many within the team have PhDs and minimally have a Master's in computer science, physics, engineering, maths or similar. Demonstrable programming experience in C++ (and ideally C or Fortran). Further experience with C# (including WinForms, WPF, QML Frameworks) would be desirable. Strong numeracy and understanding of mathematical modelling. Experience with CUDA, multithreading, AI/ML would be advantageous. More ❯
Guildford, Surrey, United Kingdom Hybrid / WFH Options
Ecm Selection
This highly successful and expanding company are seeking a Simulation Software Engineer to help develop advanced software for geophysical modelling and industrial process simulation. With a global client base and an ambitious growth strategy, this company offers a dynamic environment More ❯
many within the team have PhDs and minimally have a Master’s in computer science, physics, engineering, maths or similar. - Demonstrable programming experience in C++ (and ideally C or Fortran). - Further experience with C# (including WinForms, WPF, QML Frameworks) would be desirable. - Strong numeracy and understanding of mathematical modelling. - Experience with CUDA, multithreading, AI/ML would be advantageous. … to Guildford (if not in Guildford already). Company sponsorship is available for applicants who meet all the requirements and most of the desirables. Keywords: C++, .NET, C/Fortran, Real-time Modelling Software, Algorithms, Maths Modelling, AI/ML, Graphics, Onsite Another top job from ECM, the high-tech recruitment experts. Even if this job's not quite right More ❯
Responsibilities Translate experimental research code into production-ready implementations. Refactor or reimplement prototypes from languages like Python , Julia , or R into high-performance systems using C , C++ , C# , or Fortran . Contribute to early-stage exploration of technologies such as AI/ML , digital twins , control systems , agent-based modelling , reinforcement learning , and probabilistic programming . Collaborate with scientists, engineers … transforming prototypes into production-grade applications. Proficiency in at least one high-level scientific programming language (e.g., Python, Julia) and one or more compiled languages (e.g., C, C++, C#, Fortran). Strong grasp of software engineering principles , including code maintainability , unit testing , and modular architecture . Effective communicator with experience in cross-disciplinary collaboration. Self-motivated, organised, and comfortable working More ❯
