AI Engineer
Develop and deploy AI models for precision medicine, integrating large biomedical datasets across federated platforms using Python, machine learning, deep learning, cloud services, and data engineering techniques.
Company Description
At Lifebit , we carve our own path. Trusted by Governments and world-leading pharma institutions and funded with $70m, we are on a mission to harness the power of connected data and bring precision medicine to life globally. The key to saving human lives is providing researchers across the globe with the right data to develop more precise drugs faster.
Generating large amounts of biomedical data has become relatively straightforward. The challenge now is finding, accessing and analysing this sensitive data stored across thousands of disconnected locations. It is frustrating and painfully difficult for researchers.
Lifebit has created a patented, federated technology that brings analysis and computation to where data resides. This enables researchers to run analyses on multiple, distributed datasets in-situ, avoiding the risky movement of highly-sensitive data.
Our Federated AI Platform is trusted by federal agencies, national health systems, and global pharma to securely unlock sensitive biomedical and real-world data at scale. We help federal health institutions modernize data utilization and analytics in highly protected environments, supporting mission-critical federal programs and transforming how secure health data drives public health and research.
Our technology is unmatched and momentum is on our side - and we need an exceptionally strong team to help boost Lifebit to incredible new heights.
Your Impact
As an AI Engineer, you will be at the forefront of bridging the gap between massive, decentralized biomedical datasets and life-saving insights. You won't just be building "standard" models; you will be co-architecting AI that functions within a federated ecosystem, where privacy and security are paramount.
You will own the development and deployment of machine learning models—ranging from Large Language Models (LLMs) for clinical note extraction to predictive analytics for genomic research—ensuring they are optimized for our unique federated architecture. Your work will directly empower researchers to identify drug targets and disease biomarkers faster than ever before, transforming how the world approaches precision medicine.
Your Role and Responsibilities
Agentic Architecture & Orchestration
Tool-Use & Execution
Posted June 25, 2026