Resume/CV
Archit Patil
Computer science, mathematics, and computational biology student at UT Austin, working across algorithms, systems, ML infrastructure, private computation, unconventional computing, and bioinformatics.
Education
B.S. Computer Science, Turing Scholars; Mathematics; Computational Biology. University of Texas at Austin.
GPA: 3.75. Expected May 2028.
Technical Skills
Python, C++, C, Java, JavaScript, SQL, Verilog, ARM/x86 Assembly, PyTorch, TensorFlow, React, Node.js.
Domains
Algorithms, systems, ML infrastructure, private computation, unconventional computing, and bioinformatics.
Experience
Moncrief Computational Genomics Engineering Intern
Oden Institute for Computational Sciences, UT Austin
May 2026 - Present
- Constructed private genomic sequence models achieving 89% accuracy on splice-site, promoter, and OCR tasks.
- Designed a spacer-independent IRF algorithm that reduces spacer-dependent complexity from O(spacer length) to O(1) for specific repeat ranges, yielding over 50x processing-time improvement.
Undergraduate Researcher
Professor David Soloveichik, UT Austin
May 2025 - Present
- First-authored a DNA32 conference publication on scalable Hilbert-basis algorithms for equilibrium analysis in DNA molecular computation.
- Reduced full enumeration to covering-design subproblems, achieving over 1000x speedup on large systems.
Undergraduate Course Assistant, CS311H Discrete Math Honors
UT Austin
Aug 2025 - Dec 2025
- Planned and graded assignments and led 10+ office hours for 50 students in sets, graph theory, and combinatorics.
Undergraduate Researcher
Professor Vikas Pejaver, Icahn School of Medicine at Mount Sinai
May 2025 - Aug 2025
- Processed 1M+ clinical notes to build a structured dataset mapping rare diseases for downstream analysis.
- Delivered 85% AUC identifying patients with rare diseases from the MIMIC database using a BERT-based pipeline.
Projects
- Ear-EEG pain monitoring with foundation models, including channel-perturbed Tent-LCC test-time adaptation.
- Operating systems implementation with a multi-core preemptive kernel, virtual memory, file systems, process isolation, and a graphics subsystem capable of running multiplayer DOOM.
- Game Boy emulator in C++/SDL2 with SM83 CPU, memory-mapped I/O, sprite/background rendering, and 60 FPS event-loop and PPU behavior.
- Five-stage pipelined 16-bit RISC processor in Verilog with data/control hazard handling and instruction forwarding.
- Patented PPH Cup for real-time postpartum blood-loss quantification, deployed across hospitals in India.
Honors
- All India Rank 53 in JEE Mains and Rank 160 in JEE Advanced among 1.2 million candidates.
- Top 1% nationally in India in Physics, Astronomy, and Chemistry Olympiads.