Clera
Research Engineer
About this role
Join a fast-growing team to build infrastructure for reinforcement learning and AI evaluation systems. You'll design ML models, develop reproducible research code, and validate algorithms that train and align AI systems at scale.
What you'll do
- Design and implement ML models and algorithms for reinforcement learning research problems
- Build and maintain high-quality, reproducible research code for experimentation pipelines
- Process and analyze datasets using scientific computing libraries like NumPy and Pandas
- Design and run experiments with statistical validation to test research hypotheses
- Implement and reproduce methods from published research papers
- Scale research workloads using cloud computing platforms and create clear visualizations of results
What they're looking for
- Python for research and experimentation
- Machine learning model design and evaluation
- Deep learning frameworks (PyTorch or TensorFlow)
- Data processing libraries (NumPy, Pandas, Scikit-learn)
- Statistical analysis and experimental design
- Git version control
- Cloud platforms (AWS, GCP, or Azure)
- Research paper implementation and reproduction
Benefits
- Competitive salary ($150,000–$250,000 annually)
- Work on cutting-edge reinforcement learning infrastructure
- Direct impact on AI alignment and model training quality
- Collaborate with small, fast-moving technical team
- On-site location in San Francisco
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Clera
Clera builds an agentic operating system that automates complex workflows and processes through AI agents, with a platform designed to simplify distributed infrastructure management for developers. The company is hiring Founding Engineers, Customer Engineers, and Product Engineers to develop both backend systems and user-facing interfaces across their AI automation products.
View all jobs at CleraLikely interview questions
- Walk us through a time you designed and evaluated an ML model or algorithm from scratch—what were the key challenges?
- Describe your experience building reproducible research code. What practices do you follow to ensure experiments can be reliably re-run?