NikolausNiewerth
I am a third-year student at the University of Cambridge specialising in Mathematics and Astrophysics.
Currently Co-founder & CTO, Jija · New York

Selected wins
Built in hours, judged first.
- 01UK AI Agent Hack: Digital Energy Grid · Imperial College LondonNov 2025
Pylon
1stof 450+
A graph-based ontology of the UK's digital-energy grid, built in 24 hours, that lets data centres take part in grid-flexibility markets.

Fig. 01 — Pylon - 02Claude AI Hackathon2026
Tribble
1stof 100+
A humanitarian intelligence platform, built in five hours with LangGraph. It fuses satellite, news, weather and civilian reports, scores each claim for probabilistic truth and risk, and tells NGOs where aid should go first.
+ Best-engineered codebaseUK AI Agent Hackathon × OpenClaw, a 7-day hackathon entered afterwards on five hours of work.

Fig. 02 — Tribble - 03Strand Ventures × CUE Hackathon · Marengo (YC) track2026
Honeycomb
1st
A Palantir Gotham-style platform for planning space missions, built for the track set by Marengo (YC). Pitched, built, then re-architected to be agent-ready four hours before submission.

Fig. 03 — Honeycomb
Experience
- Aug 2026 — Present3 mo
Jija
- Building an end-to-end platform for commissioning and verifying physical work at specific locations. Buyer requirements become structured task, evidence, review and payment workflows.
- Lead backend and product architecture across geospatial task allocation, identity, pricing and payments, and evidence validation.
Co-founder & CTONew York - Jun — Sep 20264 mo
LuelYC W26
N/A
Software InternLondon - Jul — Sep 20253 mo
TroveInvest
- Engineered a pipeline that extracts, normalises and standardises logistics-asset data from heterogeneous document formats.
- Re-engineered the Python analytics pipeline for commercial real-estate leasing comparables: 100× faster through vectorisation, caching and a restructured data model.
Software Engineering InternGermany - May — Jun 20242 mo
URENCO
- Simulated transient heat diffusion in industrial storage cylinders with finite differences to find their thermal-stability limits.
- Modelled constraints on nuclear fuel-cycle components; regression on experimental data lifted electrolytic yield from 70% to 85%.
Scientific Software Intern, Isotope R&DNetherlands & Germany - Jul — Aug 20222 mo
CERNLHCb
- Wrote control software coordinating the vacuum systems for experiments on the LHCb VELO detector.
- Automated the measurement workflow so detector-level data could be reproduced, and wrote the results up for the collaboration.
Summer StudentSwitzerland