Courses

ME 714 Computer Integrated Manufacturing (UG/PG, Spring 2019-22): CAD: Introduction, geometric modeling, solid models, surface models, parametric design | CAE: Analysis of the design, FEA | CNC: NC systems, controllers, sensors & actuators, path programming | Flexible fixturing, Flexible manufacturing cells, Group Technology | Assembly: classification and coding systems, assembly system design | Robotics and material handling: configurations, kinematics, applications | Scheduling

ME 794 Statistical Design of Experiments (UG/PG, Spring 2020-): Basic Statistical Methods and Probability Concepts in Data Characterization | Classical Design of Experiments: Empirical Models, Factorial Designs | Response Surface Methodology (RSM) | Robust Design Method: Taguchi Design

ME 338 Manufacturing Processes II (UG, Autumn 2020-22): Introduction to Manufacturing | Conventional Machining: Overview, Mechanics, Tool geometries, Tool Wear, Cutting fluids, Chatter, Optimization, Machining economics | Non-conventional Manufacturing: Ultrasonic Machining, Abrasive Jet Machining, ECM, EDM, Laser Machining | Metrology and Quality Control: Tolerances and Fits, Surface Characterization, SPC, Process Capability, Control Charts

Manufacturing Facilities at IITB

Machine Tool Lab: CNC machining centers, fiber laser, 2D/3D metrology, sensors (force, disp., acoustic), computational softwares (ANSYS, ABAQUS, COMSOL), hardness tester etc. [get access]

NCAIR: List of facilities here

CRNTS: Micro/nanofabrication, spectroscopy, microscopy, etc. List of facilties here

IITBNF: Nanofabrication. List of facilities here

Other Central Facilities at IITB

Tools/Tutorials/Manuals

Computational Modeling (CFD, FEA)

Proposal Writing Resources

List of 'COOL' Websites: Productive ways to spend time on Internet

Good Reads

'MIT is just another place'

'Do I need to go to University?': For someone looking to pursue graduate studies