Courses
ME-206: Manufacturing Process -I
- Fundamentals of casting, joining, deformation processes, polymer processing
- First order mathematical descriptions for selected processes
- The advantages and limitations of various processes in terms of quality productivity
- Selection of manufacturing process, design and part quality
ME-338: Manufacturing Process -II
- Fundamentals of machining, optimization, non-conventional machining, fixturing and metrology
- First order mathematical descriptions for selected processes
- The advantages and limitations of various processes in terms of quality productivity
- Selection of manufacturing process, design and part quality
ME 423 : Machine Design
- Basics of Engineering Design
- Selection of Engineering Materials for Mechanical Design
- Analysis of Machine Elements
- Synthesis, Design, Modeling, Fabrication and Characterization of a complete system or a product
ME 649 : Advanced Manufacturing Processes - I
- Mechanics of plastic deformation, Theory of plasticity : constitutive equations, isotropic and anisotropic yield criteria, compatibility conditions of strain, stress and strain paths, limit theorems, slip line field analysis
- Application of plasticity concepts to hot and cold working processes, formability of engineering materials, net shape manufacturing processes, powder metallurgy processes.
- Analysis of material removal in conventional machining
ME 677 : Laser Material Processing
- Introducing the practical applications of lasers
- Develop insight into the physical phenomenon of laser-matter interaction
- Develop first order mathematical descriptions for select laser processes
- Understand the capabilities and limitations of various laser processes
ME 643 : Manufacturing Process Simulation Lab
Hardware and Simulation experiments in Metal forming, welding, casting and Machining Laboratories.
ME 372 : Metrology Lab
Metrology Measurements of lengths, angles, flatness, squareness, parallelism, alignment, surface finish, and errors in gears and screw threads.