CAD, CATIA, UG, UG Linux, Auto Cad
Basics of Scientific Method & Engineering
Core Concepts of Engineering Mechanics including Statics & Dynamics
Materials Engineering - Concepts of Materials & its Types
Thermodynamics - How interconversion of thermal and mechanical energy is carried out
Machine Element Design - How various common machine elements are designed
Manufacturing Processes - Introduction to most commonly used manufacturing processes
Engineering Simulations - Introduction to FEA and CFD using ANSYS
Introduction to Mechanical Engineering
Mechanics of Materials - Concepts of Stress, Strain and Material Behaviour under Force
Fluid Mechanics - Fluid behaviour and its properties
Thermodynamic Cycles - How Engines and Refrigerators work
Heat Transfer - Modes via through which heat transfer occurs and how it is modelled
Computer Aided Design - Introduction to CAD using SolidWorks
Aerospace engineer
Automotive engineer
CAD technician
Contracting civil engineer
Control and instrumentation engineer
Design engineer
Maintenance engineer
Manufacturing engineer
Mechanical engineer
Nuclear engineer
Product/process development scientist
Personalized Mentorship: One-on-one guidance from industry experts to ensure clarity in learning
Project-Based Learning: Build real-world applications with mentorship and apply concepts practically
Regular Assessments & Feedback: Avail MCQ’s, coding challenges, and performance tracking
Doubt Clarification Sessions: Live Q&A sessions, dedicated doubt-clearing support, and group discussions
Industry-Driven Training: Learn from professionals working in top tech companies and discuss real-time working experience