At a Glance
- Tasks: Lead computational strategy in drug discovery and design innovative molecules for synthesis.
- Company: Pioneering deep-tech company transforming chemical discovery with AI and robotics.
- Benefits: Competitive salary, hybrid work model, and opportunities for professional growth.
- Other info: Dynamic environment with mentorship opportunities and a focus on innovation.
- Why this job: Shape the future of drug discovery with cutting-edge technology and impactful projects.
- Qualifications: PhD in relevant field and 8+ years in CADD for small-molecule drug discovery.
Overview
Are you an experienced Staff Computational Chemist with a passion for designing real molecules and seeing them made within days, not months? Do you thrive at the intersection of CADD, AI-driven design, and automation? This is a rare opportunity to join a pioneering deep-tech company where your work directly shapes the future of drug discovery. We are looking for a Staff CADD Scientist to take ownership of computational strategy, integrating cutting-edge simulation and machine learning into a platform that closes the design-make-test loop at unprecedented speed.
The Employer
Our client is a Series B deep-tech company transforming chemical discovery by combining AI, robotics, and the largest ever-growing database of chemical programs. Their state-of-the-art robotic facility in Glasgow provides a high-throughput bridge from in silico models to physically synthesised compounds, giving scientists a unique ability to turn design into reality faster than traditional pharma methods. With a San Francisco base (hybrid) and UK site, this is an ambitious, impact-driven environment at the forefront of AI and chemistry.
Qualifications & Experience
- PhD (or equivalent) in Computational Chemistry, Structural Biology, Biophysics, Physics, or related discipline.
- 8+ years hands‑on experience in CADD for small‑molecule drug discovery, including strategy ownership and delivery.
- Expertise across structure- and ligand-based design plus proficiency with MOE, OpenMM/GROMACS/AMBER, PyMOL.
- Strong Python skills and experience with cheminformatics toolkits (RDKit, OpenEye), GPU-accelerated workflows, and cloud/HPC.
- Familiarity with modern ML for molecular design (GNNs, generative models) and understanding of when they complement traditional methods.
- Proven leadership and experience presenting complex computational reasoning to chemists and partners.
Responsibilities
- Lead computational strategy on drug discovery programmes from hit discovery through lead optimisation.
- Design and prioritise molecules for synthesis; partner with chemists on SAR‑driven hypotheses and MPO.
- Apply CADD methods, docking, pharmacophore, shape and 3D similarity, MD, FEP, QSAR, blending physics and ML‑based approaches.
- Help develop a reproducible, API‑driven computational platform and cost‑efficient GPU/HPC pipelines.
- Mentor junior scientists, influence hiring, and represent the business externally across conferences and partnerships.
Skills / Technical Competencies
- Advanced command of ligand- and structure-based design workflows.
- Proficiency with CADD toolkits, molecular dynamics, and QSAR.
- Strong programming in Python, cheminformatics libraries, and experience with production-level pipelines.
- Cloud/HPC workflow management and GPU acceleration.
Nice to Haves
- Hands‑on FEP experience (FEP+, OpenFE).
- Practical use of generative chemistry models and active learning in iterative design loops.
- Experience integrating CADD tools into API-first platforms and MLOps environments.
- Contributions to peer‑reviewed publications or open-source projects in CADD.
JavaScript is disabled in Glasgow employer: SLS Services Limited
Join a pioneering deep-tech company in Glasgow that is revolutionising chemical discovery through the integration of AI, robotics, and an extensive database of chemical programs. With a strong focus on innovation and impact, this employer offers a collaborative work culture, exceptional growth opportunities, and the chance to lead cutting-edge projects that directly influence the future of drug discovery. Experience a unique environment where your expertise in computational chemistry can thrive, supported by state-of-the-art facilities and a commitment to rapid, meaningful advancements in the field.