Aurora Energy Research in Oxford is seeking a Software Engineer to join their Data Platforms team. You will develop and maintain cloud-based software to manage energy data efficiently, contributing to critical projects aiming for net-zero. The role
Description Aurora helps governments, investors, and utilities make billion‑dollar decisions on the journey to net‑zero. Based in Oxford, you will work in a dynamic and growing engineering organisation that builds cloud-based software to track and model power
Description Aurora helps governments, investors, and utilities make billion-dollar decisions on the journey to net-zero. Based in Oxford, you will work in a dynamic and growing engineering organisation that builds cloud-based software to track and model power
Department: Tech - AI and Data Engineering Location: Oxford, UK Description Aurora helps governments, investors, and utilities make billion‑dollar decisions on the journey to net‑zero. Based in Oxford, you will work in a dynamic and growing engineering
Senior AI Software Engineer Department: Tech - Software Engineering Employment Type: Permanent - Full Time Location: Oxford, UK Description Please note that we are open to considering candidates who require visa sponsorship (subject to eligibility and
Please note that we are open to considering candidates who require visa sponsorship (subject to eligibility and company approval) Department: Tech - Software Engineering Location: Oxford, UK Aurora helps governments, investors, and utilities make billion‑dollar decisions
Senior Software Engineer (AI) Department: Tech - Software Engineering Employment Type: Permanent - Full Time Location: Oxford, UK Description Please note that we are open to considering candidates who require visa sponsorship (subject to eligibility and
Data Platforms Software Engineer Department: Tech - Software Engineering Employment Type: Permanent - Full Time Location: Oxford, UK Description Aurora helps governments, investors, and utilities make billion-dollar decisions on the journey to net-zero. Based in Oxford, you