ML engineer and researcher studying Mathematics and Computer Science at the University of Chicago (B.S. '28). I build LLM and computer vision systems, from RAG pipelines to autonomous microscopy workflows.
- 🔭 Now: Software Engineering Intern at Hemut (YC X25)
- 🎯 Looking for: Summer 2027 software engineering and ML internships
- 🔬 Research: Autonomous electron microscopy at Argonne and UChicago
- LLM systems: RAG pipelines and agent orchestration
- Computer vision: image segmentation and analysis for materials science
- Autonomous workflows: closed-loop control of lab instruments
Python · TypeScript · Swift
Hemut (YC X25) · Argonne National Laboratory · UChicago Physics · Princeton
| Project | What it does |
|---|---|
| Project_Marshall | Always-on orchestrator that picks up Linear issues and runs Claude agents to plan, build, and hand off fixes. TypeScript. |
| SLADS-Net | Fork of Argonne's neural-network dynamic-sampling algorithm for scanning microscopy. I extended it to run on a Phenom SEM: microscope control API, drift correction, and automated EDS analysis of nickel particles. Supports the MRS Communications paper (accepted). |
| Mini-MBE GUI | Central GUI that controls every component of a miniaturized molecular beam epitaxy (MBE) setup. Python. |
| job-watcher | Hourly internship-posting watcher: a cloud Claude routine with ntfy alerts. Python. |
| TickTick | macOS menu bar timer for your tasks. Type a task, give it a time, and the menu bar counts down. Swift. |
| Portfolio | My personal website. TypeScript. |
- Towards autonomous imaging workflows using scanning electron microscopy for materials research. Mishra, Attinger, Liu, Phatak. MRS Communications, 2026 (accepted). PDF
- Fully Atom-Efficient Solvent-Mediated Biopolymer Manufacturing: A Base Case Illustrated with Macromolecular Surfactants Tailored to Stable Polymer–Water Interfaces. Kuehl, Raman, Becker, Garg, Roberts-Dobie, McCaslin, Brensdal, Attinger, Burton, Forrester, Hohmann, Cochran. ACS Applied Materials & Interfaces, 2024. Link
- Dimethoxymethane low- and intermediate-temperature oxidation up to 100 atm. Mei, Wang, Thawko, Liu, Thompson, Attinger, Ju. Proceedings of the Combustion Institute, 2024. Link



