Muhammad Hashim

ˆ Taught physics to intermediate (FSc) and undergraduate classes,
covering mechanics, electromagnetism, and thermodynamics
through structured, step-by-step problem-solving.
ˆ Designed lesson plans that broke multi-part numerical problems
into guided stages, improving students ability to complete exam
style questions independently.
ˆ Supervised weekly laboratory sessions, training students in ac
curate data recording, instrument calibration, and safe lab prac
tice.
ˆ Provided one-on-one mentoring for students struggling with core
concepts, contributing to measurable score improvements across
150+ students in final examinations.
ˆ Ran hybrid classes through Google Classroom, distributing lec
ture notes, assignments, and feedback digitally.

During my one-year internship as a Research Scholar at the National Centre for Physics (NCP), Islamabad, I worked closely with researchers on physics-related projects and gained practical experience in scientific research. My responsibilities included studying research literature, assisting with theoretical and computational investigations, analyzing data, and preparing technical reports and presentations. The internship allowed me to strengthen my analytical thinking, problem-solving abilities, and research methodology while working in a professional scientific environment. Through regular participation in seminars, discussions, and collaborative activities, I developed a deeper understanding of modern physics research and enhanced my ability to communicate scientific ideas effectively.

ˆ Supported senior researchers in modeling advanced physical sys
tems using Python.
ˆ Reviewed current physics literature to keep the teams method
ology aligned with recent developments in the groups research
area.
ˆ Wrote custom Python scripts to parse, clean, and visualize large
simulation datasets.
ˆ Prepared technical reports and presentation slides summarizing
research findings for internal review.

ˆ Led weekly tutorial sessions for undergraduate students on mul
tivariable calculus and physics problem sets.
ˆ Graded exams and assignments, giving written feedback that
targeted each students specific conceptual errors.