Matthew Nethercote is an applied mathematician and associate researcher at the University of Cambridge with seven years’ experience bridging theoretical research and teaching. He holds a PhD from the University of Manchester where he developed novel asymptotic and complex-analysis techniques for challenging wedge diffraction problems, and has continued to apply those skills to wave physics, metamaterials, acoustics and electromagnetism in both academic and applied settings. A hands-on leader and educator, he has lectured at Keele, tutored one-to-one, and mentors through high standards of engagement and teamwork. He combines deep analytic methods with scientific computing in Python and MATLAB, and has broadened his toolkit to include signal processing and machine learning for practical problem-solving. Notably, his PhD produced an asymptotic iterative scheme for penetrable wedge diffraction—an analytically elusive canonical problem—demonstrating both technical creativity and numerical rigour.
7 years of coding experience
4 years of employment as a software developer
Master's degree, Applied Mathematics, Master's degree, Applied Mathematics at The University of Manchester
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