Hello, I'm
Aarav Shah
Physics & Computing Student | Aspiring Researcher
Hello, I'm
Physics & Computing Student | Aspiring Researcher
Get To Know More
6+ Years Python
1+ Year Web Dev
BITS Pilani
M.Sc. Physics &
B.E. Math & Computing
Hi, I am Aarav Shah, a Junior (3rd Year) student at Birla Institute of Technology & Science, Pilani. I am pursuing a Dual Degree in M.Sc. Physics and B.E. Mathematics & Computing (2023-2028).
Based in Mumbai, I have a strong passion for both theoretical physics and computational problem-solving. My journey involves exploring the intersection of mathematics, physics, and computer science. I actively work on projects involving Python automation, web development, and physics simulations.
Academic Focus
Simulating complex physical systems using numerical methods and Python. Focus on wave mechanics and particle dynamics.
Analyzing large datasets (NetCDF) for oceanographic research, utilizing tools like Ferret and Bash scripting.
Building responsive, modern web applications with a focus on clean UI/UX and efficient backend logic.
Academic Background
freeCodeCamp
Aug 2025
CodeSignal
Aug 2025
Coddy
Aug 2025
Canvas Credentials
Mar 2025
Great Learning
Jul 2024
SuperAGI
Sep 2023
EDX Alumni
Jul 2023
My Path
Started coding journey with Java & Python.
Explored Automation & Scripting during the pandemic.
Started Dual Degree at BITS Pilani (M.Sc. Physics + B.E. Math).
Deep dived into Web Development and Python Automation projects.
Research Intern at NCPOR under Dr. Arnab Mukherjee.
Conducted the "Study of Long-Term Variability of Ocean Sea Level and Currents in the Bay of Bengal".
Generated and predicted Wind Patterns for 2008-2021 using a linear model trained on satellite data. Analyzed discrepancies between predicted and observed wind data.
Joined Student Faculty Committee (Physics Dept).
Facilitated academic improvement by presenting consolidated student feedback on curriculum.
Started Research Project: 'Socio-Economic Impact of Solar Energy in Rural India' under Dr. Sumanta Pasari.
Data Analyst at AVAADA Energy Ltd
Worked under Prof. Pabitra Biswas. Analyzed energy generation data to understand factors influencing Global Horizontal Irradiance (GHI).
Explore My
AVAADA Energy Ltd ↗
Oct 2025 - Dec 2025 • Remote
Worked under Prof. Pabitra Biswas. Analyzed energy generation data to understand factors influencing Global Horizontal Irradiance (GHI). Created data rollouts and tested hypotheses on actual data.
BITS Pilani ↗
Jul 2025 - Present • Pilani
Researching 'Socio-Economic Impact of Solar Energy in Rural India'. Performed Factor and Cluster Analysis to categorize respondents and identify influential economic factors.
Student Faculty Committee - Physics Dept ↗
Jul 2025 - Present • BITS Pilani
Active member of the Physics Department Student Faculty Committee. Facilitated academic improvement by presenting consolidated student feedback on curriculum. Coordinated departmental initiatives to promote student engagement.
National Centre for Polar and Ocean Research (NCPOR) ↗
May 2025 - Jul 2025 • Remote
Generated and predicted Wind Patterns for 2008-2021 using a linear model trained on satellite data. Analyzed discrepancies between predicted and observed wind data.
Advanced
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Browse My Recent
Custom web scraping tool to extract and summarize repository data and READMEs. Exports context-rich Markdown for LLM analysis.
Computer Vision project for Coal Mine Safety. Verifies safety equipment usage and tracks worker entry/exit for security and accountability.
Automated script for BITS Pilani students to bypass manual login. Features an Automator App for macOS and launchd/systemd integration for permanent execution.
The very website you are viewing! A fully responsive, dark-mode portfolio featuring glassmorphism, smooth animations, and a custom design system.
A sophisticated Python program that calculates inverse trigonometric functions, capable of handling both real and complex number outputs with high precision.
A comprehensive collection of physics simulations and computational problems solved using Python and Jupyter Notebooks, demonstrating complex physical phenomena.
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