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🦀 Rust Tech | Compilers | Systems Software
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Nvidia
Software Engineer, Systems
June 15, 2026 – Present
cuda-oxide
April 22, 2026 – Present
cuda-oxide is an experimental Rust-to-CUDA compiler that lets you write (SIMT) GPU kernels in safe(ish), idiomatic Rust. It compiles standard Rust code directly to PTX — no DSLs, no foreign language bindings, just Rust.
View Projectoptimus
February 2, 2024 – May 21, 2024
A plain vanilla transformer implementation in Rust using the Candle ML framework
View ProjectrustBoot
July 25, 2021 – September 11, 2024
rustBoot is a standalone bootloader written entirely in `Rust`, designed to run on anything from a microcontroller to a system on chip. It can be used to boot into bare-metal firmware or Linux.
View Projectrustdhipv2
February 6, 2021 – March 5, 2022
A prototype implementation of the Host Identity Protocol v2 for bare-metal systems, written in pure-rust.
View Projectstatic-dh-ecdh
January 8, 2021 – January 12, 2021
Pure Rust implementations of static Diffie-Hellman (and static elliptic-curve DH) key-exchange
View ProjectRusty_CryptoAuthLib
August 26, 2020 – October 10, 2020
A platform agnostic (minimal) I2C driver for Microchip's Crypto Authentication HW (i.e. secure element `ATECC608A`), written in pure Rust.
View ProjectJWT-based-device-auth
November 16, 2019 – July 16, 2020
Demonstrating 'secure device authentication' using an esp32 running the micropython firmware. This demo leverages a microchip secure element atecc608a and authenticates with Google IoT Core.
View Projectfingerprinting_radios_w_ML
July 27, 2019 – July 30, 2019
The key idea behind radio fingerprinting is to extract unique patterns (or features) and use them as signatures to identify devices (or more precisely ID a radio embedded within a device).
View Projectmicropython_sensorfusion
January 29, 2019 – January 29, 2019
micropython_sensorfusion — GitHub repository
View ProjectCultural Fit Analysis
The candidate's project portfolio is heavily skewed towards personal, highly technical, and often experimental projects, primarily in Rust. This demonstrates a strong passion for low-level systems and innovation. The target role 'Software Engineer, Systems' aligns well with this technical depth. However, the lack of diverse team projects or broader enterprise experience might indicate a preference for individual contributions over collaborative, large-scale team environments. The current employment at Nvidia as 'Software Engineer, Systems' suggests a good alignment with industry expectations for this role.
Soft Skills & Operational Fit
The candidate's project descriptions indicate a strong drive for independent, deep technical work, often in niche and challenging areas. The focus on personal projects suggests self-motivation and a passion for systems programming. However, without specific assessment data on communication, teamwork, or stress handling, it is difficult to fully assess operational fit beyond technical aptitude.