Academics


Curriculum Vitae


University of Toronto


My doctoral degree at the University of Toronto has been critical in helping me grow as an experimental reseracher. The University of Toronto offers several hands-on courses on thermofluids, material science, and chemistry. A list of completed courses are listed as follows:

Completed Courses

  • Structure of Turbulent Flows (MIE1207)
  • Multiphase Flows (MIE1222)
  • Heat Transfer with Phase Change (MIE1115)
  • Surface Engineering (MIE1745)
  • Density Functional Theory (CHM1453)

Purdue University


Purdue has offered me the opportunity to expand my understanding of fluid flow and heat transfer through well-structured courses on combustion, gas dynamics, and turbulence. A list of completed courses can be found below:

Completed Courses

  • Principles of Turbulence (ME611)
  • Artificial Intelligence in Thermal Systems (ME597)
  • Gas Dynamics (ME510)
  • Combustion (ME525)
  • Two Phase Flow and Heat Transfer (ME506)
  • Advanced Thermodynamics (ME500)
  • Computational Fluid Dynamics (ME614)
  • Advanced Mathematics for Engineers and Physicists I (MA527)
  • Finite and Boundary Element Methods (ME681)

IIT Guwahati


The course structure of Mechanical Engineering at IIT Guwahati, initially mandates a thorough understanding of the basic core fields, with a pool of electives to choose from in the senior year. My relevant core courses can be found below:

Relevant Electives

Optimization

Fluid and Thermal

Dynamics and Control

Design

Materials and Manufacturing

For a comprehensive list of my undergraduate courses, please see my transcript here. Additionally, I have done online courses mainly confined to numerical analysis of fluid flow, heat transfer and on vehicle aerodynamics.

Online Courses

Completed Lab Courses and Training

IIT Guwahati
  • Fluid Mechanics
  • Thermal Science
  • Strength of Materials
  • Advanced Manufacturing
  • Mechatronics
  • Dynamics of Machinery
Purdue University
  • BNC 105 Lab Orientation
  • BNC 150 Fume Hood Safety Training
University of Toronto
  • CHE2222 Safety Training Workshop
  • EHS101 WHMIS and Lab Safety
  • EHS741 X-ray Safety

Software


Below are the software that I have used, the programming languages that I have worked with and the characterization techniques I have used in my research:

Analysis and Design

  • ANSYS Structural and Fluent
  • Engineering Equation Solver (EES)
  • FreeFEM
  • ABAQUS CAE
  • SolidWorks

Programming Languages

  • Fortran
  • Python
  • C++
  • MATLAB/Octave

Technical writing and Graphics

  • Latex
  • Adobe Illustrator
  • Origin
  • Tecplot

Imaging Techniques and Analysis

  • Scanning and Transmission Electron Microscopy
  • Scanning Transmission X-ray Microscopy
  • X-ray Computed Tomography and Radiography
  • ImageJ
  • HyperSpy
  • Etomo
  • aXis2000

My doctoral reserach in the Bazylak group at the University of Toronto has given me an opportunity to perform in-situ/operando experiments and use several synchrotrons across the world. Some photos from my synchrotron trips have been outlined in the Gallery section.