Product Design
Learning Outcome
You will learn about product design for casting, sheet metal, plastic products and complex assemblies. You will effectively learn to apply product design concepts like QFD, VOC, DFMEA, DFMA, Material selection, GD&T, Industrial standards.
Skills you will acquire:
Drawing Reading Skills
Visualization skills
Design Knowledge
Drafting skills
Industry Best Practices
Model & Design Process
Modelling Best Practices
Assembly Design
Drafting & Detailing Process
Reverse Engineering
Learning Outcome
You will learn how to tear down components, study functions, capture design data, create 3d models, identify materials, and analyze manufacturing process, conduct design validation check, benchmarking, Improve existing design and documentation.
Skills you will acquire:
Tear-down analysis
Cost benchmarking
Functional benchmarking
Design for safety and regulations
Critical thinking skills
Reengineering
Design and Analysis
Learning Outcome
You will learn about fundamentals of FEA, Pre-Processing & Modeling, Structural Analysis, Thermal & Coupled Field Analysis, Modal, Harmonic, Fatigue & Durability Analysis, Contact & Assembly Analysis, Design Optimization, Industry Standards & Best Practices.
Skills you will acquire:
Identify issues and defects
Problem solving skills
Apply engineering judgment
Idealizing Geometries
Avoid common FEA pitfalls.
Interpret results
Professional analysis reports
Mechanism Design
Learning Outcome
You will learn about applying the principles of kinematics and dynamics of mechanisms. How to convert functional requirements into mechanism concepts. Perform motion simulations to visualize real-time behavior. Generate displacement, velocity, acceleration, and force plots. Validate motion against design intent and cycle time requirements
Skills you will acquire:
Mechanism Synthesis & Selection
Kinematic Analysis
Dynamic Analysis
CAD-Based Mechanism Modeling
Design Validation & Optimization
Interpret results
Industrial Application & Problem Solving
Automobile Design
Learning Outcome
You will learn about function and design of various parts and assemblies. Understand vehicle body architecture. Design BIW components using sheet metal design principles. Design and evaluate joining methods. Create BIW assemblies, sections, and master sections. Apply plastic part design rules. Apply Class A surface. Design snap fits, clips, and fastening strategies.
Skills you will acquire:
Understand Automobile design concept for BIW & Plastic part
DFM, DFMA
Design Integration
Critical thinking
Design process as per industry standards
Design Validation.
3D Printing
Learning Outcome
You will acquire knowledge about importance of prototyping. Principles of 3D printing and how it differs from conventional manufacturing. Select right printing technology based on application requirements. Learn about materials used in 3D printing. Convert CAD models to printable formats. Set up and work with 3D printers. Carry out post-processing & assess Cost, Time & Production Feasibility.
Skills you will acquire:
Additive Manufacturing Fundamentals
Design for Additive Manufacturing (DfAM)
3D CAD & Model Preparation
Materials Knowledge
Machine Operation & Calibration
Troubleshooting
Mechanical Testing & Quality Control
Industry best practices.
A.I for Product Design
Learning Outcome
Learn to apply A.I for Design concept generation. Use A.I for Data analysis. Learn to implement A.I driven CAD design and automation. Perform A.I assisted engineering analysis. Integrate A.I to optimize and iterate design.
Prerequisite:
Core Knowledge required in Engineering mechanics, Strength of materials, Machine design, Manufacturing processes, Materials & heat treatment, GD&T & tolerance stack-up, Failure modes & root cause analysis, CAD & Digital Modeling Proficiency, Product Design Process, Data Literacy, Programming & Automation Basics,
Skills you will acquire:
Ethical, Safety & IP Awareness,
Domain Specific A.I Applications Knowledge,
Rapid exploration of multiple design alternatives,
Faster Design Thinking & Agility
C(A.I) DD, C(A.I) E skills
Design Automation & Rule-Based Modeling
We offer industry-relevant skill development training by partnering with Industry experts.
Industry Experts
15+
Partnering companies
25+
Total Curated training hrs
10000+