AEGAN For Mechanical Design
Developed a autoencoder and generative adversarial network for mechanical design.
Designing hardware and computational systems
I'm an electrical engineer and innovator exploring ideas across hardware, semiconductors, and artificial intelligence.
A selection of technical projects I've built or contributed to.
Developed a autoencoder and generative adversarial network for mechanical design.
Designed and simulated a low noise sub-threshold amplifier for brain interfacing electronics
Designed a 32-bit pipelined MIPS-like CPU in Verilog with hazard detection, forwarding, and a Wallace-tree multiplier, deployed on FPGA to control a custom walking robot.
Custom-designed op-amp based headphone amplifier with Baxandall volume control and low-noise analog layout.
Where I've worked and what I've shipped.
Mixed Signal Design Validation Engineer
Design Certification Engineer Intern (Aviation Division)
Product Engineer Intern (Vascular Devices)
Technologies and tools I use to design hardware and software systems.
A bit about my background and what I care about.
I'm a software engineer with a focus on systems and tooling. I enjoy turning complex problems into simple, reliable solutions.
I'm particularly interested in distributed systems, developer experience, and building tools that make teams more productive.
I like building CLI tools, pipelines, and services that run in production with clear observability.
I'm looking for roles where I can ship impact and keep learning from great engineers.
Get in touch for opportunities or collaboration.