AI-Research Scientist-Medvolt
Job Description
Role Overview
\nWe are looking for an AI Research Scientist to lead the development of advanced AI/ML
\nThis role focuses on:
\n%CF; training and fine-tuning large-scale AI models
\n%CF; developing domain-specific AI/ML modules
\n%CF; bridging research and real-world applications
\n%CF; building scalable, production-ready AI systems
\nYou will work at the intersection of machine learning, scientific data, and real-world
\ndeployment, contributing to the development of next-generation AI systems for drug
\ndiscovery.
\nWhat You'll Work On
\n%CF; Designing and training machine learning and deep learning models for complex
\nscientific problems
\n%CF; Fine-tuning large-scale models for domain-specific applications
\n%CF; Developing custom AI/ML modules tailored to biomedical and drug discovery
\nworkflows
\n%CF; Building scalable training pipelines and experimentation frameworks
\n%CF; Working on LLM-based and generative AI systems for knowledge discovery and
\nreasoning
\n%CF; Designing data pipelines for large-scale model training and evaluation
\n%CF; Collaborating with engineering teams to deploy models into production systems
\n%CF; Continuously improving model performance, robustness, and scalability
\nKey Responsibilities
\n%CF; Design, train, and fine-tune advanced ML/DL models
\n%CF; Develop domain-specific AI models for structured and unstructured scientific data
\n%CF; Build and maintain scalable training and evaluation pipelines
\n%CF; Conduct experiments and iterate on model architectures and approaches
\n%CF; Work on generative AI, LLMs, and advanced modeling techniques
\n%CF; Collaborate with ML engineers and backend teams for production deployment
\n%CF; Ensure reproducibility, performance, and reliability of AI systems
\n%CF; Stay up-to-date with latest research and translate it into applied solutions
\nTech Stack
\n%CF; Core ML/DL: PyTorch, TensorFlow, JAX (preferred)
\n%CF; Data: NumPy, Pandas, large-scale data pipelines
\n%CF; AI Systems: LLMs, generative models, domain-specific architectures
\n%CF; Infrastructure: Distributed training, GPUs, cloud platforms
\n%CF; Backend Integration: FastAPI / Django (for model serving)
\n%CF; Cloud: AWS (primary), Azure, GCP
\n%CF; Other: Experiment tracking, model versioning, Docker
Core Skills
\n%CF; Strong foundation in machine learning, deep learning, and statistical modeling
\n%CF; Proven experience in training and fine-tuning large-scale models
\n%CF; Experience developing domain-specific AI/ML systems
\nResearch & Applied AI (Critical)
\n%CF; Ability to translate cutting-edge research into real-world systems
\n%CF; Strong understanding of generative AI, LLMs, or advanced ML techniques
\n%CF; Experience designing novel approaches or improving existing architectures
\nSystems & Engineering Mindset
\n%CF; Experience building scalable training pipelines and ML systems
\n%CF; Understanding of model deployment and productionization
\n%CF; Ability to work with large datasets and compute-intensive workloads
\nNice to Have
\n%CF; Experience in life sciences, drug discovery, or scientific datasets
\n%CF; Exposure to graph-based models, multimodal learning, or simulation-integrated AI
\n%CF; Publications in relevant AI/ML or computational science domains
\n%CF; Experience with distributed training and optimization
\nEligibility:
\n%CF; PhD in Computer Science, AI, Machine Learning, Computational Biology, or related
\nfield
\n%CF; 4–5 years of relevant experience in AI/ML research and applied systems
\n%CF; Strong track record of model development, research, or applied AI work
\n