Teaching

 Polymer nanotechnology: Emerging applications for composite materials 

Institute: Johns  Hopkins  University
Semester: Fall, 2021

Role: Instructor

This course discussed the fundamental physics of polymers and polymer-nanocomposites and their physical behaviors while covering the latest research developments and breakthroughs in the areas pertaining to energy storage, such as secondary lithium-ion batteries, polymer electrolyte membranes and fuel cells; in environment remediation such as air filtration and waste-water management; in the areas of biomedical research including drug delivery, complex coacervates, sensors etc.; and in smart materials. 

 Transport Phenomenon

Institute: UT Austin
Semester: Spring, 2017

Role: Teaching Assistant

This course gave an introduction to physical phenomena that describe the movement of momentum, energy, and mass in various chemical engineering systems. The objectives of this course were i) to provide undergraduate students with fundamental concepts of transport phenomena and ii) to enable them to describe relevant physical processes using mathematical terms. By the end of the course, the learning goals were to develop a detailed understanding of the fundamental principles of momentum, energy, and mass transport and be able to formulate and solve mathematical models for momentum, energy, and mass transport processes. 

 Thermodynamics

Institute: UT Austin
Semester: Spring, 2016

Role: Teaching Assistant

This course gave an introduction to thermodynamics with special reference to chemical process applications: basic laws, thermodynamic properties of single component systems, expansion and compression of fluids, heat engines, multicomponent systems, physical equilibrium, and chemical equilibrium.