Designed for a new Capital user or one who has been using the tools for many years, featuring interactive videos, written course materials, knowledge checks, and hands-on labs. This platform utilizes a test environment where you can work with the tools in a hands-on setting, allowing you to implement the skills you're gaining along the way.
Learn how to Capture systems designs from requirements, product plans, features, functional models and dictionaries, to generate system logic designs.
Learn how to Capture systems designs from requirements, product plans, features, functional models and dictionaries, to generate system logic designs.
Learn how Capital Devices helps bridge the gap between Devices or Systems Engineers and the Design Engineer community, eliminating non-intelligent documents.
Learn how Capital Devices helps bridge the gap between Devices or Systems Engineers and the Design Engineer community, eliminating non-intelligent documents.
Learn how System Architect designs can be used to feed the downstream Hardware design, Software Architecture, Network Architecture and Electrical Schematics.
Learn how System Architect designs can be used to feed the downstream Hardware design, Software Architecture, Network Architecture and Electrical Schematics.
Learn how the Core Applications such as Styling can automate the graphical appearance of designs & what you can achieve using the Query functionality, and more.
Learn how the Core Applications such as Styling can automate the graphical appearance of designs & what you can achieve using the Query functionality, and more.
This course gives new users an introduction to tool basics for creating wiring/harness designs, creating parts/symbols, & getting reports/prints/metrics data.
This course gives new users an introduction to tool basics for creating wiring/harness designs, creating parts/symbols, & getting reports/prints/metrics data.
This learning path supports designer and engineers getting started with configuration and deployment of AUTOSAR based ECUs.
This learning path supports designer and engineers getting started with configuration and deployment of AUTOSAR based ECUs.
Continue to learn about configuration and deployment of AUTOSAR based ECUs.
Continue to learn about configuration and deployment of AUTOSAR based ECUs.
This learning path shows how to configure the different parameters in Capital Project, Capital User, and other tools to integrate with the IT infrastructure.
This learning path shows how to configure the different parameters in Capital Project, Capital User, and other tools to integrate with the IT infrastructure.
Learn how the Core Applications such as Styling can automate the graphical appearance of designs & what you can achieve using the Query functionality, and more.
Learn how the Core Applications such as Styling can automate the graphical appearance of designs & what you can achieve using the Query functionality, and more.
Learn how the Core Applications such as Styling can automate the graphical appearance of designs & what you can achieve using the Query functionality, and more.
Learn how the Core Applications such as Styling can automate the graphical appearance of designs & what you can achieve using the Query functionality, and more.
This learning path shows how to configure the different parameters in the Capital tools suite to define the behavior, look and feel of the design flow.
This learning path shows how to configure the different parameters in the Capital tools suite to define the behavior, look and feel of the design flow.
This learning path is designed to support parts librarians who are building and maintaining the component parts.
This learning path is designed to support parts librarians who are building and maintaining the component parts.
This learning path is designed to support parts librarians who are building and maintaining the component symbol libraries.
This learning path is designed to support parts librarians who are building and maintaining the component symbol libraries.
Learn how the Styling facility can automate the graphical appearance of diagrams.
Learn how the Styling facility can automate the graphical appearance of diagrams.
This learning path is designed to support technical authors who need to create technical documentation for the electrical system using Capital Publisher.
This learning path is designed to support technical authors who need to create technical documentation for the electrical system using Capital Publisher.
Learn how Capital's Change Illustrator is used to communicate design changes to various stakeholders in an independent, interactive, web-based environment.
Learn how Capital's Change Illustrator is used to communicate design changes to various stakeholders in an independent, interactive, web-based environment.
Learn how to use Capital ModularXC for production module design in both a KSK/modular flow, and a derivative flow.
Learn how to use Capital ModularXC for production module design in both a KSK/modular flow, and a derivative flow.
Learn how to create a Formboard layout from a harness design, within Capital HarnessXC or ModularXC.
Learn how to create a Formboard layout from a harness design, within Capital HarnessXC or ModularXC.
Learn how Capital Harness TVM can be used to address challenges in harness manufacturing planning.
Learn how Capital Harness TVM can be used to address challenges in harness manufacturing planning.
Learn techniques for more enhanced behavior in Harness TVM, with a more comprehensible example.
Learn techniques for more enhanced behavior in Harness TVM, with a more comprehensible example.
Learn how to distribute the tasks generated by Capital Harness TVM across multiple workstations, to achieve optimum line balancing.
Learn how to distribute the tasks generated by Capital Harness TVM across multiple workstations, to achieve optimum line balancing.
Learn how to generate detailed and comprehensive manufacturing instructions for every stage of the harness manufacturing process.
Learn how to generate detailed and comprehensive manufacturing instructions for every stage of the harness manufacturing process.
Learn how the Capital Harness Engineering tools can integrate with your 3D MCAD system.
Learn how the Capital Harness Engineering tools can integrate with your 3D MCAD system.
This learning path is designed to support designers and engineers working on harness design using Capital HarnessXC.
This learning path is designed to support designers and engineers working on harness design using Capital HarnessXC.
This learning path teaches synchronization from Logic into HarnessXC, and how to process the data for instantaneous length information & part number selection.
This learning path teaches synchronization from Logic into HarnessXC, and how to process the data for instantaneous length information & part number selection.
Learn how ModularXC can be used to populate module designs and manage variant modules content in a modular/KSK flow.
Learn how ModularXC can be used to populate module designs and manage variant modules content in a modular/KSK flow.
This learning path teaches additional functionality within Capital HarnessXC & ModularXC, as you continue your learning.
This learning path teaches additional functionality within Capital HarnessXC & ModularXC, as you continue your learning.
This learning path is designed to support designers and engineers working with Capital Logic and using a Generative Process Flow.
This learning path is designed to support designers and engineers working with Capital Logic and using a Generative Process Flow.
Learn how the Capital Topology tools can integrate with your 3D MCAD system.
Learn how the Capital Topology tools can integrate with your 3D MCAD system.
This learning path is designed to support designers and engineers working with Capital Logic and using Topology for Platform Interactive Flows.
This learning path is designed to support designers and engineers working with Capital Logic and using Topology for Platform Interactive Flows.
Use simulation and analysis tools to validate electrical design connectivity - voltages, currents, wire sizing, failure mode effects, sneak circuits and more.
Use simulation and analysis tools to validate electrical design connectivity - voltages, currents, wire sizing, failure mode effects, sneak circuits and more.
Learn entry-level skills, for students new to Capital Logic; learn how to find your way around the basics of Capital Logic.
Learn entry-level skills, for students new to Capital Logic; learn how to find your way around the basics of Capital Logic.
Learn how to create design configuration, use more advanced wiring functionality, assign library parts, & test your knowledge by creating a more complex design.
Learn how to create design configuration, use more advanced wiring functionality, assign library parts, & test your knowledge by creating a more complex design.
Learn how the Capital tools can integrate with your 3D MCAD system.
Learn how the Capital tools can integrate with your 3D MCAD system.
Learn what you can achieve using queries, and be introduced to the Query Editor.
Learn what you can achieve using queries, and be introduced to the Query Editor.
Learn how to use the powerful capabilities in Capital CostingXC to rapidly and accurately calculate the labor and material cost of manufacturing a harness.
Learn how to use the powerful capabilities in Capital CostingXC to rapidly and accurately calculate the labor and material cost of manufacturing a harness.
This course teaches the student how to perform end-to-end network communication design and digitally feed the downstream ECU/LRU configuration.
This course teaches the student how to perform end-to-end network communication design and digitally feed the downstream ECU/LRU configuration.
The aim of this course is to teach the techniques needed to create and manage work instructions for the harness designs using Capital Workbooks.
The aim of this course is to teach the techniques needed to create and manage work instructions for the harness designs using Capital Workbooks.
Learn how to Capture systems designs from requirements, product plans, features, functional models and dictionaries, to generate system logic designs.
Learn how to Capture systems designs from requirements, product plans, features, functional models and dictionaries, to generate system logic designs.
Learn how to create a Formboard layout from a harness design, within Capital HarnessXC or ModularXC.
Learn how to create a Formboard layout from a harness design, within Capital HarnessXC or ModularXC.
Learn how System Architect designs can be used to feed the downstream Hardware design, Software Architecture, Network Architecture and Electrical Schematics.
Learn how System Architect designs can be used to feed the downstream Hardware design, Software Architecture, Network Architecture and Electrical Schematics.
The aim of this course is to teach the techniques needed to make Capital scalable, flexible, extensible and secure.
The aim of this course is to teach the techniques needed to make Capital scalable, flexible, extensible and secure.
Learn how Capital Logic Designer fits within your organization’s interactive design flow of the wiring design process.
Learn how Capital Logic Designer fits within your organization’s interactive design flow of the wiring design process.
Learn how to distribute the tasks generated by Capital Harness TVM across multiple workstations, to achieve optimum line balancing.
Learn how to distribute the tasks generated by Capital Harness TVM across multiple workstations, to achieve optimum line balancing.
This learning path is designed to support designers and engineers working on harness design using Capital Harness Designer.
This learning path is designed to support designers and engineers working on harness design using Capital Harness Designer.
Learn how Capital Logic Designer fits within your aerospace organization’s design flow of the wiring design process.
Learn how Capital Logic Designer fits within your aerospace organization’s design flow of the wiring design process.
Learn how Capital Logic Designer fits within your organization’s generative design flow of the wiring design process.
Learn how Capital Logic Designer fits within your organization’s generative design flow of the wiring design process.
This learning path is designed to support parts librarians who are building and maintaining the component parts.
This learning path is designed to support parts librarians who are building and maintaining the component parts.
Learn how to create a Formboard layout from a harness design, within Capital Harness Designer or Capital Harness Designer Modular.
Learn how to create a Formboard layout from a harness design, within Capital Harness Designer or Capital Harness Designer Modular.
This course teaches the student how to route cables using Capital Cable Router, visualize cable paths in 3D context and leverage it to improve routing.
This course teaches the student how to route cables using Capital Cable Router, visualize cable paths in 3D context and leverage it to improve routing.
Learn how to integrate your wiring diagrams with a topological view of the wiring layout using Capital Wiring Integrator to speed the wiring definition process.
Learn how to integrate your wiring diagrams with a topological view of the wiring layout using Capital Wiring Integrator to speed the wiring definition process.
Learn how to perform electrical load analysis to study the load architecture of aircrafts to ensure adequate power for electrical systems during flight phases.
Learn how to perform electrical load analysis to study the load architecture of aircrafts to ensure adequate power for electrical systems during flight phases.
Learn methods for creating and managing component symbols using Capital tools.
Learn methods for creating and managing component symbols using Capital tools.
Learn how to use Capital E/E Insight to design with insightful feedback, evaluate a variety of metrics, and compare different scenarios within your design.
Learn how to use Capital E/E Insight to design with insightful feedback, evaluate a variety of metrics, and compare different scenarios within your design.
Learn how to use Capital E/E Insight to design with insightful feedback, evaluate a variety of metrics, and compare different scenarios within your design.
Learn how to use Capital E/E Insight to design with insightful feedback, evaluate a variety of metrics, and compare different scenarios within your design.
Learn how to use Capital E/E Insight to design with insightful feedback, evaluate a variety of metrics, and compare different scenarios within your design.
Learn how to use Capital E/E Insight to design with insightful feedback, evaluate a variety of metrics, and compare different scenarios within your design.
Learn how to use Capital E/E Insight to design with insightful feedback, evaluate a variety of metrics, and compare different scenarios within your design.
Learn how to use Capital E/E Insight to design with insightful feedback, evaluate a variety of metrics, and compare different scenarios within your design.
In this course, you will learn how to format the Topology Layout, Partition Harnesses, manually manipulate designs, create and apply rules.
In this course, you will learn how to format the Topology Layout, Partition Harnesses, manually manipulate designs, create and apply rules.
Receive unlimited access to all new content added during your active subscription.
During your subscription period, you will automatically receive access to all new content added to the library, including training on new product releases and technology updates to maximize your proficiency.