8 of 8 Permanent Algorithms Jobs in Oxfordshire

other robotic middleware. Integration and selection of a wide array of sensors (e.g., sonar, cameras, Doppler velocity logs, IMUs) and actuators into robust, modular control frameworks. Implementation of autonomy algorithms, including SLAM, path planning, adaptive control, and real-time obstacle avoidance, with focus on GNSS denied localisation. Development of real-time systems for data acquisition, onboard processing, and underwater communication More ❯

other robotic middleware. Integration and selection of a wide array of sensors (e.g., sonar, cameras, Doppler velocity logs, IMUs) and actuators into robust, modular control frameworks. Implementation of autonomy algorithms, including SLAM, path planning, adaptive control, and real-time obstacle avoidance, with focus on GNSS denied localisation. Development of real-time systems for data acquisition, onboard processing, and underwater communication More ❯

part of this role, you will be responsible for - Build relationships with clients and take the lead on delivering AI solutions to benefit the business Design and develop AI algorithms and models Provide training to clients on the best practices of working with AI tools Implement AI models into client environments and monitor on-going performance, making changes where necessary More ❯

part of this role, you will be responsible for - Build relationships with clients and take the lead on delivering AI solutions to benefit the business Design and develop AI algorithms and models Provide training to clients on the best practices of working with AI tools Implement AI models into client environments and monitor on-going performance, making changes where necessary More ❯

is the Recursion OS, a platform built across diverse technologies that continuously generate one of the world's largest proprietary biological and chemical datasets. Recursion leverages sophisticated machine-learning algorithms to distill from its dataset a collection of trillions of searchable relationships across biology and chemistry unconstrained by human bias. By commanding massive experimental scale - up to millions of wet More ❯

ML frameworks (e.g., TensorFlow, PyTorch, Scikit-learn). Excellent communication and teamwork skills in a collaborative R&D environment. AI/ML Implementation: Design and implement AI/ML algorithms to automate and enhance geological interpretation. Develop AI/ML algorithms to improve geological realism in subsurface models. Validate predictive models using blind test datasets and real-world scenarios. Collaboration More ❯

Implement new code features and coupled physics models via close collaboration with other developers at UKAEA and external laboratories. - Support JINTRAC users at UKAEA and external laboratories. - Optimise code algorithms for modern computers (HPC). - Ensure high-quality standards throughout the software development process, maintaining and improving tests and release procedures. - Maintain and develop the JAMS GUI and its interface … to UKAEA, EUROfusion, and ITER data systems. - Demonstrate and disseminate new core and edge JINTRAC algorithms and features to UKAEA plasma modellers and external JINTRAC users. - Exploit tools for coupled core-edge simulations to study plasmas on existing or concept fusion devices, such as MAST-U, JET, STEP, and ITER. Post-holder will be encouraged to disseminate work in publications More ❯

Implement new code features and coupled physics models via close collaboration with other developers at UKAEA and external laboratories. - Support JINTRAC users at UKAEA and external laboratories. - Optimise code algorithms for modern computers (HPC). - Ensure high-quality standards throughout the software development process, maintaining and improving tests and release procedures. - Maintain and develop the JAMS GUI and its interface … to UKAEA, EUROfusion, and ITER data systems. - Demonstrate and disseminate new core and edge JINTRAC algorithms and features to UKAEA plasma modellers and external JINTRAC users. - Exploit tools for coupled core-edge simulations to study plasmas on existing or concept fusion devices, such as MAST-U, JET, STEP, and ITER. Post-holder will be encouraged to disseminate work in publications More ❯