Game Developer Career Guide

According to an interview with Dr. Isac Artzi, associate professor and program chair, employers are looking for more than technical proficiency alone. They want candidates who understand both the tools used in game development and the broader software-development lifecycle.

“A recent graduate seeking employment must demonstrate solid foundational knowledge of game development tools (IDEs like Unity and Unreal), the graphics rendering pipeline, strong programming skills in C# and C++, a good working knowledge of shaders (mathematical algorithms and code implementation), 3D object optimization and a few other areas,” Dr. Artzi explained.

“Equally important is a demonstrated ability to learn new tools and techniques that may not be commonly used in an academic environment. Graduates should also have a solid understanding that a game is a professional software development project. It starts with market requirements, product requirements, storyboards, user interface design, gameplay and level design, among other elements. It ends with a shipped product that is market viable and validated,” he said.

Not necessarily. The programming languages used in game development vary by engine, platform and project. Knowledge of C# and C++ is common, while languages such as Java development, JavaScript, Python, Swift and Kotlin may be used for specific applications or platforms.^{(See disclaimer 3,7)} You can focus first on developing strong programming fundamentals rather than trying to learn several languages at the same time.

In college, aspiring game developers can prepare for the field by gaining experience outside the classroom, building professional connections and exploring different areas of game development. Consider opportunities that can help you apply your skills, gain experience and learn more about the industry, such as:

• Join or start a game-development club 
• Participate in game jams 
• Seek internships 
• Attend portfolio reviews 
• Contribute to collaborative and open source projects 
• Use electives to explore specialties 
• Build professional relationships

Yes, quality assurance experience can help aspiring game developers gain exposure to game-development workflows, testing processes and development teams. However, responsibilities and career paths vary by employer, so if you’re interested in development, you should continue strengthening your programming skills and technical project experience.

Yes, game developers can work on games created for consoles, computers and mobile devices. Projects can range from smaller casual games to larger, more technically complex titles. The platform and type of game can influence the tools, programming requirements and development responsibilities involved.

Yes, you can use relevant coursework and school projects to start building a portfolio. For each project, identify what you personally created or contributed and explain the skills, tools or technologies involved.

As Dr. Artzi explains, “There are three types of elements that should go into a portfolio: 

1. Complete projects done as part of a course (e.g., demonstrate basic skills mastery)
2. Complete projects done outside class (e.g., game club, game jam, attempts to learn new tools or just because)
3. Parts of projects (e.g., code experiments, visual effects, interaction paradigms exploration, learning new tools, new IDEs, new programming environments, etc.)."

These types of projects can help demonstrate foundational skills, initiative and creative thinking.^{(See disclaimer 3)}

No, a master’s degree is not presented as a universal requirement. Software developers typically need a bachelor’s degree in computer and information technology or a related field, according to BLS, although some employers may prefer candidates with a master’s degree.^{(See disclaimer 1)} You should review the education requirements for the specific roles and employers that interest you.

When comparing a game designer vs. a game developer, a game designer focuses primarily on how a game should work and feel, while a game developer focuses on implementing the technology that makes it function. Designers may shape gameplay concepts, systems, levels and the player experience. Developers work on the technical implementation, testing and troubleshooting needed to turn those ideas into a working game. Responsibilities can overlap depending on the studio and project. If you’re interested in the design side, you can also explore how to become a video game designer.

AI is changing game development by supporting tasks such as testing, game balancing, analytics, content experimentation and intelligent nonplayer character behavior, while also contributing to new AI-focused roles. In a 2025 Google Cloud and Harris Poll survey, 90% of game developers said they use AI in their work, while 62% reported that new AI-focused roles have emerged.^{(See disclaimer 6)} Those exploring game development may benefit from understanding how AI tools can support development while continuing to build core programming and problem-solving skills.