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Our Bachelor of Science in Physics with Computing merges physics education with essential computing and mathematics components to cultivate a versatile skillset. Physics and computer science stand as the twin pillars shaping today's technological landscape, forming the foundation of advanced technologies from physical devices to information processing systems. From detecting gravitational waves and capturing black hole images to managing large-scale experiments, simulating intricate systems, and enabling Mars exploration and space missions - all depend on computational physics and data science expertise. Virtually every modern physics field now requires cutting-edge computing capabilities. Computational physicists master core physics principles alongside numerical analysis, computer modeling, mathematical data science, hardware control, big data processing, and AI applications. This Physics with Computing program delivers comprehensive physics knowledge with a focus on theoretical frameworks and problem-solving through mathematical data science and computational methods. Beyond core physics curriculum, students gain proficiency in key computer science areas including data structures, algorithm development, artificial intelligence, big data analytics, optimization techniques, and embedded systems.