Graduate Game Media

About the Program

The Game Media graduate program is designed to prepare students for advanced roles in gameplay programming, systems design, and technical direction in real-time interactive media. The curriculum integrates game design theory, AI-driven systems, multiplayer networking, digital asset workflows, UX/UI design, and Agile production methodologies. Most students may complete the program in 18 to 24 months.

Curriculum

DIG 5356 – Real-Time Pipeline Planning – Students conceptualize a project, define scope, and design a production pipeline for a game or cinematic production in game engines. Emphasis is placed on project planning, asset management, workflow design, milestone scheduling, and real-time rendering best practices using industry-standard tools. Prerequisite: Permission from the instructor.

DIG 5796 – Game Design Theory – This course introduces students to the foundational principles of game design, including mechanics, dynamics, aesthetics, and player psychology. Through iterative prototyping and playtesting, students will design engaging gameplay systems, analyze player behavior, and refine user experience.  Prerequisite: Permission of the instructor.

DIG 6655 – AI in Game Development – This course explores the integration of artificial intelligence in game development, focusing on how AI systems can enhance gameplay, player interaction, and procedural design. Prerequisite: DIG 5XXX Game Programming & Scripting or permission of the instructor.

DIG 5629 – Game Programming & Scripting – This course focuses on gameplay programming using C++ in industry-standard game development systems, providing students with the skills to build interactive mechanics, implement AI behaviors, and manage core game logic. Prerequisite: Permission of the instructor.

DIG 5398 – Motion Capture – This course introduces students to advanced motion capture workflows for real-time cinematic and game engine production. Students will learn to plan, direct, and execute motion capture sessions, including performance blocking, actor coordination, and camera setup. Prerequisite: Permission of the instructor.

DIG 6794 – Advanced Game Systems & Mechanics – Students learn the design, prototyping, and implementation of complex game systems using industry standard tools. Emphasis is placed on modular system architecture, player feedback loops, and technical scalability. Prerequisites: DIG 5XXX Game Programming & Scripting or permission of the instructor.

DIG 5567 – Game Asset Development 1 – Students learn technical workflows for game asset development, focusing on the import, optimization, and integration of visual assets within real-time engines.  Prerequisite: Permission of the instructor.

DIG 6568 – Game Asset Development 2 – Students learn the role of asset development in games, focusing on the creation and integration of real-time visual effects, shaders, Niagara systems, lighting setups, and performance tuning with industry-standard tools. Prerequisite: DIG 5XXX Game Asset Development 1 or permission of the instructor

DIG 5XXX – Game Engine Pre-Production – Students learn the pre-production phase of the Game Development capstone, where students design and prototype original games built from the ground up in industry-standard platforms. Prerequisite: Permission of the instructor.

DIG 6629 – Multiplayer & Networking for Games – Students learn the core principles and practices of multiplayer game development using industry-standard tools. Topics include server-client architecture, replication, networked gameplay systems, latency mitigation, and secure communication protocols. Prerequisite: DIG 5XXX Game Programming & Scripting or permission of the instructor.

DIG 6550 – Game Production Workflows – This course introduces students to professional project management methodologies for game development, with an emphasis on Agile frameworks. Students will learn to plan sprints, manage production pipelines, track milestones, and collaborate effectively within a team.  Prerequisite: DIG 5XXX Pipeline Planning or permission of the instructor.

DIG 6XXX – Game Engine Post-Production – Students complete the full production cycle of a game project using industry standard tools. Activities include system implementation, asset integration, QA testing, optimization, publishing, and portfolio presentation. Prerequisite: DIG 5XXX Game Engine Pre-Production or permission of the instructor.

Application Requirements

(1) All applicants must have a bachelor’s degree from an accredited college or university.

(2) All candidates must show promise of success in graduate studies.  Applicants must meet the following criteria, in addition to any program-specific requirements:

(a) Meet minimum GPA: Candidates must have a minimum grade point average (GPA) of 3.0 earned during the last 60 hours of upper-level work.

(b) Candidates must submit a 500-750 word essay.  Topic should reflect why the program is a suitable fit for the applicant’s needs.

(c) Candidates must submit a professional and current resume.

(3) International graduate student applicants whose native language is not English are required to submit a score for the Test of English as a Foreign Language (TOEFL) or for the International English Language Testing System (IELTS).  A total score of 80 on the iBT TOEFL or 6.5 overall on the IELTS is required.

Application Procedures

A student applying for admission to the graduate program must:

(1) Complete online graduate admissions application available at Graduate Applicant | FIU Admissions

(a) When selecting your major, please first choose Mass Communication from the dropdown menu, and then Animation Media

(b) Have two official copies of transcripts from all colleges or universities attended sent to the Admissions Office. (Copies submitted by applicants will be rejected.)

(c) Submit appropriate test scores and documents to the Admissions Office.

Admissions Deadlines

Students should adhere to the Florida International University graduate admissions deadlines for Fall, Spring and Summer terms. These deadlines are listed at Graduate Applicant | FIU Admissions.

Career Outlook

Workforce Demand in Florida 

Game development increasingly relies on advanced programming, real-time rendering systems, AI behaviors, and cross-platform deployment — all directly tied to software development occupations. Florida’s economy includes rapidly growing sectors aligned with Game Media competencies:

  • Orlando: Simulation, themed entertainment, defense tech
  • Miami: Interactive media, digital startups, esports, creative tech
  • Tampa: Cybersecurity, defense contracting, immersive training

While Florida may not match California in game studio concentration, remote and distributed production pipelines allow graduates to:

  • Work for national/international studios while residing in Florida
  • Launch independent studios or startups
  • Support simulation and enterprise gaming applications locally

Florida’s growing technology ecosystem strengthens the argument for a regional graduate program pipeline.

Industry Evolution Requires Graduate-Level Skill

The animation industry is undergoing rapid transformation:

  • Real-time rendering pipelines (Unreal Engine, Unity)
  • Virtual production and volumetric capture
  • AI-assisted workflows
  • Procedural animation and simulation
  • Interactive and immersive media (AR/VR/MR)