Forward Deployment Engineer (Inference & RL POC)
About The Position
We're looking for a Forward Deployment Engineer (FDE) to work directly with customers and partners to design, deploy, and validate inference and reinforcement learning (RL) proof-of-concepts on GMI's GPU infrastructure. This is a high-impact, hybrid engineering role that sits at the intersection of platform engineering, applied ML, and customer success. You'll be embedded with customers during early-stage deployments—turning research ideas, datasets, and business requirements into working, performant systems on real GPU clusters. If you enjoy being close to users, debugging real systems, and shipping results fast (not just writing docs), this role is for you.
Requirements
- Strong software engineering background (Python required; Go / Rust a plus)
- Hands-on experience with ML inference or training systems
- Familiarity with distributed systems and GPUs (multi-GPU, multi-node)
- Comfort working directly with customers and ambiguous requirements
- Ability to debug end-to-end systems (code, infra, networking, performance)
Nice To Haves
- Experience with: LLM inference frameworks (vLLM, SGLang, Ray Serve, Triton, etc.)
- RL or post-training workflows (RLHF, RFT, SFT)
- PyTorch, DeepSpeed, Megatron-LM, or similar
- Kubernetes-based ML platforms
- GPU performance profiling and optimization
- Prior experience as: Forward Deployed Engineer Solutions Engineer ML Platform Engineer Applied Research Engineer
Responsibilities
- Own customer POCs end-to-end
- Deploy and optimize LLM inference , RL training , and post-training workflows on GMI clusters
- Translate customer requirements into concrete system designs and experiments
- Forward-deploy with customers
- Work hands-on with research teams, startups, and enterprise customers
- Debug performance, stability, and correctness issues in real environments
- Inference deployment
- Stand up and tune inference stacks (e.g. vLLM / SGLang / Ray Serve–style architectures)
- Optimize latency, throughput, GPU utilization, and cost efficiency
- RL & post-training POCs
- Support RLHF / RFT / SFT workflows using customer-provided datasets
- Integrate SDKs, training APIs, and cluster resources to shorten idea experiment cycles
- Performance & reliability
- Diagnose GPU, networking, and distributed system bottlenecks
- Run benchmarks, profiling, and stress tests on multi-GPU / multi-node setups
- Feedback loop to product
- Feed real-world customer learnings back into GMI's platform, SDKs, and APIs
- Help shape reference architectures, cookbooks, and best practices
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What This Job Offers
Job Type
Full-time
Career Level
Mid Level
Education Level
No Education Listed
