Cheminformatics Software Developer (Full Stack) Glasgow | Hybrid/On-site | Full-time Are you passionate about combining chemistry, software, and AI to push the boundaries of what’s possible in scientific discovery? We’re seeking a Cheminformatics Software Developer (Full Stack) to help develop cutting-edge computational tools that accelerate chemical research and automation. Responsibilities: * Design and implement cheminformatics algorithms for retrosynthesis, reaction prediction, and chemical space exploration. * Build scalable full-stack applications (frontend backend) that integrate these algorithms into research platforms. * Curate and manage chemical datasets for machine learning applications. * Develop and deploy AI/ML models to support chemical synthesis planning and prediction. * Create and maintain robust data infrastructures, including relational and graph databases. * Collaborate closely with interdisciplinary teams of chemists, engineers, and software developers. Skillset required: * PhD in Computer Science, Cheminformatics, Data Science, Bioinformatics, or equivalent experience. * 3 years’ experience in full-stack software development (React, FastAPI, Django, Node.js, etc.). * Strong background in cheminformatics concepts and toolkits (RDKit, SMARTS/SMIRKS). * Proficiency with machine learning frameworks (PyTorch, TensorFlow, scikit-learn). * Experience deploying applications in cloud environments (AWS, GCP, or Azure). * Knowledge of modern software practices (CI/CD, Git, testing, code review). * Excellent communication skills to bridge technical and non-technical teams. Nice-to-have skills: * Hands-on experience with retrosynthesis tools. * Familiarity with databases (SQL, NoSQL, graph). * Experience deploying and scaling AI/ML applications. * Knowledge of HPC environments and large-scale data pipelines. * Leadership or mentoring in interdisciplinary teams. Why join? This is a chance to be part of a growing team shaping the future of automated chemical discovery. You’ll work at the intersection of chemistry, robotics, software, and AI, turning ground-breaking research into real-world applications