. Lab: Create a video and an HTML file
21. Knowledge Check: Create snapshots, markups, text, and pictures

2 Create sections and define cables (PS on TC) 12 Topics

1. Cut sections with section planes
2. Demo: Create and move a section plane
3. Lab: Create and move a section plane
4. Demo: Identify additional section tools
5. Lab: Identify additional section tools
6. Lab: Create and move a section volume
7. Create and use basic cables
8. Demo: Create, edit, and move cables
9. Lab: Create, edit, and move cables
10. Edit cable parameters and attachments
11. Lab: Adjust cable parameters use fixed cable attachments
12. Knowledge Check: Create sections and define cables

3 Model geometry in Process Simulate (PS on TC) 11 Topics

1. Identify the process to model in Process Simulate
2. Identify modeling concepts
3. Model using solid primitives
4. Lab: Model a simple geometric table
5. Demo: Revolve 2D entities to make a solid
6. Lab: Revolve 2D entities to make a solid
7. Demo: Extrude 2D entities to make a solid
8. Lab: Extrude 2D entities to make a solid
9. Demo: Model a portion of a simple robot
10. Lab: Model a portion of a simple robot
11. Knowledge Check: Model geometry in Process Simulate

4 Define basic kinematics in Process Simulate (PS on TC) 13 Topics

1. Identify kinematics background concepts
2. Demo: Identify simple kinematics definition and usage
3. Lab: Identify simple kinematics definition and usage
4. Demo: Define simple kinematics (part 1)
5. Lab: Define simple kinematics (part 1)
6. Demo: Define simple kinematics (part 2)
7. Lab: Define simple kinematics (part 2)
8. Summarize kinematics basics
9. Demo: Add joints to a simple object
10. Lab: Add joints to a simple object
11. Demo: Define leading joints and follow factors (robot tool)
12. Lab: Define leading joints and follow factors (robot tool)
13. Knowledge Check: Define basic kinematics in Process Simulate

5 Define basic kinematic cranks and robotic tools (PS on TC) 25 Topics

1. Identify kinematic cranks
2. Demo: Define kinematic looping demo
3. Lab: Define kinematic looping demo
4. Demo: Define kinematic looping
5. Lab: Define kinematic looping
6. Define branching kinematic branching, speed, and acceleration
7. Demo: Define a kinematic robot tool (part 1)
8. Lab: Define a kinematic robot tool (part 1)
9. Demo: Define a kinematic robot tool (part 2)
10. Lab: Define a kinematic robot tool (part 2)
11. Demo: Define joint speed and acceleration
12. Lab: Define joint speed and acceleration
13. Define an object as a tool
14. Lab: Spot — Define an object as a pneumatic spot-weld gun
15. Demo: Spot — Define an object as a servo spot-weld gun
16. Lab: Spot — Define an object as a servo spot-weld gun
17. Lab: Drill/Rivet — Define an object as a drill/rivet gun
18. Lab: Material handling — Define an object as a gripper
19. Demo: Arc — Define an object as an arc-weld torch
20. Lab: Arc — Define an object as an arc-weld torch
21. Demo: Paint — Define an object as a paint gun
22. Lab: Paint — Define an object as a paint gun
23. Demo: Debur — Defining an object as a deburring tool
24. Lab: Debur — Defining an object as a deburring tool
25. Knowledge Check: Define basic kinematic cranks and robotic tools

6 Define basic robot kinematics (PS on TC) 12 Topics

1. Examine inverse kinematics
2. Demo: Add kinematics to a robot model
3. Lab: Add kinematics to a robot model
4. Demo: Using direct kinematics to move the robot
5. Lab: Use direct kinematics to move the robot
6. Create and use inverse kinematics devices
7. Demo: Add a tool frame
8. Lab: Add a tool frame
9. Demo: Use inverse kinematics to move the robot
10. Lab: Use inverse kinematics to move the robot
11. Lab: Identify other inverse kinematics examples
12. Knowledge Check: Define basic robot kinematics

7 Define advanced kinematics, rails, gantries, and positioners (PS on TC) 12 Topics

1. Define kinematics for rails, gantries, and positioners (external axis)
2. Demo: Create simple geometry and kinematics for a robotic rail
3. Lab: Create simple geometry and kinematics for a robotic rail
4. Lab: Identify other slider cranks including offset slider
5. Define slot joints
6. Demo: Create slot joints
7. Lab: Create slot joints
8. Define joints with variable limits
9. Demo: Understand variable joint limits
10. Lab: Understand variable joint limits
11. Lab: Define the variable limits
12. Knowledge Check: Define advanced kinematics, rails, gantries, and positioners

8 Define advanced kinematic functions, compound equipment, and motion parameter files (PS on TC) 9 Topics

1. Examine techniques to create more complex kinematic functions
2. Lab: Implement joint logic with functions
3. Demo: Define kinematics following a surface
4. Lab: Define kinematics following a surface
5. Demo: Examine a train joint
6. Lab: Examine a train joint
7. Lab: Examine a cam joint
8. Lab: Setup compound equipment
9. Identify advanced kinematic definitions using the MotionParameters.e file

9 Assessment: Define Process Simulate study data, geometry, and kinematics (PS on TC) 1 Topic

1. Assessment: Define Process Simulate study data, geometry, and kinematics (PS on TC)

Develop Process Simulate robotic and automation event-based simulations (CEE) (PS on TC) 11  Chapters

In this learning path, you develop robotic and automation event-based simulations by triggering events with logic.

1 Identify event-based simulation basics for automation 25 Topics

1. Identify event-based robotics
2. Demo: Setup the robot macro folder
3. Lab: Setup the robot macro folder
4. Simulating and triggering events
5. Demo: Identify the Simulation Panel
6. Lab: Identify the Simulation Panel
7. Demo: Test the logic of a robotic workcell in "manual mode"
8. Lab: Test the logic of a robotic workcell in "manual mode"
9. Introduction to signals
10. Identify the Signal Viewer
11. Demo: Create a new signal
12. Lab: Create a new signal
13. Identify CEE operational transitions
14. Demo: Identify existing transition conditions
15. Lab: Identify existing transition conditions
16. Identify Process Simulate sensors
17. Demo: Identify existing sensors
18. Lab: Identify existing sensors
19. View logic blocks and smart components
20. Demo: Identify logic block content and its connections
21. Lab: Identify logic block content and its connections
22. Identify the Modules Viewer
23. Demo: Identify a module and its content
24. Lab: Identify a module and its content
25. Knowledge Check: Identify event-based simulation basics for automation

2 Establish part appearances and the material flow 12 Topics

1. Use appearances in event-based studies
2. Demo: Open an event-based study
3. Lab: Open an event-based study
4. More on working with studies
5. Use part appearances
6. Identify basic object flow techniques
7. Demo: Generate part appearances with a non-sim operation
8. Lab: Generate part appearances with a non-sim operation
9. Demo: Generate part appearances with an object flow operation
10. Lab: Generate part appearances with an object flow operation
11. Quick tips to part appearance and material flow problems
12. Knowledge Check: Establish part appearances and the material flow

3 Define and simulate sensors and conveyors (part 1) 13 Topics

1. Identify sensor types
2. Create photoelectric sensors (light sensors)
3. Demo: Setup the basic event-based study
4. Lab: Setup the basic event-based study
5. Demo: Create and use light sensors
6. Lab: Create and use light sensors
7. Create proximity sensors
8. Demo: Create and use proximity sensors
9. Lab: Create and use proximity sensors
10. Identify conveyors and skids
11. Demo: Create a conveyor using a curve
12. Lab: Create a conveyor using a curve
13. Knowledge Check: Define and simulate sensors and conveyors (part 1)

4 Define and simulate sensors and conveyors (part 2) 14 Topics

1. Configure a conveyor and conveyable parts
2. Lab: Open the Ex5 study
3. Demo: Add a conveyor and sensors
4. Lab: Add a conveyor and sensors
5. Demo: Use conveyable parts, a conveyor, and sensors
6. Lab: Use conveyable parts, a conveyor, and sensors
7. Create property projectors
8. Demo: Define property lists and property projectors
9. Lab: Define property lists and property projectors
10. Create property sensors
11. Demo: Create and use property sensors
12. Lab: Create and use property sensors
13. Quick tips to debug a conveyor or sensor simulation
14. Knowledge Check: Define and simulate sensors and conveyors (part 2)

5 Define and simulate basic logic blocks 18 Topics

1. Safety mat example
2. Demo: Define a safety mat
3. Lab: Define a safety mat
4. Logic block algebraic behavior
5. Demo: Create a simple counter
6. Lab: Create a simple counter
7. Rising edge and falling edge functions
8. Demo: Use falling edge in a logic block
9. Lab: Use falling edge in a logic block
10. Examine logic block functions for a press
11. Demo: Test the functions in the press example
12. Lab: Test the functions in the press example
13. CNC controller logic block example
14. Demo: Use time delays in logic blocks
15. Lab: Examine a press simulation demo
16. Lab: Use time delays in logic blocks
17. Lab: Use mixed Boolean and algebraic expressions
18. Knowledge Check: Define and simulate basic logic blocks

6 Define and simulate smart components 13 Topics

1. Smart components
2. Light stack example
3. Demo: Create geometry for a reusable light stack
4. Lab: Create geometry for a reusable light stack
5. Demo: Create and testing kinematics for a reusable light stack
6. Lab: Create and testing kinematics for a reusable light stack
7. Lab: Create and testing logic for a reusable light stack
8. Perform connection mapping
9. Identify a custom conveyor example
10. Lab: Define a “default” conveyor
11. Lab: Define a “custom” conveyor
12. Quick tips for logic block simulations
13. Knowledge Check: Define and simulate smart components

7 Putting It All Together: Use smart components, modules, and sensors together 20 Topics

1. Beginning of the putting it all together
2. Create line simulation studies
3. Demo: Open and examine a simple event-based study
4. Lab: Open and exame a simple event-based study
5. Perform automatic smart component creation
6. Demo: Setup the clamps and pins smart component
7. Lab: Setup the clamps and pins smart component
8. Create and Use modules
9. Demo: Create a new module
10. Lab: Create a new module
11. Create proximity sensor
12. Demo: Create part proximity sensors on the fixture and conveyor
13. Lab: Create part proximity sensors on the fixture and conveyor
14. Generate part appearances (again)
15. Demo: Generating part appearances
16. Lab: Generating part appearances
17. Create new non-sim operations for logic
18. Demo: Create the initial operation
19. Lab: Create the initial operation
20. Knowledge Check: Putting It All Together: Use smart components, modules, and sensors together

8 Define and simulate basic robotic event-based simulations (part 1) 12 Topics

1. Introduction to event-based robotics
2. Setup a basic robotic zone
3. Demo: Setup a basic robotic zone
4. Lab: Setup a basic robotic zone
5. Basic robot macros
6. Demo: Use basic robot macros
7. Lab: Use basic robot macros
8. Identify default signals and robot programs
9. Demo: Test the simulation
10. Lab: Test the simulation
11. Calling paths from main programs
12. Knowledge Check: Define and simulate basic robotic event-based simulations (part 1)

9 Define and simulate basic robotic event-based simulations (part 2) 14 Topics

1. Use robot program conditions
2. Demo: Enter basic OLP commands as free text
3. Lab: Enter basic OLP commands as free text
4. Setup robot path segment communication
5. Demo: Setup robot path segment communication
6. Lab: Setup robot path segment communication
7. Signal graphs in the Robot Viewer
8. Demo: Use the Robot Viewer in event-based studies
9. Lab: Use the Robot Viewer in event-based studies
10. Create various Excel reports
11. Lab: Create basic Excel reports
12. Lab: Create cycle time reports
13. Quick tips for robot signals and macros
14. Knowledge Check: Define and simulate basic robotic event-based simulations (part 2)

10 Putting It All Together: Use fixtures, robots, and conveyors together 10 Topics

1. Fixture and robot 1 putting it all together
2. Demo: Simulate the fixture and first robot (part 1)
3. Lab: Simulate the fixture and first robot (part 1)
4. Demo: Simulate the fixture and first robot (part 2)
5. Lab: Simulate the fixture and first robot (part 2)
6. Robot 2 and conveyor putting it all together
7. Demo: Add the second robot and conveyor (part 1)
8. Lab: Add the second robot and conveyor (part 1)
9. Lab: Add the second robot and conveyor (part 2)
10. Knowledge Check: Putting It All Together: Use fixtures, robots, and conveyors together

11 Assessment: Develop Process Simulate robotic and automation event-based simulations (CEE) 1 Topic

1. Assessment: Develop Process Simulate robotic and automation event-based simulations (CEE)

Introduction to the Teamcenter rich client 10  Chapters

You are introduced to the concept of Product Lifecycle Management. You learn the basics of using the Teamcenter Rich Client.

1 Learning Experience Overview 1 Topic

1. Welcome: Navigation Overview

2 Introduction to Teamcenter 8 Topics

1. Introduction to Teamcenter
2. My Teamcenter Interface
3. Lab: Teamcenter Login
4. Knowledge Check - Introduction to PLM and Rich Client
5. Fact Sheet: List of Applications
6. Sorting the Application List
7. Lab: Configure the Navigation Pane
8. Knowledge Check - Teamcenter Applications

3 Working in My Teamcenter 5 Topics

1. Working in My Teamcenter
2. Organizing data
3. Lab: Find items and add them to a favorites folder
4. Lab: Create a folder
5. Knowledge Check - Organizing items

4 Working with items in Teamcenter 10 Topics

1. Item structure
2. Create an item structure
3. Lab: Create an item
4. Item updates and relations
5. Revise an item
6. Lab: Revise an item
7. View and modify properties
8. Modify table display
9. Lab: Modify table display
10. Knowledge Check - Working with items

5 Importing your data files 8 Topics

1. Data files in Teamcenter
2. Create new datasets
3. Manage datasets
4. Fact Sheet: Dataset icons
5. Lab: Create a dataset
6. Lab: Create a dataset with drag and drop
7. Lab: Dataset versions
8. Knowledge Check - Importing your data files

6 Applying Data Security Practices 9 Topics

1. Applying data security practices
2. Change your group and role
3. Lab: Change your group and role
4. Check-in and Check-out
5. Lab: Check-in and Check-out
6. Accessing data demo
7. Fact Sheet: Using the information center
8. Lab: View the access rules for an item
9. Knowledge check - Applying data security practices

7 Finding content using search 8 Topics

1. Searching in Teamcenter
2. Quick Search and results
3. Simple search and Advanced search
4. Saving Searches
5. Lab: Advanced Search
6. Running Reports
7. Lab: Generating Reports
8. Knowledge Check - Finding content using search

8 Working with product data in projects 7 Topics

1. Introduction to Projects
2. Add and remove objects from projects
3. Finding projects and project data
4. Lab: Investigate available projects
5. Lab: Add an object to a project
6. Lab: Find project data
7. Knowledge Check - Working with product data in projects

9 Configuring behavior using options and preferences 4 Topics

1. What are options and preferences
2. Change Options and preferences
3. Lab: Change Options and preferences
4. Knowledge Check - Options and preferences

10 Assessment: Introduction to Teamcenter 1 Topic

1. Assessment: Introduction to Teamcenter

Introduction to the Teamcenter rich client - 12.1 10  Chapters

You are introduced to the concept of Product Lifecycle Management. You learn the basics of using the Teamcenter Rich Client. [en-US,ja-JP, de-DE, zh-CN]

1 Learning Experience Overview 1 Topic

1. Welcome: Navigation Overview

2 Introduction to Teamcenter - 12.1 8 Topics

1. Introduction to Teamcenter
2. My Teamcenter Interface
3. Lab: Teamcenter Login
4. Knowledge Check - Introduction to PLM and Rich Client
5. Fact Sheet: List of Applications
6. Sorting the Application List
7. Lab: Configure the Navigation Pane
8. Knowledge Check - Teamcenter Applications

3 Working In My Teamcenter - 12.1 5 Topics

1. Working in My Teamcenter
2. Organizing data
3. Lab: Find items and add them to a favorites folder
4. Lab: Create a folder
5. Knowledge Check - Organizing items

4 Working with items in Teamcenter - 12.1 10 Topics

1. Item structure
2. Create an item structure
3. Lab: Create an item
4. Item updates and relations
5. Revise an item
6. Lab: Revise an item
7. View and modify properties
8. Modify table display
9. Lab: Modify table display
10. Knowledge Check - Working with items

5 Importing your data files - 12.1 8 Topics

1. Data files in Teamcenter
2. Create new datasets
3. Manage datasets
4. Fact Sheet: Dataset icons
5. Lab: Create a dataset
6. Lab: Create a dataset with drag and drop
7. Lab: Dataset versions
8. Knowledge Check - Importing your data files

6 Applying Data Security Practices - 12.1 9 Topics

1. Applying data security practices
2. Change your group and role
3. Lab: Change your group and role
4. Check-in and Check-out
5. Lab: Check-in and Check-out
6. View access privileges
7. Fact Sheet: Using the information center
8. Lab: View the access rules for an item
9. Knowledge check - Applying data security practices

7 Finding content using search - 12.1 8 Topics

1. Searching in Teamcenter
2. Quick Search and results
3. Simple search and Advanced search
4. Saving Searches
5. Lab: Advanced Search
6. Running Reports
7. Lab: Generating Reports
8. Knowledge Check - Finding content using search

8 Working with product data in projects - 12.1 7 Topics

1. Introduction to Projects
2. Add and remove objects from projects
3. Finding projects and project data
4. Lab: Investigate available projects
5. Lab: Add an object to a project
6. Lab: Find project data
7. Knowledge Check - Working with product data in projects

9 Configuring behavior using options and preferences - 12.1 4 Topics

1. What are options and preferences
2. Change Options and preferences
3. Lab: Change Options and preferences
4. Knowledge Check - Options and preferences

10 Assessment: Introduction to Teamcenter 1 Topic

1. Assessment: Introduction to Teamcenter

Manage product supporting documents in the rich client 3  Chapters

In this learning path, you manage Teamcenter data in real time through native applications.

1 Managing Teamcenter data in real time with Microsoft Office 9 Topics

1. Managing Teamcenter data with Microsoft Office
2. Find and save datasets
3. Lab: Import a new Word Document to Teamcenter
4. Knowledge Check: Import a Word document
5. Check out datasets from Teamcenter using Word
6. Update datasets using Word
7. Insert markups for Word documents
8. Lab: Insert Teamcenter data into a Word Document
9. Knowledge Check: Update datasets using Word

2 Update BOM properties in real time with live Excel 4 Topics

1. Manage BOM with live Excel
2. Export BOM to live Excel
3. Lab: Update the live Excel data
4. Knowledge check: Managing BOM with live Excel

3 Assessment: Managing Product Supporting Documents 1 Topic

1. Assessment: Managing Product Supporting Documents

Manage product supporting documents in the rich client - 12.1 3  Chapters

In this learning path, you manage Teamcenter data in real time through native applications. [en-US, ja-JP, de-DE, fr-FR, zh-CN]

1 Managing Teamcenter data in real time with Microsoft Office - 12.1 9 Topics

1. Managing Teamcenter data with Microsoft Office
2. Find and save datasets
3. Lab: Import a new Word Document to Teamcenter
4. Knowledge Check: Import a Word document
5. Check out datasets from Teamcenter using Word
6. Update datasets using Word
7. Insert markups for Word documents
8. Lab: Insert Teamcenter data into a Word Document
9. Knowledge Check: Update datasets using Word

2 Update BOM properties in real time with live Excel - 12.1 4 Topics

1. Manage BOM with live Excel
2. Export BOM to live Excel
3. Lab: Update the live Excel data
4. Knowledge check: Managing BOM with live Excel

3 Assessment: Managing Product Supporting Documents 1 Topic

1. Assessment: Managing Product Supporting Documents

Manage your product structure in the rich client 9  Chapters

In this learning path you are introduced to the Structure Manager. You will learn how Teamcenter creates, manages, and edits assemblies.

1 Opening and viewing product structures 6 Topics

1. Introduction to Structure Manager
2. View a product structure
3. Manipulate assembly display columns
4. Print, export and view the assembly
5. Lab: View a product structure
6. Knowledge Check: Opening and viewing product structures

2 Controlling assembly configuration views 10 Topics

1. Introduction to revision control
2. Changing the default revision rule
3. Lab: Configure the product structure using revision rules
4. Knowledge check: Revision Rules
5. Understanding Precise and Imprecise
6. Lab: Toggle between a precise and imprecise assembly
7. Knowledge check: Precise and Imprecise
8. Revision effectivity principles
9. Display revision effectivity
10. Knowledge check: Revision effectivity

3 Creating product structures 8 Topics

1. Build product structures
2. Find components in a structure
3. Knowledge Check: Create a structure
4. Add and Remove Components
5. Modify a product structure
6. Lab: Create a product structure
7. Lab: Modify a product structure
8. Knowledge Check: Add, remove, and replace items in a product structure

4 Editing product structures 8 Topics

1. Working with replacements, alternate, and substitute parts
2. Replace components
3. Lab: Replace components
4. Lab Answer: Replace components
5. Knowledge Check: Replace, substitute, and global alternates
6. Packing multiple components
7. Pack components and view occurrence notes
8. Knowledge Check: Pack and Unpack

5 Analyzing product structures 9 Topics

1. Analyze differences in product structures
2. Compare product structures
3. Lab: Compare two product structures
4. Knowledge Check: Compare product structures
5. Clone product structures
6. Lab: Clone or Duplicate a Product Structure
7. Mark up a product structure
8. Lab: Create and apply markup
9. Knowledge Check: Markup product structures

6 Navigating the structure relation hierarchy 6 Topics

1. View and navigate a relation hierarchy
2. Lab: View and navigate a relation hierarchy
3. Knowledge Check: Relation Browser
4. Performing where-used and where-referenced searches
5. Lab: Perform where-used and where-referenced searches
6. Knowledge Check: Where-used/Referenced

7 Classifying and using standard product data 5 Topics

1. Classifying parts and components
2. Displaying the classification hierarchy
3. Classifying Teamcenter Objects
4. Lab: Add classification data to a product structure
5. Knowledge Check: Classifying objects

8 Searching for Classified data 4 Topics

1. Finding a classification object
2. Lab: Search the classification hierarchy for a class
3. Lab: Search all ICOs in a selected class
4. Knowledge Check: Finding content using search

9 Assessment: Managing Product Structure 1 Topic

1. Assessment: Managing Product Structure

Manage your product structure in the rich client - 12.1 9  Chapters

In this learning path you are introduced to the Structure Manager. You will learn how Teamcenter creates, manages, and edits assemblies.

1 Opening and viewing product structures - 12.1 6 Topics

1. Introduction to Structure Manager
2. View a product structure
3. Manipulate assembly display columns
4. Print, export and view the assembly
5. Lab: View a product structure
6. Knowledge Check: Opening and viewing product structures

2 Controlling assembly configuration views - 12.1 10 Topics

1. Introduction to revision control
2. Changing the default revision rule
3. Lab: Configure the product structure using revision rules
4. Knowledge check: Revision Rules
5. Understanding Precise and Imprecise
6. Lab: Toggle between a precise and imprecise assembly
7. Knowledge check: Precise and Imprecise
8. Revision effectivity principles
9. Display revision effectivity
10. Knowledge check: Revision effectivity

3 Creating product structures - 12.1 8 Topics

1. Build product structures
2. Find components in a structure
3. Knowledge Check: Create a structure
4. Add and Remove Components
5. Modify a product structure
6. Lab: Create a product structure
7. Lab: Modify a product structure
8. Knowledge Check: Add, remove, and replace items in a product structure

4 Editing product structures - 12.1 8 Topics

1. Working with replacements, alternate, and substitute parts
2. Replace components
3. Lab: Replace components
4. Lab Answer: Replace components
5. Knowledge Check: Replace, substitute, and global alternates
6. Packing multiple components
7. Pack components and view occurrence notes
8. Knowledge Check: Pack and Unpack

5 Analyzing product structures - 12.1 9 Topics

1. Analyze differences in product structures
2. Compare product structures
3. Lab: Compare two product structures
4. Knowledge Check: Compare product structures
5. Clone product structures
6. Lab: Clone or Duplicate a Product Structure
7. Mark up a product structure
8. Lab: Create and apply markup
9. Knowledge Check: Markup product structures

6 Navigating the structure relation hierarchy - 12.1 6 Topics

1. View and navigate a relation hierarchy
2. Lab: View and navigate a relation hierarchy
3. Knowledge Check: Relation Browser
4. Performing where-used and where-referenced searches
5. Lab: Perform where-used and where-referenced searches
6. Knowledge Check: Where-used/Referenced

7 Classifying and using standard product data - 12.1 5 Topics

1. Classifying parts and components
2. Displaying the classification hierarchy
3. Classifying Teamcenter Objects
4. Lab: Add classification data to a product structure
5. Knowledge Check: Classifying objects

8 Searching for Classified data - 12.1 4 Topics

1. Finding a classification object
2. Lab: Search the classification hierarchy for a class
3. Lab: Search all ICOs in a selected class
4. Knowledge Check: Finding content using search

9 Assessment: Managing Product Structure 1 Topic

1. Assessment: Managing Product Structure

Getting started with Process Simulate on TC - 16 5  Chapters

In this learning path, you examine the basic use case for how to create and move data between Teamcenter and Process Simulate.

1 Identify basics for Process Simulate on Teamcenter users - 16 7 Topics

1. Identify the Process Simulate basic methodology and purpose
2. Overview of Teamcenter
3. Overview of Teamcenter Manufacturing Process Planner
4. Identify structure types and understand their use
5. Examine basic manufacturing object types and their use
6. Examine basic concepts of Teamcenter manufacturing
7. Knowledge Check: Identify basics for Process Simulate on Teamcenter users

2 Identify steps in Teamcenter Manufacturing Process Planner required for Process Simulate on Teamcenter - 16 27 Topics

1. Identify the Manufacturing Process Planner perspective
2. Demo: Log on to Teamcenter
3. Lab: Log on to Teamcenter
4. Demo: Search for a product structure in Manufacturing Process Planner
5. Lab: Search for a product structure in Manufacturing Process Planner
6. Create a high-level BOE and plant BOP
7. Demo: Create the high-level plant BOP structure
8. Lab: Create the high-level plant BOP structure
9. Demo: Create the high-level plant BOE structure
10. Lab: Create the high-level plant BOE structure
11. Associate structures
12. Demo: Associate the structures together
13. Lab: Associate the structures together
14. Manage studies in Manufacturing Process Planner
15. Demo: Use the Study Manager in Manufacturing Process Planner
16. Lab: Use the Study Manager in Manufacturing Process Planner
17. Manage studies from Process Simulate (Sort, filter, and view studies)
18. Manage studies from Process Simulate (Create, edit, delete, and load studies)
19. Demo: Create and load studies
20. Lab: Create and load studies
21. Identify the prototype and instance relationship (TC)
22. Use classified resources in the BOE
23. Lab: Use classified resources in the BOE
24. Send data to Process Simulate on Teamcenter
25. Demo: Send data to Process Simulate on Teamcenter
26. Lab: Send data to Process Simulate on Teamcenter
27. Knowledge Check: Identify steps in Teamcenter Manufacturing Process Planner required for Process Simulate on Teamcenter

3 Identify Process Simulate basics (PS on TC) - 16 13 Topics

1. Identify the basic Process Simulate window
2. Identify Process Simulate viewers
3. Demo: Browsing the Process Simulate study
4. Lab: Browsing the Process Simulate study
5. Customize the user configuration
6. Manage the window layout
7. Demo: Dock and float viewers
8. Lab: Dock and float viewers
9. Demo: Save a window layout
10. Lab: Save a window layout
11. Demo: Use a window layout
12. Lab: Use a window layout
13. Knowledge Check: Identify Process Simulate basics (PS on TC)

4 Identify the connection between Process Simulate on Teamcenter and Manufacturing Process Planner - 16 12 Topics

1. Create plant and process structures in Process Simulate
2. Demo: Modify the BOE structure in Process Simulate
3. Lab: Modify the BOE structure in Process Simulate
4. Demo: Add processes and operations to the plant BOP structure
5. Lab: Add processes and operations to the plant BOP structure
6. Create and editing simulative operations
7. Demo: Add simulative operations
8. Lab: Add simulative operations
9. Return to Manufacturing Process Planner from Process Simulate
10. Demo: Edit the results in Manufacturing Process Planner
11. Lab: Edit the results in Manufacturing Process Planner
12. Knowledge Check: Identify the connection between Process Simulate on Teamcenter and Manufacturing Process Planner

5 Assessment: Getting started with Process Simulate on TC - 16 1 Topic

1. Assessment: Getting started with Process Simulate on TC

Identify Teamcenter and Manufacturing Process Planner basics for Process Simulate users - 16 5  Chapters

In this learning path, you identify the Teamcenter environment, Manufacturing Process Planner environment, and create and use collaboration context objects.

1 Use the basic Teamcenter environment - 16 12 Topics

1. Identify basic portions of Teamcenter
2. Demo: Configure the navigation pane for manufacturing
3. Lab: Configure the navigation pane for manufacturing
4. Demo: Use and modify the navigation pane
5. Lab: Use and modify the navigation pane
6. Group, revise, and copy objects
7. Demo: Create folders, an item, a dataset, and a workflow
8. Lab: Create folders, an item, a dataset, and a workflow
9. Access data in Teamcenter
10. Demo: Search the Teamcenter database
11. Lab: Search the Teamcenter database
12. Knowledge Check

2 Introduction to MPP and MBM - 16 8 Topics

1. Identify object types found in manufacturing structures
2. Navigate the Manufacturing Process Planer and Multi-BOM Manager perspectives
3. Demo: Identify and modify a manufacturing perspective
4. Lab: Identify and modify a manufacturing perspective
5. Identify basic features of the MPP and MBM
6. Demo: Visualize objects in the graphic viewer
7. Lab: Visualize objects in the graphic viewer
8. Knowledge Check

3 Create and use collaboration context objects - 16 10 Topics

1. Identify collaboration context, structure context, and configuration context objects
2. Load existing structures into MPP and MBM
3. Demo: Identify occurrences, BOM line properties and BOM line revisions
4. Lab: Identify occurrences, BOM line properties and BOM line revisions
5. Demo: Create a collaboration context from another collaboration context
6. Work with a collaboration context
7. Lab: Create a collaboration context from another collaboration context
8. Demo: Begin a new process plan putting it all together
9. Lab: Begin a new process plan putting it all together
10. Knowledge Check

4 Manage and validate studies - 16 4 Topics

1. Search for studies with the study manager
2. Create and open studies with study manage
3. Lab: Using study manager
4. Knowledge Check

5 Assessment: Identify Teamcenter and Manufacturing Process Planner basics for Process Simulate users - 16 1 Topic

1. Assessment: Identify Teamcenter and Manufacturing Process Planner basics for Process Simulate users

Identify Process Simulate basics (PS on TC) - 16 8  Chapters

In this learning path, you identify the Process Simulate basic methodology and perform basic tasks in the Graphic Viewer and tree views

1 Identify basic tools in Process Simulate environment (part 1) (PS on TC) - 16 26 Topics

1. Work with viewers
2. Demo: Automotive — Get an overview of the objects in the Object Tree
3. Lab: Automotive — Get an overview of the objects in the Object Tree
4. Demo: Airplane — Get an overview of the objects in the Object Tree
5. Lab: Airplane — Get an overview of the objects in the Object Tree
6. Demo: Structure — Get an overview of the objects in the Object Tree
7. Lab: Structure — Get an overview of the objects in the Object Tree
8. Demo: Identify object Tree basics and create groups
9. Lab: Identify object Tree basics and create groups
10. Demo: Use the right-click popup menu
11. Lab: Use the right-click popup menu
12. Setup and control the Graphic Viewer
13. Demo: Graphic Viewer controls
14. Lab: Graphic Viewer controls
15. Lab: Create and use cameras
16. Identify entity selection techniques
17. Demo: Select objects in the Graphic Viewer
18. Lab: Select objects in the Graphic Viewer
19. Demo: Identify additional methods of multiple entity selection
20. Lab: Identify additional methods to select multiple entities
21. Demo: Use the Toggle Display command
22. Lab: Use the Toggle Display command
23. Identify selection filters (optional)
24. Demo: Blank all the frames using selection filters
25. Lab: Blank all the frames using selection filters
26. Knowledge Check: Identify basic tools in Process Simulate environment (part 1)

2 Identify basic tools in Process Simulate environment (part 2) (PS on TC) - 16 17 Topics

1. Display objects by type
2. Demo: Blank objects using the Display By Type command
3. Lab: Blank objects using the Display By Type command
4. Demo: Examine the relationship between measuring and units
5. Lab: Examine the relationship between measuring and units
6. Visualize graphics and adjust graphics performance
7. Demo: Change visualization performance
8. Lab: Change visualization performance
9. Demo: Change graphical visualization
10. Lab: Change graphical visualization
11. Demo: Use texture maps
12. Lab: Use texture maps
13. Demo: Use point clouds
14. Lab: Use point clouds
15. Identify additional graphics commands
16. Access online help and release notes
17. Knowledge Check: Identify basic tools in Process Simulate environment (part 2)

3 Identify the placement commands (added for Process Simulate on Teamcenter) - 16 9 Topics

1. Identify methods to access Teamcenter data in Process Simulate
2. Identify the Classification Search viewer
3. Lab: Automotive — Insert classified resources
4. Lab: Airplane and Structure — Insert classified resources
5. Identify the Resource Browser
6. Lab: Adding an unclassified resource
7. Assign data from your Teamcenter structures
8. Lab: Assign data from your Teamcenter structures
9. Knowledge Check: Identify the placement commands (added for Process Simulate on Teamcenter)

4 Identify the placement commands (PS on TC) - 16 19 Topics

1. Identify Process Simulate placement commands
2. Demo: Use the Fast Placement command
3. Lab: Use the Fast Placement command
4. Change selection behavior and create frames
5. Demo: Create a frame
6. Lab: Create a frame
7. Use the Placement Manipulator command
8. Demo: Shift and rotate instances on-screen
9. Lab: Shift and rotate instances on-screen
10. Demo: Examine the relationship between Placement Manipulator measuring and units
11. Lab: Examine the relationship between Placement Manipulator measuring and units
12. Demo: Incremental shifting of objects from a reference frame
13. Lab: Incremental shifting of objects from a reference frame
14. Use the Relocate command
15. Demo: Relocate an object relative to two existing frames
16. Lab: Relocate an object relative to two new frames
17. Demo: Relocate an object relative to two existing frames
18. Lab: Relocate an object relative to two existing frames
19. Knowledge Check: Identify the placement commands

5 Use kinematics to create operations (PS on TC) - 16 14 Topics

1. Identify the fundamentals of kinematics
2. Demo: Jog the joints of a simple object
3. Lab: Jog the joints of a simple object
4. Demo: Define kinematic poses
5. Lab: Define kinematic poses
6. Demo: Creating a simulative operation from poses
7. Lab: Creating a simulative operation from poses
8. Examine inverse kinematics concepts
9. Use inverse kinematics
10. Demo: Examine the kinematic tree of a robot
11. Lab: Examine the kinematic tree of a robot
12. Demo: Make the robot move
13. Lab: Make the robot move
14. Knowledge Check: Use kinematics to create operations

6 Detect collisions (PS on TC) - 16 15 Topics

1. Identify collision detection concepts
2. Identify the Collision Viewer
3. Demo: Identify the Collision Viewer and define fast collision sets
4. Lab: Identify the Collision Viewer and define fast collision sets
5. Demo: Define collision sets using list pairs
6. Lab: Define collision sets using list pairs
7. Distinguish the levels of detection granularity
8. Examine additional aspects of collision detection
9. Demo: Examine collision setup and the Collision Viewer
10. Lab: Examine collision setup and the Collision Viewer
11. Demo: Filter collision results
12. Lab: Filter collision results
13. Demo: Identify factors that affect collision detection
14. Lab: Identify factors that affect collision detection
15. Knowledge Check: Detect collisions

7 The loop between Process Simulate standalone (Teamcenter compatible) and Process Simulate on Teamcenter - 16 6 Topics

1. Start Process Simulate (connected) from the desktop (TC)
2. Demo: Starting Process Simulate (connected) from the desktop
3. Lab: Starting Process Simulate (connected) from the desktop
4. Demo: Start and exit Process Simulate Standalone
5. Lab: Start and exit Process Simulate Standalone
6. Knowledge Check: The loop between Process Simulate standalone (Teamcenter compatible) and Process Simulate on Teamcenter

8 Assessment: Identify Process Simulate Basics (PS on TC) - 16 1 Topic

1. Assessment: Identify Process Simulate Basics (PS on TC)

Develop and simulate Process Simulate robotic paths (PS on TC) - 16 16  Chapters

In this learning path, you develop robotic paths for spot welding, arc welding, painting, drilling/riveting, and other types of robot applications.

1 Define part-in-tool robot spot welding paths (PS on TC) - 16 10 Topics

1. Identify basic robotics concepts
2. Identify the Manufacturing feature representation
3. Examine basic spot welding concepts
4. Identify the basic spot weld process methodology
5. Project spot manufacturing features
6. Demo: View spot manufacturing features in Process Simulate
7. Lab: View spot manufacturing features in Process Simulate
8. Demo: Project spot manufacturing features
9. Lab: Project spot manufacturing features
10. Knowledge Check: Define part-in-tool robot spot welding paths

2 Adjust welds in spot welding paths (PS on TC) - 16 13 Topics

1. Edit a weld path
2. Demo: Adjust a weld path (part 1)
3. Lab: Adjust a weld path (part 1)
4. Demo: Adjust a weld path (part 2)
5. Lab: Adjust a weld path (part 2)
6. Create multi-sections and a gun cloud
7. Demo: Perform gun shank validation
8. Lab: Perform gun shank validation
9. Use the weld distribution center (WDC)
10. Demo: Use Weld Distribution Center with Automatic Approach Angle
11. Lab: Use Weld Distribution Center with Automatic Approach Angle
12. Revisit the spot welding process methodology
13. Knowledge Check: Adjust welds in spot welding paths

3 Define part-on-robot spot welding paths (PS on TC) - 16 14 Topics

1. Examine the gripper creation process
2. Setup a basic part-on-robot spot weld study
3. Demo: Put the gripper on the robot for pedestal welding
4. Lab: Put the gripper on the robot for pedestal welding
5. Create material handling (pick and place) operations for part-on-robot spot welding
6. Demo: Get and put the part in the fixture
7. Lab: Get and put the part in the fixture
8. Create a rough mounted workpiece (pedestal welding) path
9. Demo: Create a mounted workpiece path
10. Lab: Create a mounted workpiece path
11. Orient workpiece locations
12. Demo: Orient the locations in a pedestal welding path
13. Lab: Orient the locations in a pedestal welding path
14. Knowledge Check: Define part-on-robot spot welding paths

4 Search for spot weld guns and use servo guns (PS on TC) - 16 8 Topics

1. Perform a weld gun search
2. Lab: Perform gun search
3. Use servo guns to perform spot welding
4. Demo: Simulate robots with servo guns
5. Lab: Simulate robots with servo guns
6. Lab: Perform welding with servo guns (part 1)
7. Lab: Perform welding with servo guns (part 2)
8. Knowledge Check: Search for spot weld guns and use servo guns

5 Define robotic drilling and riveting paths (PS on TC) - 16 11 Topics

1. Identify the drilling and riveting process
2. Demo: Create drill and rivet manufacturing features
3. Lab: Create drill and rivet manufacturing features
4. Create drilling and riveting operations
5. Demo: Create riveting operations
6. Lab: Create riveting operations
7. Create waypoints and use the Waypoint Viewer
8. Lab: Create waypoints and use the Waypoint Viewer
9. Perform drill and rivet gun search
10. Lab: Perform drill and rivet gun search
11. Knowledge Check: Define robotic drilling and riveting paths

6 Define robotic material handling paths (PS on TC) - 16 10 Topics

1. Examine the gripper creation process
2. Setup a simple material handling study
3. Demo: Setup a pick and place (material handling) study
4. Lab: Setup a pick and place (material handling) study
5. Create material handling (pick and place) operations
6. Demo: Create the basic (PNP) process
7. Lab: Create the basic (PNP) process
8. Demo: Stack boxes using a robot
9. Lab: Stack boxes using a robot
10. Knowledge Check: Define robotic material handling paths (PS on TC)

7 Define robotic arc welding continuous feature paths (PS on TC) - 16 15 Topics

1. Examine the arc weld robotic process
2. Create arc weld continuous manufacturing features and operations
3. Demo: Use continuous feature operations
4. Lab: Use continuous feature operations
5. Demo: Create an arc-weld path from a manufacturing feature
6. Lab: Create an arc-weld path from a manufacturing feature
7. Use a seventh axis and more (external axis)
8. Demo: Examine a 7th axis example
9. Lab: Examine a 7th axis example
10. Demo: Set robotic 7th axis values
11. Lab: Set robotic 7th axis values
12. Create and edit more arc weld paths
13. Lab: Create arc manufacturing features and locations
14. Lab: Modify arc weld operations and seams
15. Knowledge Check: Define robotic arc welding continuous feature paths (PS on TC)

8 Define robotic paint continuous feature paths (PS on TC) - 16 11 Topics

1. Examine the paint continuous robotic process
2. Create and projecting paint manufacturing features
3. Demo: Paint manufacturing features for the whitehouse part
4. Lab: Paint manufacturing features for the whitehouse part
5. Setup paint brushes and meshes
6. Lab: Setup paint brushes and meshes
7. Modify paint continuous manufacturing features
8. Lab: Modify paint operations and seams
9. Simulate paint coverage and more
10. Lab: Simulate paint coverage
11. Knowledge Check: Define robotic paint continuous feature paths

9 Define other robotic continuous feature paths (PS on TC) - 16 9 Topics

1. Examine other continuous robotic processes
2. Lab: Deburr manufacturing features for the whitehouse part
3. Project other types of continuous manufacturing features
4. Demo: Create deburring paths
5. Lab: Create deburring paths
6. Modify continuous manufacturing features
7. Demo: Modify deburr operations and seams
8. Lab: Modify deburr operations and seams
9. Knowledge Check: Define other robotic continuous feature paths (PS on TC)

10 Test robot reach and set basic robotic path attributes (PS on TC) - 16 17 Topics

1. Test robot’s reachability to the locations
2. Demo: Spot — Test robotic reach
3. Lab: Spot — Test robotic reach
4. Demo: Drill/Rivet — Test robotic reach
5. Lab: Drill/Rivet — Test robotic reach
6. Demo: Arc — Test robotic reach
7. Lab: Arc — Test robotic reach
8. Demo: Paint — Test robotic reach
9. Lab: Paint — Test robotic reach
10. Demo: Debur — Test robotic reach
11. Lab: Deburr — Test robotic reach
12. Demo: Perform Jump/Move to location and TCP tracking
13. Lab: Perform Jump/Move to location and TCP tracking
14. Edit location attributes
15. Demo: Edit robotic path location attributes
16. Lab: Edit robotic path location attributes
17. Knowledge Check: Test robot reach and set basic robotic path attributes (PS on TC)

11 Add via locations to avoid collisions (PS on TC) - 16 11 Topics

1. Identify path modification (via locations) techniques
2. Lab: Add start/end and approach/retract via locations
3. Use via location creation tools
4. Lab: Create collisions lists
5. Lab: Using Add Location By Pick
6. Use via location modification commands
7. Lab: Simulate a segment of a path
8. Lab: Use Manipulate Location
9. Lab: Use the Automatic Approach Angle dialog box
10. Lab: Spot/Drill/Rivet — Modify locations
11. Knowledge Check: Add via locations to avoid collisions (PS on TC)

12 Identify other path modification and creation tools (PS on TC) - 16 8 Topics

1. Identify other path modification techniques
2. Lab: Copy and interpolate the location orientation
3. Lab: Mini putting it all together
4. Lab: Reverse and reorder the locations in an operation
5. Use Automatic Path Planner for robot paths
6. Lab: Spot — Use Automatic Path Planner for robot paths
7. Identify additional path creation tools
8. Knowledge Check: Identify other path modification and creation tools (PS on TC)

13 Identify location attributes for multiple robot interlocking (PS on TC) - 16 11 Topics

1. Identify basic OLP (location) commands
2. Lab: Drive and wait for devices to move
3. Lab: Add a second robot
4. Lab: Simulate two robots
5. Setup multiple robot interlocking
6. Lab: Setup robot signals using the Teach Pendant
7. Use the Simulation Monitor
8. Lab: Use Simulation Monitor
9. Work with hard and soft limits
10. Lab: Avoid robotic collisions with stationary objects using soft limits
11. Knowledge Check: Identify location attributes for multiple robot interlocking (PS on TC)

14 Create swept volumes, interference zones, and events (PS on TC) - 16 5 Topics

1. Lab: Use swept volumes
2. Lab: Spot — Use inference zones
3. Lab: Add attach event
4. Lab: Add a view point event and a pause event
5. Knowledge Check: Create swept volumes, interference zones, and events (PS on TC)

15 Examine other robotic path modification tools and techniques (PS on TC) - 16 7 Topics

1. Lab: Use virtual reality tools
2. Demo: Create arc manufacturing features manually
3. Lab: Create arc manufacturing features manually
4. Lab: Create arc seams (using Project Arc Seam) manually
5. Lab: Setup and simulating synchronized robot motion
6. Knowledge Check 1: Examine other robotic path modification tools and techniques (PS on TC)
7. Knowledge Check 2: Examine other robotic path modification tools and techniques (PS on TC)

16 Assessment: Develop and simulate Process Simulate robotic paths (PS on TC) - 16 1 Topic

1. Assessment: Develop and simulate Process Simulate robotic paths (PS on TC)

Develop Process Simulate object flow simulations (PS on TC) 7  Chapters

In this learning path, you manually and automatically develop part and resource object flow path simulations.

1 Create object flow simulative operations (PS on TC) 21 Topics

1. Identify object flow path basics
2. Create object flow operations
3. Demo: Garage door opener — Open the data
4. Lab: Garage door opener — Open the data
5. Demo: Airplane — Open the data
6. Lab: Airplane — Open the data
7. Demo: Structure — Open the data
8. Lab: Structure — Open the data
9. Demo: Create a simple object flow path
10. Lab: Create a simple object flow path
11. Simulate an assembly path
12. Demo: Simulate the current part along its path
13. Lab: Simulate the current part along its path
14. Demo: Simulate a part along a segment of its path
15. Lab: Simulate a part along a segment of its path
16. Select other grip frames for object flow paths
17. Demo: Identify the current grip frame
18. Lab: Identify the current grip frame
19. Demo: Change the grip frame of a object flow operation
20. Lab: Change the grip frame of a object flow operation
21. Knowledge Check: Create object flow simulative operations

2 Create locations in object flow simulative operations (PS on TC) 15 Topics

1. Perform dynamic and static collision detection
2. Demo: Create and setup collision sets
3. Lab: Create and setup collision sets
4. Demo: Create a path to avoid collisions
5. Lab: Create a path to avoid collisions
6. Identify path modification tools
7. Use location creation tools
8. Demo: Use Add Location Interactively
9. Lab: Use Add Location Interactively
10. Use location modification commands
11. Demo: Setup the Path Editor and simulate a segment of a path
12. Lab: Setup the Path Editor and simulate a segment of a path
13. Demo: Use Manipulate Location
14. Lab: Use Manipulate Location
15. Knowledge Check: Create locations in object flow simulative operations

3 Modify locations in object flow simulative operations (PS on TC) 10 Topics

1. Perform path modification
2. Demo: Copy the location orientation and reverse/reorder the path
3. Lab: Copy the location orientation and reverse/reorder the path
4. Use Automatic Path Planner for object flow paths
5. Demo: Use Automatic Path Planner for object flows
6. Lab: Use Automatic Path Planner for object flows
7. Create flow operation swept volumes
8. Demo: Create swept volumes with object flow paths
9. Lab: Create swept volumes with object flow paths
10. Knowledge Check: Modify locations in object flow simulative operations

4 Create sequences of object flow simulative operations (PS on TC) 8 Topics

1. Create sequences of simulative operations
2. Demo: Setup Gantt chart operations and event colors
3. Lab: Setup Gantt chart operations and event colors
4. Demo: Use the Gantt Chart on the Sequence Editor
5. Lab: Use the Gantt Chart on the Sequence Editor
6. Auto-generate a sequence from an assembly
7. Lab: Use the Automatic Disassembly command to create a sequence
8. Knowledge Check: Create sequences of object flow simulative operations

5 Use presentation mode, event creation, and movie manager (PS on TC) 12 Topics

1. Activate presentation mode for a simulation
2. Demo: Use presentation mode
3. Lab: Use presentation mode
4. Add events to a sequence of simulative operations
5. Demo: Color events by type and add an attach event
6. Lab: Color events by type and add an attach event
7. Demo: Add a view point event and a pause event
8. Lab: Add a view point event and a pause event
9. Use the Movie Manager
10. Demo: Using Movie Manager
11. Lab: Using Movie Manager
12. Knowledge Check: Use presentation mode, event creation, and movie manager

6 Simulate hand tools and virtual reality (PS on TC) 12 Topics

1. Work with hand tools
2. Lab: Checking tool access to a bolt/screw
3. Lab: Removing the bolts/screw with a tool
4. Demo: Use smart tool positioning
5. Lab: Use smart tool positioning
6. Lab: Examine the finished computer assembly study
7. Lab: Rotating the case
8. Lab: Removing the screws
9. Lab: Removing the case
10. Lab: Removing a card
11. Lab: Automotive putting it all together
12. Knowledge Check: Simulate hand tools and virtual reality

7 Assessment: Develop Process Simulate object flow simulations (PS on TC) 1 Topic

1. Assessment: Develop Process Simulate object flow simulations (PS on TC)

Line Designer Basics - 2007 8  Chapters

Create a digital layout by sketching, planning, detailing with NX Line Designer.

1 Learning Experience Overview 1 Topic

1. Welcome: Navigation Overview

2 Line Designer Basics 8 Topics

1. Line Designer Introduction
2. Line Designer Basics
3. Line Goals
4. Starting Line Designer
5. Views and View Navigation
6. Line Designer Navigators and Menus
7. Get Started with Line Designer
8. KC Line Designer Basics

3 Import Resources and Geometry 5 Topics

1. Import Resources Presentation
2. Import Resources Demonstration
3. Import a Drawing Equipment File
4. Import a Parasolid Robot File
5. KC Import Resources and Geometry

4 Layout Planning 14 Topics

1. Plant Structure Creation Presentation
2. Plant Structure Creation Demonstration
3. Create Factory Layouts Presentation
4. Create Factory Layouts Demonstration
5. Creating a new Plant Layout
6. Create Factory Layout with a Point Cloud
7. Planning Space Consumption Presentation
8. Planning Space Consumption Demonstration
9. Planning space consumption of the Plant
10. Positioning Components
11. Positioning Components Fast Placement
12. Positioning Components - Move Component
13. Move Components - Pattern Component
14. KC Layout Planning

5 Working with Assets 31 Topics

1. Add Standard Resources
2. Add Standard Resources - Add Component
3. Add Standard Resources - Drag and Drop
4. Adding Equipment to a Station
5. Product Template Studio
6. Add and Edit PTS Resources
7. Adding Product Template Studio parts to a layout - Part 1
8. Adding Product Template Studio parts to a layout - Part 2
9. Adding Part Family Resources
10. Add and Replace Part Family Resources
11. Adding Conveyors to a Line
12. Connectors - Presentation
13. Connectors - Demonstration
14. Automatic Connections
15. Visualize Connectors Presentation
16. Visualize Connectors Demonstration
17. Define Connectors Presentation
18. Define Connectors Demonstration
19. Adding Connectors to a Conveyor
20. Working with Line Designer Connectors
21. 2D Planning View Presentation
22. 2D Planning View Demonstration
23. Working with the Plant Layout Display
24. Add / Duplicate / Mirror / Replace Components
25. Adding additional Stations
26. Plant Navigator Presentation
27. Plant Navigator Demonstration
28. Working with the Plant Navigator
29. Copy and Paste Stations
30. Make Unique Stations
31. KC Working with Assets

6 Creating Facility Equipment 16 Topics

1. Create Facility Equipment
2. Create Steelwork Resources
3. Create a Floor
4. Creating Facility Equipment - Column Grids
5. Creating Facility Equipment - Columns Presentation
6. Creating Facility Equipment - Columns Demonstration
7. Create a Column Grid
8. Creating Steelwork Resources - Platforms Presentation
9. Creating Steelwork Resources - Platforms Demonstration
10. Create a Platform
11. Create Steelwork Resources - Railings Presentation
12. Create Steelwork Resources - Railings Demonstration
13. Creating Steelwork Resources - Stairways Presentation
14. Creating Resources Steelwork - Stairways Demonstration
15. Create a Stairway
16. KC Creating Facility Equipment

7 Validation Reporting 7 Topics

1. Visual Reporting
2. Working with Visual Reporting
3. Technical Data Package, 3D PDF
4. Technical Data Package, 3D PDF
5. Fly-Through Navigation
6. Fly-Through Navigation
7. KC Validation Reporting

8 Assessment: Line Designer Basics 1 Topic

1. Assessment: Line Designer Basics

Line Designer on Teamcenter 3  Chapters

Learn how to use Line Designer in the Teamcenter environment

1 Line Designer in Managed Mode with Teamcenter 13 Topics

1. Teamcenter Integration Basics - part 1
2. Teamcenter Integration Basics - part 2
3. Lab: Line Designer in Teamcenter managed mode
4. Export and Import Plant Structures - overview
5. Export and Import Plant Structure to and from Teamcenter
6. Lab: Import and export a BOE structure to Teamcenter
7. Use the Reuse Library in Managed Mode
8. Lab: Add resource to reuse library in managed mode
9. Use Line Designer in Managed Mode
10. Lab: Work with Line Designer in managed mode
11. Using the Study Navigator in Teamcenter Manufacturing
12. Lab: Teamcenter Manufacturing Access, Study Manager
13. Knowledge Check - Line Designer in Managed Mode with Teamcenter

2 Active Workspace 2 Topics

1. Active Workspace Integration
2. Lab: Teamcenter Active Workspace

3 Assessment: Line Designer on Teamcenter 1 Topic

1. Assessment: Line Designer on Teamcenter

Assembly Line Planner 4  Chapters

The process of Assembly Line planner in NX; to understand of the purpose for the application and how it fits into the NX and Teamceneter environments

1 Introduction 2 Topics

1. Introduction to Assembly Line Planner
2. Lab - Introduction

2 Process Flow Management 2 Topics

1. Product Assignment to Stations
2. Lab - Process Flow Management

3 Resource Planning 1 Topic

1. Resource Planning

4 Station Detailing 2 Topics

1. Station Detailing Overview
2. Lab - Station Detailing

Getting Started with Teamcenter Manufacturing for Body in White 5  Chapters

Learn how to start using Teamcenter X Manufacturing products for Body in White.

1 Planner Getting Started TC MPP 2 Topics

1. Overview MPP
2. Basic Concepts of TcM

2 Project Admin Getting Started (Teamcenter) 5 Topics

1. BOE and Plant BOP
2. Associate Structure
3. Planning Project Creation
4. Lab: Planning Project Creation
5. Knowledge Check: Create Project Folder and Structures on MPP

3 Planner Getting Started (TC MPP) 18 Topics

1. ID MPP Perspective
2. Process Planning MPP
3. Product Planning MPP
4. Lab: Product Planning MPP
5. Assign Parts PBOP
6. Setup PERT chart
7. Perform Acc check
8. Knowledge Check: Performing Accountability Check and impact analysis on MPP
9. Identify IPAs
10. Manage DIPAs
11. Consume PBOM items
12. Lab: Consume PBOM items
13. Knowledge Check: Consume PBOM items in the Plant BOP structure and generate IPA Tree
14. Assign MFG features
15. Create and open studies
16. Define Weld Ops
17. Lab: Define Weld Ops
18. Knowledge Check: Assign MFG Features and define weld operations

4 Planner Getting Started (ALP) 9 Topics

1. ALP Introduction
2. Product Assignment
3. Process Sequence
4. Lab: Process Sequence
5. Station Detailing
6. Resource Planning
7. Station Detailing Demo
8. Lab: Station Detailing
9. Knowledge Check: Planner Getting Started (ALP)

5 Assessment: Getting Started with Teamcenter Manufacturing for Body in White 1 Topic

1. Assessment: Getting Started with Teamcenter Manufacturing for Body in White

Identify Process Simulate basics (PS on TC) - 17 8  Chapters

In this learning path, you identify the Process Simulate basic methodology and perform basic tasks in the Graphic Viewer and tree views.

1 Identify basic tools in Process Simulate environment (part 1) (PS on TC) - 17 25 Topics

1. Work with viewers
2. Demo: Automotive — Get an overview of the objects in the Object Tree
3. Lab: Automotive — Get an overview of the objects in the Object Tree
4. Demo: Airplane — Get an overview of the objects in the Object Tree
5. Lab: Airplane — Get an overview of the objects in the Object Tree
6. Demo: Structure — Get an overview of the objects in the Object Tree
7. Lab: Structure — Get an overview of the objects in the Object Tree
8. Demo: Identify object Tree basics and create groups
9. Lab: Identify object Tree basics and create groups
10. Demo: Use the right-click popup menu
11. Lab: Use the right-click popup menu
12. Setup and control the Graphic Viewer
13. Demo: Graphic Viewer controls
14. Lab: Graphic Viewer controls
15. Identify entity selection techniques
16. Demo: Select objects in the Graphic Viewer
17. Lab: Select objects in the Graphic Viewer
18. Demo: Identify additional methods of multiple entity selection
19. Lab: Identify additional methods to select multiple entities
20. Demo: Use the Toggle Display command
21. Lab: Use the Toggle Display command
22. Identify selection filters (optional)
23. Demo: Blank all the frames using selection filters
24. Lab: Blank all the frames using selection filters
25. Knowledge Check: Identify basic tools in Process Simulate environment (part 1)

2 Identify basic tools in Process Simulate environment (part 2) (PS on TC) - 17 19 Topics

1. Display objects by type
2. Demo: Blank objects using the Display By Type command
3. Lab: Blank objects using the Display By Type command
4. Perform measurements and set units
5. Demo: Examine the relationship between measuring and units
6. Lab: Examine the relationship between measuring and units
7. Visualize graphics and adjust graphics performance
8. Demo: Change visualization performance
9. Lab: Change visualization performance
10. Demo: Change graphical visualization
11. Lab: Change graphical visualization
12. Add a fancy graphics background
13. Demo: Use texture maps
14. Lab: Use texture maps
15. Demo: Use point clouds
16. Lab: Use point clouds
17. Identify additional graphics commands
18. Access online help and release notes
19. Knowledge Check: Identify basic tools in Process Simulate environment (part 2)

3 Identify the placement commands (added for Process Simulate on Teamcenter) - 17 9 Topics

1. Identify methods to access Teamcenter data in Process Simulate
2. Identify the Classification Search viewer
3. Lab: Automotive — Insert classified resources
4. Lab: Airplane and Structure — Insert classified resources
5. Lab: Adding an unclassified resource
6. Assign data from your Teamcenter structures
7. Demo: Assign data from your Teamcenter structures
8. Lab: Assign data from your Teamcenter structures
9. Knowledge Check: Identify the placement commands (added for Process Simulate on Teamcenter)

4 Identify the placement commands (PS on TC) - 17 19 Topics

1. Identify Process Simulate placement commands
2. Demo: Use the Fast Placement command
3. Lab: Use the Fast Placement command
4. Change selection behavior and create frames
5. Demo: Create a frame
6. Lab: Create a frame
7. Use the Placement Manipulator command
8. Demo: Shift and rotate instances on-screen
9. Lab: Shift and rotate instances on-screen
10. Demo: Examine the relationship between Placement Manipulator measuring and units
11. Lab: Examine the relationship between Placement Manipulator measuring and units
12. Lab: Rotate an object around its geometric centre and the working frame TC
13. Demo: Rotate an object around its geometric centre and the working frame TC
14. Use the Relocate command
15. Demo: Relocate an object relative to two existing frames
16. Lab: Relocate an object relative to two new frames
17. Demo: Relocate an object relative to two existing frames
18. Lab: Relocate an object relative to two existing frames
19. Knowledge Check: Identify the placement commands

5 Use kinematics to create operations (PS on TC) - 17 14 Topics

1. Identify the fundamentals of kinematics
2. Demo: Jog the joints of a simple object
3. Lab: Jog the joints of a simple object
4. Demo: Define kinematic poses
5. Lab: Define kinematic poses
6. Demo: Creating a simulative operation from poses
7. Lab: Creating a simulative operation from poses
8. Examine inverse kinematics concepts
9. Use inverse kinematics
10. Demo: Examine the kinematic tree of a robot
11. Lab: Examine the kinematic tree of a robot
12. Demo: Make the robot move
13. Lab: Make the robot move
14. Knowledge Check: Use kinematics to create operations

6 Detect collisions (PS on TC) - 17 15 Topics

1. Identify collision detection concepts
2. Identify the Collision Viewer
3. Demo: Identify the Collision Viewer and define fast collision sets
4. Lab: Identify the Collision Viewer and define fast collision sets
5. Demo: Define collision sets using list pairs
6. Lab: Define collision sets using list pairs
7. Distinguish the levels of detection granularity
8. Examine additional aspects of collision detection
9. Demo: Examine collision setup and the Collision Viewer
10. Lab: Examine collision setup and the Collision Viewer
11. Demo: Filter collision results
12. Lab: Filter collision results
13. Demo: Identify factors that affect collision detection
14. Lab: Identify factors that affect collision detection
15. Knowledge Check: Detect collisions

7 The loop between Process Simulate standalone (Teamcenter compatible) and Process Simulate on Teamcenter - 17 8 Topics

1. Start Process Simulate (connected) from the desktop (TC)
2. Demo: Starting Process Simulate (connected) from the desktop
3. Lab: Starting Process Simulate (connected) from the desktop
4. Demo: Start and exit Process Simulate Standalone
5. Lab: Start and exit Process Simulate Standalone
6. Demo: Create seed (starter) parts (TC)
7. Lab: Create seed (starter) parts (TC)
8. Knowledge Check: The loop between Process Simulate standalone (Teamcenter compatible) and Process Simulate on Teamcenter

8 Assessment: Identify Process Simulate Basics (PS on TC) - 17 1 Topic

1. Assessment: Identify Process Simulate Basics (PS on TC)

Identify Teamcenter and Manufacturing Process Planner basics for Process Simulate users - 17 5  Chapters

In this learning path, you identify the Teamcenter environment, Manufacturing Process Planner environment, and create and use collaboration context objects.

1 Use the basic Teamcenter environment - 17 12 Topics

1. Identify basic portions of Teamcenter
2. Demo: Configure the navigation pane for manufacturing
3. Lab: Configure the navigation pane for manufacturing
4. Demo: Use and modify the navigation pane
5. Lab: Use and modify the navigation pane
6. Group, revise, and copy objects
7. Demo: Create folders, an item, a dataset, and a workflow
8. Lab: Create folders, an item, a dataset, and a workflow
9. Access data in Teamcenter
10. Demo: Search the Teamcenter database
11. Lab: Search the Teamcenter database
12. Knowledge Check

2 Identify MPP and MBM - 17 8 Topics

1. Identify object types found in manufacturing structures
2. Navigate the Manufacturing Process Planer and Multi-BOM Manager perspectives
3. Demo: Identify and modify a manufacturing perspective
4. Lab: Identify and modify a manufacturing perspective
5. Identify basic features of the MPP and MBM
6. Demo: Visualize objects in the graphic viewer
7. Lab: Visualize objects in the graphic viewer
8. Knowledge Check

3 Create and use collaboration context objects - 17 11 Topics

1. Identify collaboration context, structure context, and configuration context objects
2. Load existing structures into MPP and MBM
3. Demo: Identify occurrences, BOM line properties and BOM line revisions
4. Lab: Identify occurrences, BOM line properties and BOM line revisions
5. Demo: Work with a collaboration context
6. Lab: Work with a collaboration context
7. Demo: Create a collaboration context from another collaboration context
8. Lab: Create a collaboration context from another collaboration context
9. Demo: Begin a new process plan putting it all together
10. Lab: Begin a new process plan putting it all together
11. Knowledge Check

4 Manage and validate studies - 17 4 Topics

1. Search for studies with the study manager
2. Create and open studies with study manage
3. Lab: Using study manager
4. Knowledge Check

5 Assessment: Identify Teamcenter and Manufacturing Process Planner basics for Process Simulate users - 17 1 Topic

1. Assessment: Identify Teamcenter and Manufacturing Process Planner basics for Process Simulate users

Getting started with Process Simulate on TC - 17 5  Chapters

In this learning path, you examine the basic use case for how to create and move data between Teamcenter and Process Simulate.

1 Identify basics for Process Simulate on Teamcenter users - 17 7 Topics

1. Identify the Process Simulate basic methodology and purpose
2. Identify Teamcenter
3. Identify Teamcenter Manufacturing Process Planner
4. Identify structure types and understand their use
5. Examine basic manufacturing object types and their use
6. Examine basic concepts of Teamcenter manufacturing
7. Knowledge Check: Identify basics for Process Simulate on Teamcenter users

2 Identify steps in Teamcenter Manufacturing Process Planner required for Process Simulate on Teamcenter - 17 28 Topics

1. Identify the Manufacturing Process Planner perspective
2. Demo: Log on to Teamcenter
3. Lab: Log on to Teamcenter
4. Demo: Search for a product structure in Manufacturing Process Planner
5. Lab: Search for a product structure in Manufacturing Process Planner
6. Create a high-level BOE and plant BOP
7. Demo: Create the high-level plant BOP structure
8. Lab: Create the high-level plant BOP structure
9. Demo: Create the high-level plant BOE structure
10. Lab: Create the high-level plant BOE structure
11. Associate structures
12. Demo: Associate the structures together
13. Lab: Associate the structures together
14. Manage studies in Manufacturing Process Planner
15. Demo: Use the Study Manager in Manufacturing Process Planner
16. Lab: Use the Study Manager in Manufacturing Process Planner
17. Manage studies from Process Simulate (Sort, filter, and view studies)
18. Manage studies from Process Simulate (Create, edit, delete, and load studies)
19. Demo: Create and load studies
20. Lab: Create and load studies
21. Identify the prototype and instance relationship (TC)
22. Use classified resources in the BOE
23. Demo: Use classified resources in the BOE
24. Lab: Use classified resources in the BOE
25. Send data to Process Simulate on Teamcenter
26. Demo: Send data to Process Simulate on Teamcenter
27. Lab: Send data to Process Simulate on Teamcenter
28. Knowledge Check: Identify steps in Teamcenter Manufacturing Process Planner required for Process Simulate on Teamcenter

3 Identify Process Simulate basics (PS on TC) - 17 13 Topics

1. Identify the basic Process Simulate window
2. Identify Process Simulate viewers
3. Demo: Browsing the Process Simulate study
4. Lab: Browsing the Process Simulate study
5. Customize the user configuration
6. Manage the window layout
7. Demo: Dock and float viewers
8. Lab: Dock and float viewers
9. Demo: Save a window layout
10. Lab: Save a window layout
11. Demo: Use a window layout
12. Lab: Use a window layout
13. Knowledge Check: Identify Process Simulate basics (PS on TC)

4 Identify the connection between Process Simulate on Teamcenter and Manufacturing Process Planner - 17 12 Topics

1. Create plant and process structures in Process Simulate
2. Demo: Modify the BOE structure in Process Simulate
3. Lab: Modify the BOE structure in Process Simulate
4. Demo: Add processes and operations to the plant BOP structure
5. Lab: Add processes and operations to the plant BOP structure
6. Create and editing simulative operations
7. Demo: Add simulative operations
8. Lab: Add simulative operations
9. Return to Manufacturing Process Planner from Process Simulate
10. Demo: Edit the results in Manufacturing Process Planner
11. Lab: Edit the results in Manufacturing Process Planner
12. Knowledge Check: Identify the connection between Process Simulate on Teamcenter and Manufacturing Process Planner

5 Assessment: Getting started with Process Simulate on TC - 17 1 Topic

1. Assessment: Getting started with Process Simulate on TC

Develop and simulate Process Simulate robotic paths (PS on TC) - 17 16  Chapters

In this learning path, you develop robotic paths for spot welding, arc welding, painting, drilling/riveting, and other types of robot applications.

1 Define part-in-tool robot spot welding paths (PS on TC) - 17 10 Topics

1. Identify basic robotics concepts
2. Identify the Manufacturing feature representation
3. Examine basic spot welding concepts
4. Identify the basic spot weld process methodology
5. Project spot manufacturing features
6. Demo: View spot manufacturing features in Process Simulate
7. Lab: View spot manufacturing features in Process Simulate
8. Demo: Project spot manufacturing features
9. Lab: Project spot manufacturing features
10. Knowledge Check: Define part-in-tool robot spot welding paths

2 Adjust welds in spot welding paths (PS on TC) - 17 13 Topics

1. Edit a weld path
2. Demo: Adjust a weld path (part 1)
3. Lab: Adjust a weld path (part 1)
4. Demo: Adjust a weld path (part 2)
5. Lab: Adjust a weld path (part 2)
6. Create multi-sections and a gun cloud
7. Demo: Perform gun shank validation
8. Lab: Perform gun shank validation
9. Use the weld distribution center (WDC)
10. Demo: Use Weld Distribution Center with Automatic Approach Angle
11. Lab: Use Weld Distribution Center with Automatic Approach Angle
12. Revisit the spot welding process methodology
13. Knowledge Check: Adjust welds in spot welding paths

3 Define part-on-robot spot welding paths (PS on TC) - 17 14 Topics

1. Examine the gripper creation process
2. Setup a basic part-on-robot spot weld study
3. Demo: Put the gripper on the robot for pedestal welding
4. Lab: Put the gripper on the robot for pedestal welding
5. Create material handling (pick and place) operations for part-on-robot spot welding
6. Demo: Get and put the part in the fixture
7. Lab: Get and put the part in the fixture
8. Create a rough mounted workpiece (pedestal welding) path
9. Demo: Create a mounted workpiece path
10. Lab: Create a mounted workpiece path
11. Orient workpiece locations
12. Demo: Orient the locations in a pedestal welding path
13. Lab: Orient the locations in a pedestal welding path
14. Knowledge Check: Define part-on-robot spot welding paths

4 Search for spot weld guns and use servo guns (PS on TC) - 17 11 Topics

1. Perform a weld gun search
2. Demo: Perform gun search
3. Lab: Perform gun search
4. Use servo guns to perform spot welding
5. Demo: Simulate robots with servo guns
6. Lab: Simulate robots with servo guns
7. Demo: Perform welding with servo guns (part 1)
8. Lab: Perform welding with servo guns (part 1)
9. Demo: Perform welding with servo guns (part 2)
10. Lab: Perform welding with servo guns (part 2)
11. Knowledge Check: Search for spot weld guns and use servo guns

5 Define robotic drilling and riveting paths (PS on TC) - 17 13 Topics

1. Identify the drilling and riveting process
2. Demo: Create drill and rivet manufacturing features
3. Lab: Create drill and rivet manufacturing features
4. Create drilling and riveting operations
5. Demo: Create riveting operations
6. Lab: Create riveting operations
7. Create waypoints and use the Waypoint Viewer
8. Demo: Create waypoints and use the Waypoint Viewer
9. Lab: Create waypoints and use the Waypoint Viewer
10. Perform drill and rivet gun search
11. Demo: Perform drill and rivet gun search
12. Lab: Perform drill and rivet gun search
13. Knowledge Check: Define robotic drilling and riveting paths

6 Define robotic material handling paths (PS on TC) - 17 10 Topics

1. Examine the gripper creation process
2. Setup a simple material handling study
3. Demo: Setup a pick and place (material handling) study
4. Lab: Setup a pick and place (material handling) study
5. Create material handling (pick and place) operations
6. Demo: Create the basic (PNP) process
7. Lab: Create the basic (PNP) process
8. Demo: Stack boxes using a robot
9. Lab: Stack boxes using a robot
10. Knowledge Check: Define robotic material handling paths (PS on TC)

7 Define robotic arc welding continuous feature paths (PS on TC) - 17 17 Topics

1. Examine the arc weld robotic process
2. Create arc weld continuous manufacturing features and operations
3. Demo: Use continuous feature operations
4. Lab: Use continuous feature operations
5. Demo: Create an arc-weld path from a manufacturing feature
6. Lab: Create an arc-weld path from a manufacturing feature
7. Use a seventh axis and more (external axis)
8. Demo: Examine a 7th axis example
9. Lab: Examine a 7th axis example
10. Demo: Set robotic 7th axis values
11. Lab: Set robotic 7th axis values
12. Create and edit more arc weld paths
13. Demo: Create arc manufacturing features and locations
14. Lab: Create arc manufacturing features and locations
15. Demo: Modify arc weld operations and seams
16. Lab: Modify arc weld operations and seams
17. Knowledge Check: Define robotic arc welding continuous feature paths (PS on TC)

8 Define robotic paint continuous feature paths (PS on TC) - 17 14 Topics

1. Examine the paint continuous robotic process
2. Create and projecting paint manufacturing features
3. Demo: Paint manufacturing features for the whitehouse part
4. Lab: Paint manufacturing features for the whitehouse part
5. Setup paint brushes and meshes
6. Demo: Setup paint brushes and meshes
7. Lab: Setup paint brushes and meshes
8. Modify paint continuous manufacturing features
9. Demo: Modify paint operations and seams
10. Lab: Modify paint operations and seams
11. Simulate paint coverage and more
12. Demo: Simulate paint coverage
13. Lab: Simulate paint coverage
14. Knowledge Check: Define robotic paint continuous feature paths

9 Define other robotic continuous feature paths (PS on TC) - 17 11 Topics

1. Examine other continuous robotic processes
2. Create other types of continuous manufacturing features
3. Demo: Deburr manufacturing features for the whitehouse part
4. Lab: Deburr manufacturing features for the whitehouse part
5. Project other types of continuous manufacturing features
6. Demo: Create deburring paths
7. Lab: Create deburring paths
8. Modify continuous manufacturing features
9. Demo: Modify deburr operations and seams
10. Lab: Modify deburr operations and seams
11. Knowledge Check: Define other robotic continuous feature paths (PS on TC)

10 Test robot reach and set basic robotic path attributes (PS on TC) - 17 17 Topics

1. Test robot’s reachability to the locations
2. Demo: Spot — Test robotic reach
3. Lab: Spot — Test robotic reach
4. Demo: Drill/Rivet — Test robotic reach
5. Lab: Drill/Rivet — Test robotic reach
6. Demo: Arc — Test robotic reach
7. Lab: Arc — Test robotic reach
8. Demo: Paint — Test robotic reach
9. Lab: Paint — Test robotic reach
10. Demo: Debur — Test robotic reach
11. Lab: Deburr — Test robotic reach
12. Demo: Perform Jump/Move to location and TCP tracking
13. Lab: Perform Jump/Move to location and TCP tracking
14. Edit location attributes
15. Demo: Edit robotic path location attributes
16. Lab: Edit robotic path location attributes
17. Knowledge Check: Test robot reach and set basic robotic path attributes (PS on TC)

11 Add via locations to avoid collisions (PS on TC) - 17 18 Topics

1. Identify path modification (via locations) techniques
2. Demo: Add start/end and approach/retract via locations
3. Lab: Add start/end and approach/retract via locations
4. Use via location creation tools
5. Demo: Create collisions lists
6. Lab: Create collisions lists
7. Demo: Using Add Location By Pick
8. Lab: Using Add Location By Pick
9. Use via location modification commands
10. Demo: Simulate a segment of a path
11. Lab: Simulate a segment of a path
12. Demo: Use Manipulate Location
13. Lab: Use Manipulate Location
14. Demo: Use the Automatic Approach Angle dialog box
15. Lab: Use the Automatic Approach Angle dialog box
16. Demo: Spot/Drill/Rivet — Modify locations
17. Lab: Spot/Drill/Rivet — Modify locations
18. Knowledge Check: Add via locations to avoid collisions (PS on TC)

12 Identify other path modification and creation tools (PS on TC) - 17 16 Topics

1. Identify other path modification techniques
2. Demo: Copy and interpolate the location orientation
3. Lab: Copy and interpolate the location orientation
4. Lab: Mini putting it all together
5. Lab: Reverse and reorder the locations in an operation
6. Use Automatic Path Planner for robot paths
7. Demo: Spot — Use Automatic Path Planner for robot paths
8. Lab: Spot — Use Automatic Path Planner for robot paths (TC)
9. Lab: Spot — Use Automatic Path Planner for robot paths
10. Identify additional path creation tools
11. Demo: Spot/Drill/Rivet — Using Duplicate Weld Operation
12. Lab: Spot/Drill/Rivet — Using Duplicate Weld Operation
13. Demo: Spot/Drill/Rivet — Using Mirror
14. Lab: Spot/Drill/Rivet — Using Mirror
15. Lab: Copy and interpolate the location orientation
16. Knowledge Check: Identify other path modification and creation tools (PS on TC)

13 Identify location attributes for multiple robot interlocking (PS on TC) - 17 17 Topics

1. Identify basic OLP (location) commands
2. Demo: Drive and wait for devices to move
3. Lab: Drive and wait for devices to move
4. Demo: Add a second robot
5. Lab: Add a second robot
6. Demo: Simulate two robots
7. Lab: Simulate two robots
8. Setup multiple robot interlocking
9. Demo: Setup robot signals using the Teach Pendant
10. Lab: Setup robot signals using the Teach Pendant
11. Use the Simulation Monitor
12. Demo: Use Simulation Monitor
13. Lab: Use Simulation Monitor
14. Work with hard and soft limits
15. Demo: Avoid robotic collisions with stationary objects using soft limits
16. Lab: Avoid robotic collisions with stationary objects using soft limits
17. Knowledge Check: Identify location attributes for multiple robot interlocking (PS on TC)

14 Create swept volumes, interference zones, and events (PS on TC) - 17 11 Topics

1. Create robotic swept volumes and interference zones
2. Demo: Use swept volumes
3. Lab: Use swept volumes
4. Demo: Spot — Use inference zones
5. Lab: Spot — Use inference zones
6. Add events to a sequence of simulative operations
7. Demo: Color events by type and add an attach event
8. Lab: Color events by type and add an attach event
9. Demo: Add a view point event and a pause event
10. Lab: Add a view point event and a pause event
11. Knowledge Check: Create swept volumes, interference zones, and events (PS on TC)

15 Examine other robotic path modification tools and techniques (PS on TC) - 17 15 Topics

1. Use virtual reality tools
2. Lab: Use virtual reality tools
3. Create arc weld manufacturing features manually
4. Demo: Create arc manufacturing features manually
5. Lab: Create arc manufacturing features manually
6. Demo: Create arc seams (using Project Arc Seam) manually
7. Lab: Create arc seams (using Project Arc Seam) manually
8. Setup robotic dual arm and coordinated motion simulations
9. Demo: Setup and simulating synchronized robot motion
10. Lab: Setup and simulating synchronized robot motion
11. Create a sequences of simulative operations
12. Create and updating spot-welds
13. Create robotic paths from NC paths
14. Identify other robotics features
15. Knowledge Check : Examine other robotic path modification tools and techniques (PS on TC)

16 Assessment: Develop and simulate Process Simulate robotic paths (PS on TC) - 17 1 Topic

1. Assessment: Develop and simulate Process Simulate robotic paths (PS on TC)

Define Process Simulate study data, geometry, and kinematics (PS on TC) - 17 10  Chapters

In this learning path, you use Process simulate to model geometry and define kinematics for components.

1 Create snapshots, markups, notes, and pictures (PS on TC) - 17 23 Topics

1. Identify scene data
2. Use Multipart appearances
3. Demo: Work with multi part appearances
4. Lab: Work with multi part appearances
5. Create and use snapshots and the Markup Editor
6. Demo: Create snapshots
7. Lab: Create snapshots
8. Demo: Create markups
9. Lab: Create markups
10. Adding text in the Graphic Viewer
11. Demo: Set the note options
12. Lab: Set the note options
13. Demo: Create notes in the Graphic Viewer
14. Lab: Create notes in the Graphic Viewer
15. Demo: Create dimensions in the Graphic Viewer
16. Lab: Create dimensions in the Graphic Viewer
17. Store pictures of the study
18. Demo: Output the Graphic Viewer to a file or printer
19. Lab: Output the Graphic Viewer to a file or printer
20. Output video and HTML files
21. Demo: Create a video and an HTML file
22. Lab: Create a video and an HTML file
23. Knowledge Check: Create snapshots, markups, text, and pictures

2 Create sections and define cables (PS on TC) - 17 13 Topics

1. Cut sections with section planes
2. Demo: Create and move a section plane
3. Lab: Create and move a section plane
4. Demo: Identify additional section tools
5. Lab: Identify additional section tools
6. Demo: Create and move a section volume
7. Lab: Create and move a section volume
8. Create and use basic cables
9. Demo: Create, edit, and move cables
10. Lab: Create, edit, and move cables
11. Edit cable parameters and attachments
12. Lab: Adjust cable parameters use fixed cable attachments
13. Knowledge Check: Create sections and define cables

3 Import component geometry (PS on TC) - 17 4 Topics

1. Import CAD files in Process Simulate
2. Demo: Import component geometry from an IGES or JT file
3. Lab: Import component geometry from an IGES or JT file
4. Knowledge Check: Import component geometry

4 Model geometry in Process Simulate (PS on TC) - 17 12 Topics

1. Identify the process to model in Process Simulate
2. Identify modeling concepts
3. Model using solid primitives
4. Demo: Model a simple geometric table
5. Lab: Model a table
6. Demo: Revolve 2D entities to make a solid
7. Lab: Revolve 2D entities to make a solid
8. Demo: Extrude 2D entities to make a solid
9. Lab: Extrude 2D entities to make a solid
10. Demo: Model a portion of a simple robot
11. Lab: Model a portion of a simple robot
12. Knowledge Check: Model geometry in Process Simulate

5 Define basic kinematics in Process Simulate (PS on TC) - 17 13 Topics

1. Identify kinematics background concepts
2. Demo: Identify simple kinematics definition and usage
3. Lab: Identify simple kinematics definition and usage
4. Demo: Define simple kinematics (part 1)
5. Lab: Define simple kinematics (part 1)
6. Demo: Define simple kinematics (part 2)
7. Lab: Define simple kinematics (part 2)
8. Summarize kinematics basics
9. Demo: Add joints to a simple object
10. Lab: Add joints to a simple object
11. Demo: Define leading joints and follow factors (robot tool)
12. Lab: Define leading joints and follow factors (robot tool)
13. Knowledge Check: Define basic kinematics in Process Simulate

6 Define basic kinematic cranks and robotic tools (PS on TC) - 17 27 Topics

1. Identify kinematic cranks
2. Demo: Define kinematic looping demo
3. Lab: Define kinematic looping demo
4. Demo: Define kinematic looping
5. Lab: Define kinematic looping
6. Define branching kinematic branching, speed, and acceleration
7. Demo: Define a kinematic robot tool (part 1)
8. Lab: Define a kinematic robot tool (part 1)
9. Demo: Define a kinematic robot tool (part 2)
10. Lab: Define a kinematic robot tool (part 2)
11. Demo: Define joint speed and acceleration
12. Lab: Define joint speed and acceleration
13. Define an object as a tool
14. Demo: Spot — Define an object as a pneumatic spot-weld gun
15. Lab: Spot — Define an object as a pneumatic spot-weld gun
16. Demo: Spot — Define an object as a servo spot-weld gun
17. Lab: Spot — Define an object as a servo spot-weld gun
18. Demo: Drill/Rivet — Define an object as a drill/rivet gun
19. Lab: Drill/Rivet — Define an object as a drill/rivet gun
20. Demo: Material handling — Define an object as a gripper
21. Lab: Material handling — Define an object as a gripper
22. Demo: Arc — Define an object as an arc-weld torch
23. Lab: Arc — Define an object as an arc-weld torch
24. Lab: Paint — Define an object as a paint gun
25. Demo: Debur — Defining an object as a deburring tool
26. Lab: Debur — Defining an object as a deburring tool
27. Knowledge Check: Define basic kinematic cranks and robotic tools

7 Define basic robot kinematics (PS on TC) - 17 13 Topics

1. Examine inverse kinematics
2. Demo: Add kinematics to a robot model
3. Lab: Add kinematics to a robot model
4. Demo: Using direct kinematics to move the robot
5. Lab: Use direct kinematics to move the robot
6. Create and use inverse kinematics devices
7. Demo: Add a tool frame
8. Lab: Add a tool frame
9. Demo: Use inverse kinematics to move the robot
10. Lab: Use inverse kinematics to move the robot
11. Demo: Identify other inverse kinematics examples
12. Lab: Identify other inverse kinematics examples
13. Knowledge Check: Define basic robot kinematics

8 Define advanced kinematics, rails, gantries, and positioners (PS on TC) - 17 13 Topics

1. Define kinematics for rails, gantries, and positioners (external axis)
2. Demo: Create simple geometry and kinematics for a robotic rail
3. Lab: Create simple geometry and kinematics for a robotic rail
4. Demo: Identify other slider cranks including offset slider
5. Lab: Identify other slider cranks including offset slider
6. Define slot joints
7. Demo: Create slot joints
8. Lab: Create slot joints
9. Demo: Understand variable joint limits
10. Lab: Understand variable joint limits
11. Demo: Define the variable limits
12. Lab: Define the variable limits
13. Knowledge Check: Define advanced kinematics, rails, gantries, and positioners

9 Define advanced kinematic functions, compound equipment, and motion parameter files (PS on TC) - 17 12 Topics

1. Examine techniques to create more complex kinematic functions
2. Demo: Implement joint logic with functions
3. Lab: Implement joint logic with functions
4. Demo: Define kinematics following a surface
5. Lab: Define kinematics following a surface
6. Demo: Examine a train joint
7. Lab: Examine a train joint
8. Demo: Examine a cam joint
9. Lab: Examine a cam joint
10. Create compound equipment
11. Identify advanced kinematic definitions using the MotionParameters.e file
12. Knowledge Check: Define advanced kinematic functions, compound equipment, and motion parameter files

10 Assessment: Define Process Simulate study data, geometry, and kinematics (PS on TC) - 17 1 Topic

1. Assessment: Define Process Simulate study data, geometry, and kinematics (PS on TC)

Assembly Line Planner - 2206 4  Chapters

The process of Assembly Line planner in NX; to understand of the purpose for the application and how it fits into the NX and Teamceneter environments

1 Introduction to ALP - 2206 3 Topics

1. Introduction to Assembly Line Planner
2. Demo: Introduction to ALP
3. Lab: Introduction to ALP

2 Process Flow Management - 2206 3 Topics

1. Product Assignment to Stations
2. Demo: Process Flow Management
3. Lab: Process Flow Management

3 Resource Planning - 2206 3 Topics

1. Resource Planning
2. Lab: Resource Planning
3. Demo: Resource Planning

4 Station Detailing - 2206 4 Topics

1. Station Detailing Overview
2. Demo: Station Detailing
3. Lab: Station Detailing
4. Knowledge Check: Assembly Line Planner