MECHANICAL, MANUFACTURING & PRODUCT DESIGN
For Mechanical & Allied Branches
Design. Simulate. Manufacture. Innovate.
Industry-oriented programs covering product design, advanced CAD, manufacturing, simulation, engineering analysis, robotics and Industry 4.0—with hands-on practical learning and real-world projects..
Explore Our Programs
01 — Product Design & Development
Turn Ideas into Innovative Products
Course Modules
AutoCAD
Autodesk Fusion
3D Modelling & Assembly
Design for Manufacturing (DFM)
Product Analysis & Optimization
Real-world Projects
Learning Outcomes:
Concept Development
· 3D Design
· Assembly
· Design Documentation
· Product Development
02 — Digital Manufacturing & CAM
From Design to Production
Course Modules
Autodesk Fusion — CAM
Mastercam / FeatureCAM
CNC Programming — 2.5D, 3D & 5-Axis
Toolpaths
Simulation & Post Processing
Additive Manufacturing / 3D Printing
Shopfloor Best Practices
Learning Outcomes:
· CAD/CAM Integration
· CNC
· Toolpath Generation
· Manufacturing Workflows
03 — Advanced Design
Master Advanced Design Skills
Course Modules
Advanced 3D Modelling & Surfacing
Sheet Metal & Weldments
Simulation & Analysis
Generative Design
Design Visualization & Rendering
Certification Preparation
Learning Outcomes:
· Advanced Modelling
· Product Development
· Simulation
· Design Optimization
04 — Engineering Specialist
Build Broader Engineering Capabilities
Course Modules
Mechanism Design & Kinematics
Finite Element Analysis — FEA
Computational Fluid Dynamics — CFD Basics
Product Lifecycle Management — PLM
Sustainable & Lightweight Design
Industry Projects & Case Studies
05 — CAE & Simulation
Validate. Optimize. Perform.
Course Modules
Static, Modal, Thermal & Dynamic Analysis
Fatigue & Durability
Optimization Techniques
Simulation Workflows with ANSYS
Real-world Industry Applications
Certification Preparation
Learning Outcomes:
· Engineering Analysis
· Simulation
· Validation
· Optimization
06 — Robotics & Industry 4.0
Be Ready for the Future of Manufacturing
Course Modules
Introduction to Robotics & Automation
Digital Twin & IoT in Manufacturing
Smart Manufacturing Workflows
Industry 4.0 Concepts
Integration with Design & Simulation
Hands-on Projects
Choose Your Learning Path
PRODUCT DESIGN
AutoCAD → Fusion → Inventor → Advanced Design → Product Development
MANUFACTURING & CAM
Fusion CAM → Mastercam → CNC → Toolpaths → Manufacturing
DESIGN & SIMULATION
Advanced CAD → FEA → ANSYS → Optimization → Product Validation
ENGINEERING & INDUSTRY 4.0
Engineering Design → Robotics → Automation → Digital Twin → Smart Manufacturing
What You Will Learn
Design & Modelling
Develop 2D and 3D engineering designs, assemblies and product models.
Manufacturing
Understand CAD/CAM workflows, CNC programming, toolpaths and manufacturing processes.
Simulation
Analyse, validate and optimize engineering designs using simulation workflows.
Product Development
Move from concept and design through analysis and manufacturing.
Automation
Explore robotics, automation, IoT, digital twins and Industry 4.0 concepts.
Innovation
Apply modern design and engineering technologies to practical projects..
Practical Learning
Learn → Design → Simulate → Manufacture → Innovate
Work through hands-on exercises, engineering projects, design challenges and industry-oriented workflows.
Who Can Join?
Mechanical Engineering Students
Automobile & Allied Engineering Students
Production / Manufacturing Students
Aerospace & Related Disciplines
Engineering Graduates
Working Professionalss
Career Areas
Build skills relevant to:
· Product Design
· Mechanical Design
· CAD Engineering
· Manufacturing
· CAM · CAE
· Simulation & Analysis
· Engineering Design
· Robotics & Automation
· Industry 4.0
Why Learn Mechanical Engineering Technologies with ISCT?
30+ Years of Training Experience
Experienced & Certified Trainers
Hands-on Practical Learning
Industry-Relevant Software Skills
Real-World Projects
WorldSkills Mentors & Juries
Academic–Industry Connect
Career Readiness