Huzaifa Ahmed Khan
Currently pursuing a BS in Physics at NED University of Engineering and Technology. Looking for an internship or research-driven collaborative role in computational physics, computer vision, or data science, where I can apply physics-informed modeling, machine learning, and scientific computing to real-world and research-oriented problems.
Computer Vision Engineer (Intern) — Arch Technologies
Jan 2026 - Feb 2026. Worked on computer vision pipelines, feature extraction, and supported model integration.
Summer Intern — NED University of Engineering and Technology
Jul 2025 - Aug 2025. Built interactive physics simulations using JS, Chart.js, p5.js, and MathJax to enhance student learning.
Creative Director & Co-Founder — Media Core
Jan 2024 - Present. Co-founded a media services startup providing cross-platform branding and corporate design.
Graphic Designer — Hi-Tech Machinery
Mar 2023 - Dec 2025. Produced catalogs, corporate diagrams, and promotional artwork.
Freelance Graphic Designer — Chromaplate
May 2024 - Aug 2025. Designed metal poster artwork reflecting global design trends.
Programming Languages
Python, C++, C, JavaScript, HTML, CSS
Scientific & Engineering Computing
NumPy, SciPy, Pandas, Astropy, RocketPy, Poliastro, GeoPandas, PyTorch, CFD, FEM, Scientific Modeling & Simulation
Machine Learning & Computer Vision
Machine Learning, Computer Vision, Deep Learning (PyTorch), Data Analysis, Feature Engineering, Model Evaluation
Visualization & Web Technologies
p5.js, Chart.js, MathJax, Interactive Scientific Visualization, Web-based Simulations
Tools & Platforms
Git, ETFX, QGIS, Google Earth Engine, OpenRocket, Adobe Creative Cloud, Microsoft Office, Google Workspace
Security & Systems (Foundational)
Applied Cryptography, Cybersecurity Fundamentals, OSINT, Threat Intelligence
Soft Skills
Research-Oriented Problem Solving, Analytical Thinking, Technical Communication, Leadership, Cross-disciplinary Collaboration
Physics Simulation Website
Built interactive simulations for wave motion, pendulums, and resonance for NEDUET. Implemented UI controls, real-time graphing, and formula visualization.
Exploring Resonance
Developed animations, interactive graphs, and simulations for a Physics Exhibition at NEDUET to enhance public understanding of resonance.
CFD — Airflow Around Spoiler
Velocity field and pressure distribution analysis.
FEM Analysis
Linear and nonlinear stress–strain simulations.
Professional Certifications
Red Hat Certified Engineer (RHCE) , CompTIA Cybersecurity Analyst (CySA+) , Certified Incident Handler (ECIH) v2
Space & Physics Training
NASA ARSET , NASA Open Science Training , CERN Solvay Education Program
Applied AI & Computing
Applied AI for Engineers and Scientists (University of Glasgow) , Computer Vision (Uni of Colorado Boulder) [cite: 60], Data Science Fundamentals (UC Irvine) [cite: 66]
Memberships
Student Member at IEEE [cite: 94] and Virtual Guest at NASA.
Solving a Multi-Element Optical System Using Physics-Informed Neural Networks
Modeled a multi-element optical system consisting of a diverging lens, converging lens, and concave mirror using Physics-Informed Neural Networks (PINNs) to learn the transverse displacement of a light source required for the reflected rays to refocus on a screen.
Thermodynamics: Visualizing Ideal Gas Processes with Python
Computational visualization of thermodynamic processes including isothermal, isobaric, and adiabatic transformations using Python.
PCA for Dimensionality Reduction Before Classification: A Report on the Wine Dataset
Applied Principal Component Analysis (PCA) for dimensionality reduction prior to classification, evaluating model performance on the Wine dataset.
Visualizing Dark Matter Through Galaxy Rotation Curves: A Computational Exploration Using Python
Numerical modeling of galaxy rotation curves to analyze dark matter influence using computational physics techniques.
Parameter Identification in a Forced, Damped Harmonic Oscillator Using Physics-Informed Neural Networks
Implemented Physics-Informed Neural Networks (PINNs) to estimate system parameters in a forced, damped harmonic oscillator using differential equation constraints.
Email: huzaifasai03941@gmail.com
LinkedIn: linkedin.com/in/huzaifa-ahmed-khan
GitHub: github.com/huzitive
Portfolio: huzitive.github.io/portfolio