University of Delaware

Guest Lecturer: Polymer Physics - MSEG835 (2019)

Role: Teach fundamental theory of molecular dynamics, train the student on simulation tools and assist them to predict process-structure-properties correlation using molecular simulations.

Lab Instructor: Impact Modeling and Failure of Composites - MEEG667 (2013-2014)

Role: Teach fundamental theory of finite element analysis and assist students on static and dynamic finite element modeling using LS-DYNA.

I have also been teaching fundamental theories on various subjects and simulation tools to the undergraduate and graduate students involved in the UD-CCM research projects. This is out-of-classroom teaching. Subjects include Molecular Dynamics, Peridynamics, Mechanics of Solids, Fracture Mechanics, Mechanics of Composite Materials, Composite Interphase and Composite Manufacturing.

Bangladesh University of Engineering and Technology (2000 – 2003, 2007 – 2011)

Undergraduate Courses

· Mechanics of Solids (ME243, 3 credit theory, 140 students)

· Engineering Mechanics - Statics & Dynamics (ME241, 4 credit theory, 140 students)

· Machine Design (ME341, 4 credit theory, 140 students)

· Composite Materials (ME449, 3 credit theory, 60 students)

· Mechanics of Solids Lab (ME244, 1.5 credit, 140 students)

· Mechanics of Machinery Lab (ME346, 1.5 credit, 140 students)

· Machine Design Lab (ME342/344, 1.5 credit, 140 students)

· Thermodynamics Lab (ME202, 1.5 credit, 140 students)

· Heat Transfer Lab (ME302, 1.5 credit, 140 students)

· Mechanical Eng. Drawing and AutoCAD Lab (ME160/260, 1.5 credit, 140 students)

Role: Main instructor; deliver lectures; examine assignment, exam scripts and lab reports. Mentor undergraduate students.

Graduate Courses

· Mechanics of Composite Materials (ME6209, 3 credit theory, about 30 students)

Role: Main instructor; deliver lectures; examine assignment and exam scripts. Mentor graduate students.