~/portfolio

about

I'm an undergraduate studying Computer Science at Thapar Institute of Engineering & Technology. I'm curious about how complex systems work and enjoy learning by exploring challenging ideas. I value asking good questions, building strong fundamentals, and developing deeper understanding through coursework, reading, and projects.

I'm interested in growing as a researcher and learner, motivated by environments that encourage thoughtful exploration and collaboration.

recent news

New Accepted in IIIT Hyderabad for Undergrad lateral entry
Jun 2026 Paper accepted in INTERSPEECH 2026
May 2026 Paper accepted in COLORAI @ ICML 2026
Sep 2025 Paper accepted in ComputingCon 2025
Sem 1 2024 Merit Scholarship — Half tuition fee for academic excellence

research interests

My research focuses on machine learning and reinforcement learning, with emphasis on interpretability and reliability. I'm particularly interested in understanding model behavior, improving robustness, and designing learning systems that generalize well.

Machine Learning Reinforcement Learning Model Interpretability Deep Learning NLP

publications

Accepted INTERSPEECH 2026
"From Signals to Patterns: Non-Invasive Tuberculosis Detection from Cough Audio using Bandit Weighted Hyperbolic Prototypes"
MM Akhtar, Girish, Sanjam Wadhwa, Muskaan Singh
Mentors: Muskaan Singh, MM Akhtar, Girish
Accepted COLORAI @ ICML 2026
"Less is More in Kolmogorov-Arnold Networks: The Shared-Atom Architecture"
Sanjam Wadhwa, Hrideya Sharma, Shashank Singh, Saurabh Sharma
Mentors: Shashank Singh, Saurabh Sharma
Accepted COMPUTINGCON 2025
"Early-Stage Diabetes Prediction using Stacked Learning"
Sanjam Wadhwa, Lavdeep Singh, Dr Rinkle Rani
Mentor: Dr Rinkle Rani · CSE Dept · TIET

projects

CurveLABS demosource

Browser-based tool for drawing curves and training MLPs in real-time. Visualize neural network behavior as it learns to approximate hand-drawn functions.

TensorFlow.jsNeural NetworksCanvas
Chaos Particle Simulator demosource

Interactive 3D visualization of chaotic systems and strange attractors. Real-time particle simulation featuring Lorenz attractors.

Three.jsChaos TheoryWebGL
Library Management System source

Feature-rich console application implementing OOP principles with role-based operations, modular design, and authentication.

C++Design PatternsOOP

notes

more is coming!

stay tuned for research notes, walkthroughs, and deep dives.

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