Platform Research Engineer
Applied Compute
Platform Research Engineer
Applied Compute
Custom AI models and enterprise agents
As a platform research engineer, you'll do research around ways to make Applied Compute's platform intelligent. This includes how we set up continual learning against production traces (OPSD, SDPO, RMSD), scaling synthetic environments, data & evaluations, and integrating the RL stack that powers agent improvement over time. Your research will serve as the connective tissue between our AI product engineers (who build the interfaces and tools customers use) and our applied research engineers (who work directly with customers to ship agents into production). Your job is to take learnings from across customer deployments, identify the greatest common denominators, and pursue research to accelerate all of our deliveries.
What you'll do
Build and improve our hinting primitives for online self-distillation: the algorithms and systems that allow agents to learn continuously from production traces and company data
Develop and maintain trace search, trace mining, and data labeling systems that feed the continual learning loop
Research and implement approaches to multi-agent system design, including structuring agent coordination and managing trade-offs
Build best in class coding agents for automatically creating agents for delivery and hill-climbing harnesses
Translate learnings from applied research and customer deployments into generalizable platform features
Collaborate closely with AI product engineers to ensure new ML capabilities are integrated into polished platform experiences
What we're looking for
Strong software engineering fundamentals combined with deep ML/AI knowledge
Production research experience: both deliveries train models into production & top-tier conference publications, blogs, or reports
Strong experimental design skills: you are diligent, don't cut corners, and actually run experiments
Highly organized: you manage complexity across multiple workstreams
Ability to read and translate research papers and prototypes into shippable engineering
Strong candidates also have
Experience with reinforcement learning
Background in building evaluation frameworks, benchmarks, or data quality systems
Experience with continual learning/distillation
Opinions about multi-agent system architectures and the trade-offs between different approaches
Published work or open-source contributions in AI/ML systems
Previous experience as a founder or early engineer at a zero-to-one company
The U.S. base salary range for this full-time position is $200,000–$335,000. Total compensation for this role also includes meaningful equity in a fast-growing startup, along with a comprehensive benefits package designed to support you both personally and professionally. Base salary is determined by a range of factors including individual qualifications, experience, skills, interview performance, market data, and work location. The listed salary range is intended as a guideline and may be adjusted.
This role is based in San Francisco. We work from our office in the Mission. We offer:
Competitive compensation and equity
100% employer-paid health insurance coverage for you and your family
Unlimited PTO
Paid parental leave
Daily lunches and dinners
Transportation and relocation support
5% 401(k) match
We sponsor visas. While we can't guarantee success for every candidate or role, if you're the right fit, we're committed to working through the process with you. We encourage you to apply even if you do not believe you meet every single qualification. As set forth in Applied Compute’s Equal Employment Opportunity policy, we do not discriminate on the basis of any protected group status under any applicable law.
Custom AI models and enterprise agents
Applied Compute creates customized AI capabilities for enterprises by building proprietary AI models and in-house AI agents, a concept they call Specific Intelligence. Its products train on a company’s own data and are fine-tuned for specific workflows, delivered via a vertically integrated platform that includes training infrastructure, an agent platform, and developer tools on a GPU cluster, with engineers embedded inside customer teams to accelerate deployment. The company differentiates itself by focusing on proprietary data, maintaining its own tech stack, and embedding its engineers with customers to deliver deeply integrated solutions that are hard for competitors to copy. Its goal is to give enterprises a competitive edge by deploying production-ready AI agents and models that fit seamlessly into business operations and processes.
Explore more opportunities at Applied Compute