62 jobs for “Energy Transition”
PhysicsX New York, United States
Lead the ML approach to manufacturing and MRO data, from modelling through deployment in customer production environments across cloud, on-prem and edge. Build production ML on sparse, drifting sensor and process data, set uncertainty quantification and validation standards, and mentor engineers while travelling to customer sites worldwide.
PhysicsX San Francisco, United States US$150,000 – US$190,000 pa
Builds and deploys machine learning pipelines for industrial physics applications, working directly with customers on-site to embed AI models into practical tools. Involves manipulating 3D point-cloud and mesh data, cloud and HPC infrastructure, and translating R&D outputs into reusable libraries and products.
CuspAI London
Builds and grows a global network of partner laboratories that synthesise materials designed with the company's AI platform, working with the Lab Integration team to enable automated, closed-loop discovery workflows. Acts as the operational bridge between partnership, science and AI research teams across Europe, the USA and APAC, and channels lab feedback into platform development priorities.
CuspAI Cambridge
Owns scientific delivery of partner projects from scoping to results, acting as a key technical contact alongside programme managers. Applies simulation, machine learning, data-driven optimisation or experiments to design and steer discovery campaigns, and translates between experimental, computational and ML teams. Also builds cross-cutting capabilities such as validated workflows, harmonised data pipelines and agentic design campaigns.
Oxford Instruments High Wycombe
Designs analogue, digital and low-noise circuitry for precision detectors and acquisition systems in electron microscopy instrumentation. Works in a multidisciplinary R&D team on simulation, prototyping, embedded code and FPGA (VHDL) development, plus complex multilayer PCB design and transfer to manufacturing.
Swansea University Swansea £21,805 pa
Develops next-generation microporous membranes for low-cost, long-duration iron–sulfur redox flow batteries, designing and synthesising functional polymers of intrinsic microporosity with tailored sub-nanometre pores. Involves membrane characterisation, electrochemical testing and structure–ion transport–performance studies, with an industrial placement at Leaf-Tech Ltd on scale-up and manufacturing.
