Remote Genomics Researcher for AI Benchmarking

mercor; United States; Remote; USD 96,000 - 138,000; Full time

Job summary

Mercor is seeking a Bioinformatics & Computational Single-Cell Genomics Expert for a remote contract role. You will design computational problems for AI evaluation and work with real scientific software such as Scanpy, scVelo, Squidpy, and Gudhi to craft testable problems and benchmarks.

Ideal candidates hold MS or PhD in a STEM field, demonstrate strong Python skills, and can operate autonomously in Linux-based remote compute sandboxes.

Qualifications

• Graduate-level training in a relevant STEM field (MS/PhD or equivalent).
• Proven proficiency with scientific software libraries through publications or professional work.
• Strong Python skills for writing problem setups and solution validators.
• Ability to work independently and refine designs based on feedback.
• Comfortable in a Linux/terminal environment with remote compute sandboxes.

Responsibilities

• Design challenging computational problems to test AI systems using real scientific software.
• Create problems requiring skilled use of specialized software like scanpy, scvelo, squidpy, and gudhi.
• Evaluate and refine problems through testing loops against state-of-the-art AI models.
• Develop problems that require strategic planning for experiments and queries to uncover hidden data.
• Work independently to refine problem designs based on feedback and improve AI model performance.

Skills

Python

Linux

Cloud/Compute

Scientific programming

Education

MS or PhD in STEM

Tools

scanpy

scvelo

squidpy

Gudhi

Job description

Mercor is seeking a Bioinformatics & Computational Single-Cell Genomics Expert for a remote contract role. You will design computational problems for AI evaluation and work with real scientific software such as Scanpy, scVelo, Squidpy, and Gudhi to craft testable problems and benchmarks.

Ideal candidates hold MS or PhD in a STEM field, demonstrate strong Python skills, and can operate autonomously in Linux-based remote compute sandboxes.