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The MPhys in Physics with Computing program enables students to blend physics education with essential computing and mathematics components, building a versatile skillset. Graduates have secured positions in diverse fields like fiber-optic oil well monitoring and high-temperature superconductor applications, working with organizations including IBM (UK) Ltd, British Gas, Siemens AG (Germany), Rutherford Appleton Laboratories, FZ Jülich (Germany), and Institut Laue Langevin Grenoble (France). From gravitational wave detection to black hole imaging, from managing large-scale experiments to simulating complex systems for Mars rovers and space exploration, computational physics and data science play pivotal roles. Virtually every branch of contemporary physics depends on advanced computing techniques. Computational physicists master core physics principles while acquiring expertise in numerical analysis, computational modeling, mathematical data science, hardware control, big data processing, and artificial intelligence. This Physics with Computing degree delivers thorough training in fundamental physics, focusing on theoretical concepts and problem-solving through mathematical data science and computational methods. Alongside core physics studies, students can enhance their knowledge in computer science areas like data structures, algorithm development, AI, big data analytics, optimization techniques, and embedded systems.