5 of 5 Algorithms Jobs in Suffolk

powered customer service chatbot, delivering intelligent responses using vector databases and knowledge bases. Step 11 – Machine Learning Fundamentals Understand machine learning principles and algorithms, and how to train and test models using scikit-learn. Step 12 – Machine Learning Project Put your machine learning knowledge into practice with a hands ...

work with databases (e.g. SQL, schema design)Strong understanding of modern software engineering practices (e.g. CI/CD, automation, version control, testing)Interest in algorithms, optimisation, or modelling problems.Experience modernising or migrating legacy systems to cloud-based architectures.Our PackageTailored benefits make a real difference. That’s why we offer ...

localisation, navigation and motion planning with sensor fusion and real-time constraints. The role focuses on turning prototype autonomy into production-ready capabilities, integrating algorithms into the ROS2 stack and collaborating with Validation and Simulation teams to ensure field performance. #J-18808-Ljbffr ...

Robotics Engineer to join the Company in Ipswich, Suffolk.About the RoleAs a Robotics Engineer, you will develop and optimise the core autonomy algorithms for Jacobsen vehicles, with a focus on localisation, navigation and motion planning. This role focuses on algorithm development, system performance and real-world behaviour, supporting the transition … from prototype systems to field-ready, production-ready autonomous capability.Responsibilities include, but are not limited to:Develop and improve localisation algorithms, including sensor fusion (RTK GPS, IMU, LiDAR, camera) and fallback strategies;Design and implement navigation and path planning algorithms, including coverage planning and route optimization;Develop and optimise motion ...

Robotics Engineer to join the Company in Ipswich, Suffolk. About the Role As a Robotics Engineer, you will develop and optimise the core autonomy algorithms for Jacobsen vehicles, with a focus on localisation, navigation and motion planning. This role focuses on algorithm development, system performance and real-world behaviour, supporting … transition from prototype systems to field-ready, production-ready autonomous capability. Responsibilities include, but are not limited to: Develop and improve localisation algorithms, including sensor fusion (RTK GPS, IMU, LiDAR, camera) and fallback strategies; Design and implement navigation and path planning algorithms, including coverage planning and route optimization; Develop ...