Our short-term courses are designed as bridge course for revisiting the fundamentals of the course and explore its practical aspects via simulations/demonstrations.
Mechanics of Solids and Fluids, Machine Dynamics, Rotor Dynamics, Machines and Mechanisms, Robotics, Engineering Design and Optimization, Acoustics and Vibrations, NVH, FEM and CFD, Fracture and Fatigue, DFSS, FMBD, Life estimation, Cycle Simulation, Motion Simulation, CBM and IVHM.
Aerodynamics, Flight Mechanics, Aerospace Structures, Navigation Guidance and Control, UAS Dynamics and Control, Space Dynamics, Engines and Propulsion, FEM and CFD, and Gas Dynamics.
Vehicle Dynamics, Engine Dynamics, Automotive Aerodynamics, Vehicle Design Propulsion, and Performance, Powertrain and Drive-train Simulation, Automotive Control and Simulation.
Systems-modeling, simulation and estimation, Robust, Adaptive,Optimal, Predictive and Swarm Controler Designs, Hardware-in-the-Loop Testing.
Data Mining, IIoT, Signal and Image Processing, AI&ML and Deep Learning, Computer and Machine Vision, Baysian learning and Filters.
Entrepreneurship, Project management, Operations Management, Statistical Quality Management and Supply Chain Management.
Our long-term advanced programs are designed for fresh graduates, working professionals and R&D corporates to equip them qualified for specialized roles.
Program in Engineering Design, Vehicle Design Engine Design, and Robot Design.
Program in Engineering Analysis, Engine Simulation, Vehicle Simulation and Robot Simulation.
Program in NVH Testing, DAQ Acoustics and Vibrations, Signal/Image Processing CBM and IVHM
Please refer to the respective full brochure for the course content and schedule details.
Advanced Engineering Design Program Content
Computer Aided Analysis Program Content
Computer Aided Design Program Content
Advanced Vibration Analyst Program Content
Advanced Machinery Dynamics Program Content
Advanced NVH Engineering Program Content
Few samples of demo theory classes.
Class: Introduction to Static and Dynamic Force Analysis
Class: Introduction to Gyroscopic Effect Analysis