Talent Development

To upskill GETs and young professionals in vehicle body design through hands-on, industry-focused upskilling training programs. Bridging the gap between academic knowledge and real-world industry-oriented automotive engineering needs.

The training equips GETs and young professionals with practical design skills, CAD expertise, and industry workflows in vehicle body engineering. It enhances their job readiness, boosts confidence to handle real-world projects, and opens up faster growth opportunities in automotive R&D, design, and manufacturing roles.

Plastic Product Design

BIW Structure Design

Composite Product Design

PD&D Essential Standards

Why Leameng Solution?

Industry-Relevant Curriculum

Focused on vehicle body engineering, BIW design, and automotive product development.

Hands-On Workshops

Practical sessions with real-world case studies and 3D design tools

Customizable Modules

Training content tailored to specific company needs and project requirements

Accelerate Skills with Our Automotive Design Workshops
Intensive Design Workshops – Learn by Doing

Objective:

The objective of the 3–5 day corporate technical training program is to enhance the domain understanding and design thinking capabilities of GET and young engineering professionals involved in automotive product design & development. The program is designed to provide a structured overview of vehicle body design processes, material selection, DFM/DFA principles, benchmarking, and project lifecycle—from concept ideation to manufacturing readiness.

It aims to bridge the gap between academic knowledge and industry application by offering real-world insights, process methodologies, and best practices derived from 25+ years of field experience.

plastic design

BIW

Automotive Interior / Exterior Trims Product Design & Development

Salient Features:

Modular & Flexible:
Modules are tailor-made based on Client requirements: new hire onboarding, project kickoff, technical upskilling, etc.

Duration:
Program Scripted for 3–5 days with clear learning milestones

Delivery Modes:

Available onsite, virtual live, or blended

Certification-Based:
Attendees receive recognition based on completion and performance

Key Learning Outcomes:

By the end of this workshop, participants will be able to:

Understand the Automotive Product Development Lifecycle.
Apply Vehicle Body System Design Fundamentals.
Interpret and Use Benchmarking & Master Section Techniques.
Recognize the Importance of DFM/DFA/DFMEA Principles.
Gain Awareness of Material Selection & Lightweighting Approaches.
Understand Global Safety & Regulatory Considerations.
Communicate Design Intent Effectively.

Brochure

EV Platform BIW Structural Design & Lightweighting Strategies

Salient Features:

Modular & Flexible:
Modules are tailor-made based on Client requirements: new hire onboarding, project kickoff, technical upskilling, etc.

Duration:
Program Scripted for 3–5 days with clear learning milestones

Delivery Modes:

Available onsite, virtual live, or blended

Certification-Based:
Attendees receive recognition based on completion and performance

Key Learning Outcomes:

By the end of this workshop, participants will be able to:

Understand BIW Architecture & Vehicle Body Load Paths
Apply Design Principles for Crashworthiness & Stiffness
Incorporate Design for Manufacturing (DFM) and Assembly (DFA)
Analyze Material Choices for Lightweighting
Implement Joining & Assembly Techniques in Lightweight BIW
Interpret Benchmarking & Master Section for BIW Design
Understand Cost, Mass, and Performance Trade-offs
Enhance Communication & Design Review Skills

Brochure

Lightweighting by Design: Steel-to-Composite Solutions for Mobility Components

Foundations of Composite Design for Mobility | Design Methodology for Composite Components | Material Selection & Functional Integration | Tooling & Manufacturing Considerations | Validation, Costing & Industry Readiness

Salient Features:

Modular & Flexible:
Modules are tailor-made based on Client requirements: new hire onboarding, project kickoff, technical upskilling, etc.

Duration:
Program Scripted for 3–5 days with clear learning milestones

Delivery Modes:

Available onsite, virtual live, or blended

Certification-Based:
Attendees receive recognition based on completion and performance

Key Learning Outcomes:

By the end of this workshop, participants will be able to:

Understand the Fundamentals of Composite Materials in Mobility Design
Redesign Automotive Components for Lightweighting Using Composites
Select Suitable Materials Based on Functional and Environmental Requirements
Design for Manufacturability and Tooling in Composite Processes
Collaborate Effectively in a Cross-Functional Composite Development Workflow
Apply Cost–Benefit Analysis and Design Validation Techniques

Brochure

Essentials of Product Design & Development Standards in Mobility Engineering

Salient Features:

Program Objective:

To equip engineers with a strong foundation in structured product design and development practices using globally accepted methods such as DFM, DFA, DFMEA, VAVE, and regulatory frameworks, ensuring product readiness from concept to production aligned with ISO/TS 16949.

Modular & Flexible:
Modules are tailor-made based on Client requirements: new hire onboarding, project kickoff, technical upskilling, etc.

Duration:
Program Scripted for 2–3 days with clear learning milestones

Delivery Modes:

Available onsite, virtual live, or blended

Certification-Based:
Attendees receive recognition based on completion and performance

Key Learning Outcomes:

By the end of this workshop, participants will be able to:

Understand the Product Development Framework Aligned with ISO/TS 16949
Apply Benchmarking and Concept Development Techniques
Incorporate DFM, DFA, and DFMEA Principles into the Design Cycle
Introduce Cost Optimization Using VAVE
Recognize NVH Design Considerations in Early Development
Plan for Prototyping and Product Validation
Understand Design Verification through FE Tools and Checking Gauges
Connect Design Activities with ISO/TS 16949 Requirements

Composite

PDD

Clients and Partners

Talent Development

Why Leameng Solution?

Industry-Relevant Curriculum

Focused on vehicle body engineering, BIW design, and automotive product development.

Hands-On Workshops

Practical sessions with real-world case studies and 3D design tools

Customizable Modules

Training content tailored to specific company needs and project requirements

Accelerate Skills with Our Automotive Design Workshops Intensive Design Workshops – Learn by Doing

Objective:

Automotive Interior / Exterior Trims Product Design & Development

Salient Features: Modular & Flexible: Modules are tailor-made based on Client requirements: new hire onboarding, project kickoff, technical upskilling, etc. Duration: Program Scripted for 3–5 days with clear learning milestones Delivery Modes:

Available onsite, virtual live, or blended Certification-Based: Attendees receive recognition based on completion and performance Key Learning Outcomes:

By the end of this workshop, participants will be able to:

Understand the Automotive Product Development Lifecycle.

Apply Vehicle Body System Design Fundamentals.

Interpret and Use Benchmarking & Master Section Techniques.

Recognize the Importance of DFM/DFA/DFMEA Principles.

Gain Awareness of Material Selection & Lightweighting Approaches.

Understand Global Safety & Regulatory Considerations.

Communicate Design Intent Effectively.

EV Platform BIW Structural Design & Lightweighting Strategies

Salient Features: Modular & Flexible: Modules are tailor-made based on Client requirements: new hire onboarding, project kickoff, technical upskilling, etc. Duration: Program Scripted for 3–5 days with clear learning milestones Delivery Modes:

Available onsite, virtual live, or blended Certification-Based: Attendees receive recognition based on completion and performance Key Learning Outcomes:

By the end of this workshop, participants will be able to:

Understand BIW Architecture & Vehicle Body Load Paths

Apply Design Principles for Crashworthiness & Stiffness

Incorporate Design for Manufacturing (DFM) and Assembly (DFA)

Analyze Material Choices for Lightweighting

Implement Joining & Assembly Techniques in Lightweight BIW

Interpret Benchmarking & Master Section for BIW Design

Understand Cost, Mass, and Performance Trade-offs

​Enhance Communication & Design Review Skills

Lightweighting by Design: Steel-to-Composite Solutions for Mobility Components

Salient Features: Modular & Flexible: Modules are tailor-made based on Client requirements: new hire onboarding, project kickoff, technical upskilling, etc. Duration: Program Scripted for 3–5 days with clear learning milestones Delivery Modes:

Available onsite, virtual live, or blended Certification-Based: Attendees receive recognition based on completion and performance Key Learning Outcomes:

By the end of this workshop, participants will be able to:

Understand the Fundamentals of Composite Materials in Mobility Design

Redesign Automotive Components for Lightweighting Using Composites

Select Suitable Materials Based on Functional and Environmental Requirements

Design for Manufacturability and Tooling in Composite Processes

Collaborate Effectively in a Cross-Functional Composite Development Workflow

Apply Cost–Benefit Analysis and Design Validation Techniques

Essentials of Product Design & Development Standards in Mobility Engineering

Salient Features:

Program Objective:

​

To equip engineers with a strong foundation in structured product design and development practices using globally accepted methods such as DFM, DFA, DFMEA, VAVE, and regulatory frameworks, ensuring product readiness from concept to production aligned with ISO/TS 16949.

Modular & Flexible: Modules are tailor-made based on Client requirements: new hire onboarding, project kickoff, technical upskilling, etc. Duration: Program Scripted for 2–3 days with clear learning milestones Delivery Modes:

Available onsite, virtual live, or blended Certification-Based: Attendees receive recognition based on completion and performance

Key Learning Outcomes:

By the end of this workshop, participants will be able to:

Understand the Product Development Framework Aligned with ISO/TS 16949

Apply Benchmarking and Concept Development Techniques

Incorporate DFM, DFA, and DFMEA Principles into the Design Cycle

Introduce Cost Optimization Using VAVE

Recognize NVH Design Considerations in Early Development

Plan for Prototyping and Product Validation

Understand Design Verification through FE Tools and Checking Gauges

Connect Design Activities with ISO/TS 16949 Requirements

Accelerate Skills with Our Automotive Design Workshops
Intensive Design Workshops – Learn by Doing

Salient Features:

Modular & Flexible:
Modules are tailor-made based on Client requirements: new hire onboarding, project kickoff, technical upskilling, etc.

Duration:
Program Scripted for 3–5 days with clear learning milestones

Delivery Modes:

Available onsite, virtual live, or blended

Certification-Based:
Attendees receive recognition based on completion and performance

Key Learning Outcomes:

Salient Features:

Modular & Flexible:
Modules are tailor-made based on Client requirements: new hire onboarding, project kickoff, technical upskilling, etc.

Duration:
Program Scripted for 3–5 days with clear learning milestones

Delivery Modes:

Available onsite, virtual live, or blended

Certification-Based:
Attendees receive recognition based on completion and performance

Key Learning Outcomes:

Enhance Communication & Design Review Skills

Salient Features:

Modular & Flexible:
Modules are tailor-made based on Client requirements: new hire onboarding, project kickoff, technical upskilling, etc.

Duration:
Program Scripted for 3–5 days with clear learning milestones

Delivery Modes:

Available onsite, virtual live, or blended

Certification-Based:
Attendees receive recognition based on completion and performance

Key Learning Outcomes:

Modular & Flexible:
Modules are tailor-made based on Client requirements: new hire onboarding, project kickoff, technical upskilling, etc.

Duration:
Program Scripted for 2–3 days with clear learning milestones

Delivery Modes:

Available onsite, virtual live, or blended

Certification-Based:
Attendees receive recognition based on completion and performance