Gained hands-on experience with engineering challenges, mechanical components (valves, gaskets, connectors), and industrial electrical systems. This experience directly fed into setting up the Cryogenic System for Low-Temperature Measurements.
CNC-machined an aluminium connector to maintain 10⁻³ mbar pressure. Wrote LabVIEW programs interfacing a Keithley SMU and Temperature Controller to fully automate measurements at cryogenic temperatures. I learned about PID controller here.
Optimzed sputtering power such as base pressure and power to deposit 30 nm Cobalt on glass substrate with a masked Hall geometry. Performed anomalous Hall effect measurements with a Zurich MFLI lock-in amplifier but due to low magnetic field and noise we couldn't get anamolous hall effect behaviour. Hence, the project is discontinued.
"Whatever you vividly imagine, ardently desire, sincerely believe and enthusiastically act upon… must inevitably come to pass." — The Compound Effect, Darren Hardy
Leadership is a skill I keep sharpening — much of it self-taught through the books on my Books shelf.
"It is not enough to have a good mind. The main thing is to use it well." — René Descartes
Personal
AI Assistant: Email-to-Calendar Automation & Mobile AppBuilt a fully autonomous smart agent using Google Apps Script and the Mistral AI API to solve the problem of missing important university seminars and personal events buried in emails. The backend script scans my inbox, uses an LLM to extract actionable event details (times, links, attendees), and logs them into a relational database. To easily triage these events, I built a zero-code mobile frontend using Google AppSheet, complete with swipe-to-approve gestures that automatically synchronize with my Google Calendar.
Automatic
Temperature-Controlled Fan SystemIn this project we built an automatic temperature-controlled fan system using analog circuit to improve heat management efficiency. Using a BC107 transistor, a thermistor, and a custom 3D-printed housing, the system automatically activates a DC fan when temperatures exceed a specific threshold. Designed to be functional, not just a demo, it often comes in handy for my labmates 😅.
Portfolio
Insight — Personal Investment TrackerMy investing journey started in 2021, applying for IPOs in the Nepali market, and in 2023 I moved into the secondary market to pick companies directly — teaching myself fundamental analysis to do it. I invest for the long term and believe in the power of compounding, which keeps me calm through short-term swings and buying quality whenever I can.
Today's internet encryption (like RSA) depends on the fact that no classical computer can efficiently factorize large numbers. But Shor's Algorithm running on a quantum computer can. This means all our current encrypted communications — banking, messaging, defense — are vulnerable once a sufficiently powerful quantum machine arrives. Our team set out to build a communication protocol that is secure even against quantum attacks.
We built the Quantum Double Shield Protocol: a two-layer security system combining the BB84 Quantum Key Distribution (QKD) protocol with a Quantum Random Number Generator (QRNG) for adaptive authentication. BB84 uses the laws of quantum mechanics — any eavesdropper physically disturbs the quantum state and can be detected. We simulated the entire protocol using Qiskit, demonstrating secure key exchange and anomaly detection.
Won 3rd place at the Amaravati Quantum Valley Hackathon. This project was directly inspired by my study of Shor's Algorithm and the urgency of transitioning to quantum-resistant cryptography.
A peer-to-peer mentoring and academic collaboration platform for students. Self-initiated project to make connecting with peers, finding hackathon partner, or learning partner, or like minded students within SRMAP more accessible.
Every message we send online — a WhatsApp text, a bank transaction, an email — is protected by encryption. Most of this encryption relies on one simple fact: it's extremely hard for a classical computer to factorize a large number into its prime factors. For example, multiplying 3 × 5 = 15 is trivial, but given just 15, figuring out it came from 3 and 5 is much harder when the numbers are hundreds of digits long. RSA, the backbone of modern internet security, is built entirely on this difficulty.
In this project, I studied how Shor's Algorithm completely breaks this assumption.
I also studied Post-Quantum Cryptography (PQC) — the active race to build encryption systems that even a quantum computer can't crack.
"I found no app or website to help my mom calculate interest the way it's done in Nepali villages — she would often have to call a neighbour just to figure it out. So I built one myself: a free compound interest calculator using Bikram Sambat (BS) dates, designed specifically for village loans and personal lending in Nepal. It's currently the #1 search result on Google for "village calculator nepal"!
"Losing is a habit. So is winning." — The Compound Effect, Darren Hardy
A two-phase national quantum-computing program. I advanced through every stage of selection — from a cohort of 65,000+ learners down to the final 100 chosen for a full scholarship.
QWorld
OpenAI
CDAC, Noida
SRM University, AP
Coursera
Quantum Valley
Finlatics
"Everything you need is already within you." — Hermann Hesse, Siddhartha
I would like to describe myself as a leader/motivator and a long-term investor who believes in quantum technology, green energy and EV vehicles.I love building things with my own hands, I like reading different books related to business and human-centric approaches. I read books to give myself a different view to look at the world (Inner Engineering, Siddhartha, The Alchemist, The Untethered Soul, The Peaceful Warrior...).
I grew up in a small village in Nepal. As a quiet kid, my mind was always racing with ideas—trying to extract soap back out of foam, attempting to build hot air balloons from plastic bags I’d seen in movies, and tinkering with electronics (which usually just resulted in me getting shocked). But that raw curiosity led me to physics, and physics led me to labs, instruments, and a deep belief that science should serve people.
I am currently a fourth-year undergraduate Physics student at SRM University, Andhra Pradesh, on an 80% merit scholarship. My work sits at the intersection of experimental solid-state physics and quantum technology. By degree I am a physicist, because it helps me to think from fundamentals. Physics knowledge helps me to think and question anything — philosophy, business, investment — in depth. I have a goal of making human life easier via technology accessible to the general public.
I am a tech guy who loves technology, and someone who likes to spend time in solitude to think and talk to nature. My aim is to make my country Nepal equipped with tech.
Featured In: SRM University Interview
