across multiple platforms. Deploy models to NVIDIA hardware, writing custom C++ and CUDA code as needed. Leverage cloud tooling and infrastructure to create repeatable model optimisation and deployment workflows. Design and implement metrics for modelvalidation and continuous monitoring in production. Engage with team members and colleagues more »
art machine learning models and architectures in support of behaviour planning and decision making for autonomous vehicles. Create and curate datasets for training and validation of machine learning models. Design and develop high quality inference APIs, and support integration of deployed models into Oxa Driver™. Build cloud tooling … and infrastructure in support of experimentation, evaluation and deployment workflows. Design and implement metrics for modelvalidation and continuous monitoring in production. Engage with team members and colleagues throughout the business to create an environment that supports collaboration and mutual understanding. Contribute to hiring and onboarding by defining more »
FSI In addition to day-to-day analysis tasks, other responsibilities may include: Communicating analysis results through production of clear, concise reports & presentations Applying model V&V techniques whilst adhering to quality assurance procedures Representing the wider business at national and international conferences Who Are We Looking For? We … characterisation and calibration of material models and equations of state Testing techniques used to obtain mechanical material property data Experimentation for the acquisition of modelvalidation data PLM and CAD systems - Siemens Teamcenter and NX are particularly desirable Linux based HPC systems and batch submission systems Use of more »
An ability to work as part of a team and with multiple stakeholders Desirable knowledge and experience for these roles are: Experience of FE modelvalidation and updating Understanding of data acquisition and signal processing What Will You Get From Us? As part of our People Promise, AWE more »
construct finite element meshes Use of Python scripting for automating pre-/post-processing of finite element models and for analysis workflow efficiency Performing model verification and validation (V&V) activities such as mesh convergence studies, comparison to hand-calculation and comparison to experimental tests Use of Linux more »
Attitude and Orbit Control Systems (AOCS). The work of the GNC/AOCS Competence Centre is oriented to the design, development, specification, and validation of autonomous systems, including GNC and AOCS systems, for a broad range of aerospace and aeronautical platforms. As a matter of reference, DEIMOS’ activities … and navigation Unmanned autonomous vehicles (UAVs, UGVs) System and mission design Main Duties: The following types of responsibilities are envisioned: Specification, design, implementation, and validation of GNC and FDIR algorithms, to be applied to satellites, launchers, and re-entry vehicles, among others • Specification, design, implementation, and validation of … AOCS algorithms, to be applied to Earth-observation, interplanetary, and ADR/IOS satellites, among others The activities involved may include: Model-based design and implementation of GNC/AOCS algorithms Simulator design, implementation, and testing - Simulation of dynamic systems Mathematical modelling Specification and validation of GNC/ more »
