The Games concentration in the M.S. in Computer Graphics Technology program equips students with advanced knowledge and technical expertise to excel in game development, grounded in a strong foundation of computer graphics. Rooted in the department’s research-driven mission, the program prepares students to conduct original investigations at the intersection of game development and computer graphics, combining cutting-edge technologies with fundamental theory to create innovative, interactive digital experiences.
The interdisciplinary curriculum spans critical areas of modern game development, including game design theory, graphics programming, generative AI, networked application development, and massively parallel GPU programming. Students gain hands-on experience with industry-standard tools, learning to design and develop immersive, computationally sophisticated games. Courses integrate theory with practical application, exploring how artificial intelligence, advanced simulation, and high-fidelity rendering can elevate gameplay, realism, and interactive storytelling.
A strong research culture underpins the program. Students collaborate with faculty experts to explore topics such as real-time graphics optimization, procedural content generation, adaptive AI-driven behaviors, and novel simulation techniques. Through individual and team-based projects, they develop problem-solving skills, master advanced programming techniques, and contribute to the evolution of game technology.
Graduates emerge prepared for high-impact careers across multiple sectors: game development, animation, immersive media, simulation, automation, finance, marketing, and R&D. Whether joining leading game studios, advancing innovation at tech companies, contributing to research institutions, or launching entrepreneurial ventures, alumni are equipped to shape the future of interactive digital experiences.
The MS concentration in Games positions graduates at the forefront of the gaming industry—ready to push boundaries, solve complex challenges, and drive the next generation of interactive entertainment.