Executive Diploma in Automotive Design & Engineering with AI

Executive Diploma in Automotive Design & Engineering with AI

Build the competencies to design, analyze, and engineer next-generation automotive systems for a successful career in the evolving automotive industry.

Program Overview

This comprehensive program equips learners with in-depth expertise in automobile design, engineering fundamentals, CAD modeling, and simulation-driven product development, with a strong focus on hands-on application. Participants gain proficiency in industry-standard tools for automotive component design, assemblies, drafting, structural validation, fluid flow analysis, and engineering simulation workflows. Covering the complete automotive product development lifecycle, the curriculum includes concept design, vehicle engineering, BIW structures, plastic trim development, electrical harness design, reverse engineering, crash analysis, CFD fundamentals, and production-ready detailing. Through continuous project-based learning and practical evaluation, participants build technical confidence, develop industry-ready competencies, and prepare to excel in the fast-evolving automotive engineering landscape.

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Key areas of training

Fundamentals of Automobile Design

  • Introduction to Automotive Industry
  • Evolution of Vehicles & Mobility
  • Vehicle Architecture & Layouts
  • Product Development Cycle
  • Vehicle Packaging & Ergonomics
  • Design Standards & Industry Practices

CATIA for Automotive Design with AI

  • CATIA Interface & Workbench
  • Sketch Creation
  • Parametric Part Modeling
  • Solid Modeling Techniques
  • Surface Modeling
  • Assembly Design
  • Drafting & Drawing Creation
  • Design Modifications & Best Practices
  • AI Integration

Automotive BIW Design

  • Introduction to Body in White
  • Sheet Metal Design Fundamentals
  • Body Structure Components
  • Mounting & Reinforcements
  • Joining Concepts
  • BIW Assemblies
  • Manufacturing Considerations

Automotive Plastics Design

  • Interior & Exterior Trim Components
  • Plastic Design Rules
  • Tooling Direction
  • Draft Analysis
  • Ribs, Bosses & Snap Features
  • Manufacturability Concepts
  • Trim Assemblies

Electrical Harness Design

  • Automotive Electrical Systems Basics
  • Harness Routing Concepts
  • Connectors & Clips
  • Packaging Standards
  • Flattening Drawings
  • Documentation & BOM

Reverse Engineering

  • Introduction to Reverse Engineering
  • CAD Reconstruction
  • Surface Recreation
  • Model Optimization
  • Legacy Part Redesign
  • Design Improvement Workflows

CAE & FEA

  • Introduction to CAE & FEA
  • Workbench Interface
  • Material Properties
  • Meshing Techniques
  • Mesh Optimization
  • Static Structural Analysis
  • Stress & Deformation Results
  • Modal Analysis & Natural Frequencies

Automotive CFD & Aerodynamics

  • Fundamentals of Fluid Dynamics
  • External Vehicle Aerodynamics
  • Internal Flow Concepts
  • Drag & Lift Basics
  • Cooling Flow Concepts
  • Performance Evaluation

Crash Analysis Fundamentals

  • Introduction to Crashworthiness
  • Impact Load Cases
  • Energy Absorption Concepts
  • Structural Safety Fundamentals
  • Simulation Workflow Basics
  • Automotive Safety Design Concepts

Projects

  • BIW Hood Panel Design Using Master-Section
  • Plastic Door Trim Assembly Design
  • Electrical Harness Layout
  • Aerodynamic Study of Vehicle Body
  • Production Drawings for Automotive Assemblies

Career Opportunities

Completing the Executive Diploma in Automotive Design & Engineering with AI opens doors to multiple career paths across automotive OEMs, suppliers, EV startups, design studios, and engineering service companies. Equipped with strong CAD and CAE skills, graduates can thrive in roles such as:

  • Junior Automotive Design Engineer
  • Automotive CAD Designer
  • BIW Design Engineer
  • Plastic Trim Design Engineer
  • Harness Design Engineer
  • CAE Engineer
  • CFD Engineer
  • Crash Analysis Engineer
  • Vehicle Development Engineer
  • Product Design Engineer
  • Mechanical Design Engineer

This Automotive Design & Engineering Course is Most Suitable For:

Students / professionals in engineering or related fields

Mechanical & Automobile engineering students and graduates

Professionals interested in automotive product development

CAD learners looking to build careers in the automobile sector

Engineers interested in simulation, validation, and R&D

Average Structural Designer Salary in India

Experience Level

Program Highlights

Project-Based Evaluation

Work on continuous real-world projects with expert feedback at every stage, building practical confidence and industry readiness.

Industry Mentorship

Learn directly from experienced professionals who guide your technical development and career progression through structured mentoring.

Expert-Led Workshops & Webinars

Gain exclusive exposure to the latest automotive trends, EV innovations, design methodologies, and real-world engineering workflows through sessions led by industry experts.

Career Guidance

Benefit from a structured career development program focused on technical assessment, interview preparation, and career pathway planning.

Placement Assistance

Eligible students receive placement support through CADD Centre’s First Job Pakka initiative, helping them transition confidently into the workforce.

World-Class Courseware

Learn with meticulously crafted study materials designed to industry standards, featuring comprehensive coverage, practical exercises, and the latest technological advancements.

Learning Management System

Access course materials, assignments, certifications, and career opportunities anytime, anywhere through a seamless multi-device LMS platform.

key skills

Did you know?

Key Skills for Automotive Design Engineers in India

Automotive designers need a strong mix of technical expertise and problem-solving abilities to thrive in the industry. Core technical skills include proficiency in CAD/CAE software, solid understanding of automotive engineering fundamentals, BIW design, GD&T, and design for manufacturability (DFM). Knowledge of vehicle systems, crash safety principles, materials, and manufacturing processes is also highly valuable. Essential soft skills include communication, analytical thinking, collaboration, and attention to detail. Additional advantages include experience with simulation tools, electric vehicle design concepts, and familiarity with industry standards and product development workflows.