Electronic Materials and    
Thin Films Lab
Electronic materials, devices, and fabrication (MM5017) 
Semesters: Jan-May 2014 -- 2017, July-Nov 2019, 2021 -- 2023
Course topics 
  1. Intrinsic semiconductors 
  2. Extrinsic semiconductors 
  3. Semiconductor diodes 
  4. Transistors 
  5. Optoelectronic devices 
  6. Semiconductor manufacturing technology 
The course is also offered under NPTEL (National Program on Technology Enhanced Learning). There are 40 video lectures - theory and assignments. 
 
Two massive open online courses (MOOCs), titled Fundamentals of Electronic materials and devices and Fundamentals of Electronic device fabrication are being offered since 2016. More information is available at the NPTEL online courses website. 
 
The textbook for this course is published by Wiley. 
Transport phenomena (MM2041)
Semesters: Jan-May 2019 -- 2022
Course topics 
  1. Fluid flow. Continuity equation. Laminar flow. 
  2. Heat transfer. Types of heat transfer. Analytical solutions. 
  3. Diffusion. Solid-state equations. Convective mass transfer. Chemical reactions. 
  4. Coupled phenomena. Non-dimensional numbers. 
Physics of Materials (MM3010)
Semesters: July-Nov 2014 -- 2018
Course topics 
  1. Classical theory of electrical conduction (Drude model)
  2. Basic quantum mechanics
  3. Free energy band model
  4. Band diagrams and nearly free electron model
  5. Functional properties of materials
Computational Materials Engineering Lab (MM3110)
Semesters: July-Nov 2017 -- 2021
Course topics (part 1/3)
  1. Data analysis fundamentals
  2. Linear and non-linear equations
  3. Numerical integration
  4. Ordinary and partial differential equations
Materials Characterization (MM3030)
Semesters: July-Nov 2013
Course topics 
  1. Optical microscopy
  2. X-ray diffraction
  3. Transmission electron microscopy
  4. Scanning electron microscopy
  5. Basic pinciples of spectroscopy techniques