Featured
Hello, I'm
Tabassum Tariq
Computational Physics Student | Scientific Computing | AI for Science
I build simulations that make physics tangible — working across numerical methods, high energy physics, and AI for science at CHEP, University of the Punjab.
Tabassum Tariq · Computational Physics
0+
Projects
0+
Certificates
0+
Simulations
0+
Teaching Roles
01 · Profile
About Me
Who I am
Third-semester BS Computational Physics student at CHEP, University of the Punjab, Lahore.
What I do
Build physics simulations and numerical solvers in Python — from finite difference schemes to spectral element methods.
Where I'm going
Research at the intersection of computational physics, high energy physics and AI for science.
Numerical MethodsScientific ComputingPython SimulationAI for ScienceTeachingProblem SolvingContent Creation
02 · Toolkit
Skills
{ }
Programming
PythonNumPySciPyStreamlit
▦
Scientific Computing
MatplotlibJupyterSimulation DesignData Visualization
∑
Physics
Classical MechanicsWavesElectromagnetismHigh Energy Physics
✺
AI & Prompt Engineering
Prompt DesignGroq · LLaMAAI Tutoring Tools
⌥
Developer Tools
GitGitHubVS CodeLinux
∫
Numerical Methods
Finite DifferenceSpectral MethodsSpectral ElementsQuadrature
03 · Work
Projects
Spectral Element Method Solver
A from-scratch SEM solver for the 1D elastic wave equation, combining finite-element flexibility with spectral accuracy.
PythonSpectral ElementsElastic Waves
GLL Quadrature Integration
Gauss–Lobatto–Legendre quadrature and Lagrange interpolation for high-accuracy numerical integration.
PythonNumPySpectral Methods
Static Elasticity — Finite Element Method
1D static elasticity solved with the finite element method and cross-validated against a finite-difference relaxation scheme.
PythonFinite ElementsJupyter
04 · Focus
Research Interests
◎
Computational Physics
Modelling physical systems numerically and turning equations into simulations.
⚛
High Energy Physics
Particle phenomenology and the computational tooling that supports it.
▦
Scientific Computing
Reproducible, performant Python workflows for research-grade results.
∑
Numerical Methods
Finite difference, pseudospectral and spectral element schemes for PDEs.
✺
AI for Science
LLMs and ML as instruments for explanation, discovery and teaching.
◈
Quantum Technologies
Quantum computing fundamentals through QUANTA-S content and community work.
05 · Journey
Experience & Education
2025 — Present
BS Computational Physics
Centre for High Energy Physics (CHEP), University of the Punjab, Lahore
Current CGPA 3.78. Coursework in numerical methods, mechanics and scientific programming.
2025
ACT AI SkillBridge — Graduate
Prime Minister's Youth Programme · HEC · NAVTTC
Completed the national AI programme; built Physics Concept Lab as the capstone project.
2025 — Present
Content Lead & Teaching Assistant
QUANTA-S — global student quantum computing network
Create learning content and support students across the network's quantum programmes.
Ongoing
Teaching & Volunteering
Peer tutoring · Community outreach
Teaching physics and Python fundamentals to peers and junior students.
Ongoing
Workshops & Webinars
QUANTA-S · University sessions
Speaker at "From Zero to Quantum: A Student's Honest Journey" — 29 August 2026.
06 · Credentials
Certificates
AI SkillBridge · PM's Youth Programme · HEC · NAVTTC
ACT AI — National AI Training Programme
Jul 29, 2026
View Certificate
07 · Highlights
Achievements
★
3.78 CGPA
Cumulative GPA after one year in BS Computational Physics at CHEP, University of the Punjab (first-semester GPA: 3.87).
◆
ACT AI SkillBridge Selectee
Selected for the national AI programme under Pakistan's Prime Minister's Youth Programme.
◈
QUANTA-S Speaker
Confirmed speaker at the QUANTA-S webinar on starting a quantum computing journey.
08 · Reach out