Forward Deployed Engineer
Summary
Forward Deployed Engineer at DeepInfra designs and runs AI inference benchmarks, tunes deployments on cutting-edge hardware, and partners with sales to win enterprise deals.
About DeepInfra
Why this role matters
What You'll Do
- Own the technical win and the POC timeline, working closely with Sales and Engineering, from call one.
- Design and run reproducible benchmark harnesses (TTFT, ITL, throughput/GPU, p95/p99) and quality-parity evals.
- Run head-to-head bake-offs against leading AI providers — and win them.
- Tune model-to-hardware deployments on B200/B300/GB300 NVL72.
- Build cost-per-token models and write migration plans.
- Handle enterprise security and compliance review, and get deployments to launch readiness.
- Own account health post-signature, driving usage reviews and expansion.
- Turn what you learn into reusable benchmark reports, reference architectures, and AE enablement material.
What You Bring
- Customer-facing engineering with an owned technical outcome at an infrastructure or ML platform company.
- Strong Python skills.
- Dual-audience presence with commercial instinct — credible with a skeptical staff engineer, clear with a CFO, and able to tell a technical objection from a procurement one.
Bonus
- Hands-on experience with inference internals: vLLM, SGLang, or TRT-LLM, batching, KV cache math, quantization.
- Experience with agentic or coding-assistant workloads at scale.
- Prefix-cache-heavy long context workloads.
- Diffusion image/video, ASR/TTS, or multi-LoRA serving.
- Open-source contributions to vLLM or SGLang.
- Deep NVLink/InfiniBand topology knowledge.
Why DeepInfra
- Define DeepInfra's Forward Deployed Engineering function from day one and have a direct impact on its direction.
- Work directly with co-founders and the inference team on the deals that matter most.
- Join a small, high-performing team where your work ships quickly and reaches customers around the world.
- Help shape how enterprises adopt some of the world's leading open-source AI models.

