Hi, I’m Nakul. A work in progress.
Learning the basics. Following the questions.
Exploring the space between code and living things.
✳ I used AI to design and build this website.
I’m still learning the basics; I haven’t coded it independently. About this site ↗
01 / LEAK FINDER 3D reference
and a little room to play ↗
02 / NINJA SLICE Try it
The little visitors are clickable. Go on.
A model. A game. Some maths.
Questions turning into experiments.
Every wire. Every joint.
A system you can explore.
A 3D reference design for a water-leak detection rig combining flow, pressure, and vibration sensing across three zones.
Digital design · not yet built or bench-tested
A small game.
A lot happening underneath.
Slice flying fruit, build a combo, and dodge the bombs. A browser game with JavaScript canvas physics and synthesised sound.
Mouse + touch · best score saved in your browser
What can geometry
tell us about a cell?
A nutrient-balance equation, solved by hand and in Octave, compares a thin cylinder with an equal-volume sphere.
Illustrative model · assumed permeability
Making a complex
transition easier to explain.
A nine-slide presentation on energy demand, fossil fuels, renewable alternatives, and the challenges of adoption.
Co-presented for Technical English Communication
I used AI to design and build this website. I did not code it independently. I’m still learning the basics of programming and web development. I supplied my project material, chose the direction, and gave feedback to shape what you see.
This website is part of my learning journey.
I don’t have it all figured out. That’s why I’m curious.
I’m a first-year B.Tech student in Computer Science and Engineering, specialising in Bioinformatics, at VIT Vellore. I’m learning programming fundamentals and exploring how code and mathematical models can help us understand living systems.
This is a record of the questions I’m following and the projects I’m exploring. My next steps are stronger foundations, more practice, hackathons, and eventually a first internship or lab assistantship.
B.Tech, CSE · Bioinformatics
Vellore, India · First year
In the next one to two years, I want to strengthen my Python, object-oriented programming, data structures, and statistics, then apply them to biological data. Longer term, I’m interested in building tools for computational biology research, with an MS in the field as an option.
My first maths-project idea, Turing patterns, was too advanced for me to explain well. Choosing a simpler model taught me to understand a problem from first principles—and to value work I can explain clearly.
Learning by trying, making,
and asking better questions.
Learning the fundamentals of Python, C++, JavaScript, HTML, CSS, and GNU Octave.
My degree connects biochemistry and molecular biology with programming, data structures, statistics, and bioinformatics.
Biochemistry; cell and molecular biology; fundamentals and structural bioinformatics; systems biology; OOP; data structures; databases; AI and machine learning; calculus and differential equations; discrete mathematics and linear algebra; probability and statistics.
Curriculum areas from my portfolio, not a list of completed courses.
Communicating ideas, working in a team, and making time to keep learning.
I’ve joined my first hackathon, college badminton matches, marathons, and workshops.
Open to learning, collaborating, and finding my first bioinformatics opportunity.
nakulshrivastava007@gmail.com ↗
