Experiments in Mathematics, Hardware, and Code
I am Aryaman. I build systems, largely to see whether the universe objects.
This site is a catalogue of those negotiations. Experiments in mathematics, hardware, and code, undertaken not because they are especially useful, but because they seem just barely permissible. Each project begins with a set of rules, proceeds under the assumption that those rules are incomplete, and ends either in success or in a clearer understanding of why success was never on the table.
It is, in practice, a register of minor improbabilities. A record of occasions on which logic behaves impeccably, reality cooperates reluctantly, and precision is achieved in spite of everything. The aim is not to impose order, which would be unreasonable, but to locate pockets of clarity and examine them before they collapse back into noise.
The work is guided by a simple curiosity: why, in a universe so committed to disorder, anything works at all.
AI-driven educational platform. Adaptive learning algorithms, interactive math tutoring. 9k+ views, 100 active users across 9 countries.
AI-powered cap (lip reading, object detection, sign language) + ultrasonic walking stick. Raised ₹335k total funding.
Raspberry Pi 4 + CNN for biodegradable/non-biodegradable classification. 2nd place @ IIT Kharagpur (17k+ participants, ₹230k prize).
Nine-module guide integrating IBDP, NEP 2020, Socratic learning. Deployed across 5+ schools.
CNN for malignant vs benign tumor classification. Medical image analysis using deep learning.
Explored bias in criminal justice system using NLP models. Fairness analysis and algorithmic accountability.
Analyzed stock market behavior using sentiment patterns from tweets. NLP-driven financial modeling.
Piezoelectric-powered gym concept converting kinetic energy to electricity. Developed @ Hero MotoCorp Innovation Cell.
Original games designed and presented to review board (Harvard/MIT/IIT alumni). Combinatorics & number theory applications.