Founding C++ Systems Engineer

You’ll work on the C++ core of our virtualization stack: performance optimization, systems debugging, and research into oversubscription, checkpointing, and related problems. You will spend your days bouncing between the weeds of complex, performance-critical systems in production, and implementing customer-facing product improvements. This work is not easy - but if you’re the right candidate, this is a feature, not a bug., * You’ll report to Co-founder/CTO Brian (ex-Citadel quant dev)

Systems Engineering, C++ Programming Language, Virtualization, GPU (Graphics Processing Unit), Cloud Computing, VMWare, Startup, Problem Solving Skills, Performance Tuning/Optimization, C++ Programming Language, * Experience optimizing NIC/GPU performance

• Deep understanding of low-level networking, compilers, and similar systems
• Experience in latency-sensitive environments, * You’ve got the dog in you: you will own your work and be responsible for production systems from day 1
• High speed-to-output
• Willingness to assume a senior leadership role as we scale
• Strong communication skills under pressure

Preferred

• CS Bachelor’s degree from top 50 US university, 3.5+ GPA
• 1+ year of experience at a trading firm (Citadel, Jane Street, etc.), hardware company (NVIDIA, SambaNova), systems research or similar

• This role is full-time, in-person in SF
• 6 days a week in-office; we understand this is asking a lot; we find in-person work lets us learn more and build a better product.

Thunder Compute is GPU cloud platform built on custom virtualization that delivers 5x better margins than competitors. Think of us like VMWare for GPUs, monetized with a cloud platform. 4-person team, $4.5M raised, In-person in SF. We are growing ~100% month over month. Our core business is profitable and we are hiring quickly. If building a ChatGPT wrapper or selling out to a hedge fund makes you shudder, there’s another option; solving hard systems problems at a high-potential startup at the beginning of an (extremely) steep growth curve.