Graduate

Welcome to IMGD’s Graduate Programs!

As one of the oldest game programs in the US, IMGD has always worked with students to explore the foundations and futures of interactive media and game development. As the director, I am delighted to welcome graduate students to one of our three graduate programs, where we train expert practitioners, researchers, and artists. Our program works at the intersections of Computer Science, Humanities and Arts, Social Science and Policy Studies, and Business, applying a unique project-based curriculum to be leaders in design, development, art, engineering, and production.

Our students are sought by industry leaders in interactive media and game development, bringing expertise in emergent technologies along with a strong foundation in collaborative development. Students go on to work in the game industry, in medical imaging, in 3d modeling, in music technologies, and more. I am so pleased to point to an involved faculty, who come from both industry and academia, who work closely with students on their visions. As a director, I can speak specifically to the joy that we all experience with the success and ingenuity of our close-knit student community.

Explore IMGD Graduate Degrees

Looking to improve your skills and land a job in interactive media or game design/development? Consider our two-year Master of Science degree, where you’ll have the chance to both develop your technical, design, and production skills in the context of individual projects and while working as part of larger creative teams.

For students who want to further their artistic aspirations, our three-year Master of Fine Arts degree helps students to hone their artistic practice—in AR/VR, game design, electronic music, 3D modeling, animation, or experimental intermedia—while also placing an emphasis on professionalization, so that students leave WPI prepared for the next step in their careers.

Finally, our PhD in Computational Media prepares students for careers in research and academia, using both traditional methodologies and exciting forms of alternative scholarship common in emerging disciplines.

IMGD Master of Science

IMGD Master of Fine Arts

Computational Media PhD

Graduate Highlights

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Fighting Against 2019-nCoV: a simulation of fighting against the coronavirus, made by a team from Wuhan, China that includes two IMGD graduate students, Shano Liang and Max Chen.

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All Through the Night: An AR holographic and tangible dollhouse project by Karen Royer. This work was part of Karen’s MS thesis, advised by Professor Gillian Smith.

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Ash Garden: a puzzle game developed by a team of students in IMGD5000.

Interactive Media & Game Development

Graphics/Imaging

CS 543. COMPUTER GRAPHICS
CS 545. DIGITAL IMAGE PROCESSING
CS 549. COMPUTER VISION
CS 563. ADVANCED TOPICS IN COMPUTER GRAPHICS

Software Engineering

CS 509. DESIGN OF SOFTWARE SYSTEMS
CS 562. ADVANCED TOPICS IN SOFTWARE ENGINEERING

Networks/Systems

CS 513. COMPUTER NETWORKS
CS 529. MULTIMEDIA NETWORKING
CS 530. HIGH-PERFORMANCE NETWORKS
CS 533. MODELING AND PERFORMANCE EVALUATION OF NETWORK AND COMPUTER SYSTEMS
CS 577. ADVANCED COMPUTER AND COMMUNICATIONS NETWORKS

Artificial Intelligence

CS 534. ARTIFICIAL INTELLIGENCE
CS 538. KNOWLEDGE-BASED SYSTEMS
CS 539. MACHINE LEARNING
CS 540. ARTIFICIAL INTELLIGENCE IN DESIGN
CS 566. GRAPHICAL MODELS FOR REASONING UNDER UNCERTAINTY
CS 568. ARTIFICIAL INTELLIGENCE FOR ADAPTIVE EDUCATIONAL TECHNOLOGY

Human-Computer Interaction

Earn Your BS & MS in 5 Years!

Want to start working towards your graduate degree as an undergrad? At WPI, you can get your BS and MS in IMGD in just five years by double counting up to 6 undergraduate courses as 12 graduate credits.

WPI BS/MS Programs

Submit a short video of the experience and people interacting with it, along with 1–2 paragraphs of text describing how you made your experience (typically including what technologies were involved… and analog experiences are very welcome!), as well as what you think is unique or interesting about it. If a video isn’t possible, please provide photographs or screenshots along with your text description.
Information about the design process for your project (for example, initial character sketches, mood boards, diagrams, testing reports, etc.) is interesting to the admissions committee, but only if it’s material that specifically guided your individual work.
If your experience is publicly and freely released (e.g. a web-based game), we’ll try to interact/play with it. Please be sure to include any technical requirements and, if you include a link for us to play, be sure it runs in a recent version of Chrome or Firefox. Make sure we can get a sense for the experience in a short time (i.e., less than five minutes). It is best to submit video documentation alongside the interactive experience. We will not install or compile software during our admissions review.

Submit videos and/or screenshots that best capture your model and/or animations (e.g. multiple angles).
Feel free to submit images and videos of multiple models; however, we always prefer for you to highlight your best work.
Be sure to briefly describe what you were trying to achieve with each model, and how you achieved it, both technically (what software and artistic techniques did you use) and aesthetically.

DO NOT SIMPLY SEND US A LINK TO A GITHUB REPO. We need some guidance to understand what you’d like us to look at. A short video (1–3 minutes) showing your code in action is highly encouraged.
Please write one or two paragraphs describing the technologies you used (language(s), platform, libraries etc.), and the technical challenges you addressed in your development work.
If you have designed a system, providing architectural diagrams describing it will likely be more meaningful than highlighting individual code fragments.