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T.G.

Student at The Bishop’s School · San Diego

Tejas
Gluth.

I build software people rely on, from web apps to live products used in 117 countries. My research spans quantum computing, data science, AI coding tools and the dynamics of active networks in cells.

Entry 01

Live · leptotrials.com

LeptoTrials

Helps patients with leptomeningeal cancer find clinical trials that will actually accept them. A normal registry search misses about one in five.

Try it at leptotrials.comCode on GitHub
leptotrials.com
A LeptoTrials search result for a recruiting phase 2 study of breast cancer with leptomeningeal metastases.
Fig. 1.1A search result, linked to the official record, with a button that drafts an email to the study team.

Note · Why it’s hard

Whether a trial takes LM patients is usually hidden in its eligibility fine print. The site reads that text for every study, and an AI-assisted review I check by hand catches the cases the rules get wrong.

100,000+

views from 117 countries

106/ 106

known trials found, vs 84 with a keyword search

Entry 02

Pilot · Next.js, Supabase, Cloudflare

Conexus

A skill exchange run by high schoolers: teach for 30 minutes, earn a credit, spend it learning from someone else. Two students started it. I built the entire product, then eventually joined the team.

See the public preview

Note · The signature feature

Teaching hours count as community service, so they have to be real.

At the start and end of a session, one student shows a code and the other scans it.

EXPIRES
Each code lasts 30 seconds, so a screenshot texted to a friend won’t work.
SIGNED
Codes are signed on the server and can only be scanned once.
LOCATION
Both phones have to be at the approved meeting place.
Fig. 2.1Illustration of the check-in code. It refreshes every 30 seconds, like the real one.

Entry 03

Live · neuromap.pages.dev

NeuroMaps

Reviews of local places written by parents of autistic kids. Instead of one “autism-friendly” badge, each review scores nine things that decide whether an outing goes well.

Explore the mapCode on GitHub
  • Noise4.8
  • Crowds4.6
  • Lighting4.2
  • Staff4.9
  • Parking3.6
  • Navigation4.4
  • Step-free access4.7
  • Elevator comfort4.1
  • Overall4.6
Fig. 3.2Try it with example data. Great staff doesn’t help much if a place is too loud on a Saturday.

Entry 04

Research & side projects

Testing whether ideas actually work.

Entry 04.1

Paper · Kaggle Gemma 4 track · Oct 2026

GraphAudit: Measuring Help and Harm in Code-Graph Retrieval

AI coding tools often use a map of how files connect to pick which code to read. Across 429 real coding tasks, the map helped, but a random map with the same shape helped almost as much. Only 3.1 points of the gain came from the real structure.

Read the paperKaggle write-upRerun it yourself

FILES FOUND IN TOP 10 (%)

  • Text search alone63.4
  • Text search + code graph73.7
Fig. 4.1129 official tasks. Random graphs closed most of the gap.

  • Entry 04.2

    Quantum computing

    Routing qubits around noise

    A circuit router that steers around a quantum chip’s noisiest connections, tested against Qiskit’s best settings on simulated hardware.

    84.6%of 3,600 paired runs improved

    Weighted SABRE codeBeam router code

  • Entry 04.3

    Kaggle

    Data science competitions

    Tracking dividing cells in 3D embryo videos, and packing squares as tightly as possible for every count up to 1,000.

    ≈ 14thon the Squares in Squares board

    Kaggle profile

  • Entry 04.4

    Hardware

    SubStride

    A running sensor I built from the firmware up: an ESP32 pod on the laces, a pressure insole and a phone app that shows where your foot takes the load.

    16pressure zones per insole

    Code on GitHub

Entry 05

Experience

Internships and volunteering.

  1. Jun 2026 – now

    Internship

    Research intern, Robertson-Anderson Lab, University of San Diego

    Studying how networks of cytoskeleton proteins move and rearrange. I write the Python analysis for the lab’s experiments and am helping prepare a paper for publication.

  2. Jun – Aug 2025

    Internship

    Summer intern, DigHealth Lab, UC San Diego

    Built an Android racing game in Unity where you speed up by squeezing the phone harder, using the lab’s grip-force sensing from vibration and motion data.

  3. Aug 2025 – now

    Volunteering

    CAD Club leader, La Jolla/Riford Library

    I teach kids 3D design in Tinkercad and Onshape every week: over 200 hours and more than 1,000 students so far.

Entry 05.1

Toolkit

Build
React · Next.js · TypeScript · Tailwind · Supabase / Postgres · Cloudflare Workers & D1
Data & research
Python · pandas / NumPy · Qiskit · Statistics · LLM evaluation
Design
UI / UX · Accessibility · Motion · Information design
Ship & maintain
CI & automated audits · Security & RLS · SEO & performance · ESP32 firmware

Entry 06

Contact

Building something that has to be right?

Open to research positions, internships and collaborations, especially on problems with real people on the other end.

tejgluth@gmail.com

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