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8 A+ and 7 A earned in 15 graduate level courses in the fields of materials science, electrical engineering and physics.
 
Fall 2012

MSE   530: Thermodynamics and Phase Transformation             

MSE   515: Math for Materials Science                                      

ESE    574: Principles of Microfabrication Technology                

PHYS 511: Introduction to Quantum Mechanics                         

Spring 2013

MSE   520: Structure of Materials                                             

MSE   540: Phase Transformation                                               

ESE    521: Semiconductor Device Physics and Technology        

ESE    570: Digital Integrated Circuits and VLSI Fundamentals     

Cadence Lab 1

Cadence Lab 2

Final Report

Fall 2013

PHYS 520: Electromagnetism I                                                    

Spring 2014

PHYS 518: Introduction to Condensed Matter Physics              

MSE   561: Atomistic Modeling in Materials Science                    

HW1

HW2

HW3

HW4

HW5

You are welcome to refer any materials here. But DO NOT plagiarize my work.

Qualifying Exam

Conducting Nanofilaments in Metal Oxide Resistive Switching Memory

Instructor: I-Wei Chen                     

Instructor: Vaclav Vitek                  

Instructor: Jorge J. Santiago            

Instructor: Mirjam Cvetic                

                     

A    

A+

A

A+

 

Instructor: I-Wei Chen              

Instructor: Mahadevan Khantha      

Instructor: Cherie R. Kagan          

Instructor: Kenneth R. Laker           

A+

A    

A

A

Instructor: Hugh H. Williams       

A+

Instructor: Eugene J. Mele

Instructor: Vaclav Vitek               

A

A+

    

Fall 2014

ESE 510: Electromagnetism and Optical Theory I                                                     

Instructor: Nadar Engheta       

A+

Spring 2015

ESE 529: Introduction to MEMS and NEMS                                                     

Instructor: Mark G. Allen     

A+

Fall 2015

Final Project: 20 MHz Free-Free Beam Microelectromechanical Filter with High Quality Factor

ESE 531: Digital Signal Processing

Instructor: Saleem A. Kassam

A

Final Project: Multi-Channel FIR Filter-Bank, Adaptive Notch Filter, and Adaptive Equalization

Spring 2016

ESE 523: Quantum Engineering

Instructor: Lee Bassett

A+

Term Paper: Interaction between Two-level Atom and Sing-mode Cavity Field: A QuTiP Simulation of Jaynes-Cummings Model in Various Coupling Regimes.

Paper

Presentation

Final Project: 8 bit Fixed Point Arithmetic Logic Unit