Washington State University, Pullman. [2017-Present]
MS in Mechanical Engineering.
Concentration: 3D microelectronic interconnects and packaging, Computational mechanics, Fracture Mechanics.

Bangladesh University of Engineering and Technology, Dhaka. [2012-2017]
B.Sc. in Mechanical Engineering.
Concentration: Computation, Mechanics, and Materials.

Notre Dame College, Dhaka. [2009-2011]
HSC in Science (12th grade).
Concentration: Mathematics, Physics, and Chemistry.

The Buds' Residential Model College, Sreemangal. [1998-2009]
SSC in Science (10th grade).
Concentration: Mathematics, Physics, Chemistry, and Biology.

Thesis & Projects

B.Sc. Thesis: A New Computational Model for Interface Elasticity Problems of Orthotropic Structures. [2016-2017]
Supervisor: Dr. S. Reaz Ahmed, Professor, Mechanical Engineering, BUET.

Junior Design Project: Structural Damage Inspection with RC Quadcopter. [Spring 2015]

Awards and Scholarships

- University Stipend, BUET. [2013]
- Dean's List, Faculty of Mechanical Engineering, BUET. [2011-2012]
- Technical Scholarship, BUET. [2011-2015]
- SSC Board Scholarship, Sylhet Board. [2009-2010]
- Junior Level Scholarship, Sylhet Region. [2007-2008]

Work Experiences

Graduate Research Assistant, School of Mechanical and Materials Engineering. [2017-Present]
Washington State University, Pullman.
Supervisor: Professor Indranath Dutta, PhD.

- Designed experimental rigs for performing thermal cycling and electromigration driven diffusional creep phenomena in Cu through-silicon via in 3D electronic packages.
- Finite element modeling of thermo-mechanical deformation mechanisms in back-end-of-line (BEOL) structure in 3D electronic package. 

Undergraduate Research Assistant, Design Process Simulation Lab. [2015-2017]
Mechanical Engineering, Bangladesh University of Engineering and Technology, Dhaka.
Supervisor: Professor S. Reaz Ahemd, PhD.

- Developed a new numerical model for displacement potential based elastostatic simulation of interface elasticity problems of orthotropic structures, which is more efficient and cheap than traditional numerical schemes.
- Finite Difference based numerical schemes to handle manufacturing defect based anisotropy in composite structures.
- Finite difference MATLAB code development for inhomogeneous Euler-Bernoulli beam resting on a nonlinear elastic foundation with nonlinear elastic restraints.

Tutor and Mentor

- Trained and mentored a senior year student, Nishan Parvez, working on numerical modeling, elasticity and composite structures.
- Taught Mathematics and Physics to grade 11 & 12 students.
- Taught ME 270: Basic Mechanics-I (Summer 2014) and NUCL 273: Mechanics of Materials (Fall 2016) to a student of Purdue University, West Lafayette.

Industrial Trainee, Reedisha Knitex Limited, Sreepur, Gazipur. [Summer 2016]

- Hands-on Experiences on knit textile manufacturing processes, power generation, transmission and distribution, building mechanical systems, and waste management processes.


Operating System: Windows, Linux (Ubuntu).
Programming Languages: C, C++, Python.
Scientific Computing Environment: MATLAB, SciPy.
Modeling, Simulation, and Visualization Tool: ANSYS, LAMMPS, OriginPro, Ovito.
Microcontroller Programming: AVR, Arduino.
Drawing and Design Tools: AutoCAD, SolidWorks, Inkscape.
Documentation and Presentation: Office Suite, LATEX.

Extra-curricular Activities

President and Founding Member, Multiscale Mechanical Modeling and Research Network. [2015-2016]

Badhan, University based blood donating organization. [2015-2016]

Bangladesh National Cadet Corps.
Cadet Sargent [2007-2009], Cadet [2004-2006]
Training: Basic Military Training, Capsule Camp.
Best Cadet Award, Junior Level, Capsule Training Camp, 2005.

Bangladesh Scouts. [2001-2003]