Job Description

Research Commons is an enterprise AI research lab focused on building end-to-end, infrastructure-aware systems that enable organizations to develop, train, and deploy AI independently at scale. Our work spans distributed fine-tuning frameworks, post-training pipelines, and high-performance inference systems designed for real-world production environments. We have developed modular stacks that support large-scale model adaptation through techniques such as SFT, preference optimization (including DPO/ORPO), and reinforcement learning-based training frameworks. A key focus has been on inference engine optimization—improving latency, throughput, and hardware utilization through techniques like KV caching strategies, batching optimization, speculative decoding, and GPU-level profiling. This systems-first approach ensures that AI models are not just accurate, but also efficient, scalable, and deployable across diverse enterprise and neo-cloud infrastructures.

Beyond core infrastructure, Research Commons operates across multiple applied and foundational research domains. In medical AI, we have worked on cognitive and neurological modeling, advanced image segmentation pipelines, and MedSAM-based systems, alongside reinforcement learning approaches tailored for clinical and imaging workflows. In parallel, we are building foundational math-driven platforms to strengthen the theoretical and educational layer of AI systems, enabling deeper understanding and reproducibility of models. Our work in reinforcement learning extends to designing training environments, control-policy optimization (CPOP-style frameworks), and agent evaluation systems that bridge real-world workflows with scalable training pipelines. Collectively, our efforts—from enterprise AI infrastructure and distributed systems to domain-specific research and foundational math tooling—are aimed at creating a unified ecosystem where organizations can own the full lifecycle of AI, from data and training to deployment and continuous optimization.

Role Description

This is a full-time remote role for a Computational BioMedical Researcher. The role involves conducting computational and statistical analyses, developing advanced algorithms, and collaborating with interdisciplinary teams to support cutting-edge biomedical research. The researcher will work on projects aimed at harnessing AI to drive discoveries in healthcare and life sciences.

Work will be closely related to AlphaFold and we will start with light weight frameworks like ColabFold, etc.

Responsibilities include data analysis, tool development, and contributing to scientific publications.

Qualifications

• Strong skills in Computational Biology, Bioinformatics, and Data Analysis
• Proficiency in Statistical Modeling, Algorithm Development, and Machine Learning
• Experience with programming languages such as Python, R, or MATLAB
• Familiarity with AI applications in biomedical or life sciences research
• Ability to collaborate in interdisciplinary teams and communicate complex findings effectively
• Doctoral degree (Ph.D.) in Computational Biology, Bioinformatics, Computer Science, or a related field
• Experience in publishing scientific research articles is a plus
• Motivation to contribute to cutting-edge research tackling global health challenges

This is a remote role and we are looking for someone with experience here in biomedical research (computational).

Stipend will be 25K INR for 20-25 hours a week, for a full-time position it will be 50K INR.

This is a remote role.