Game Design vs. Game Development

Game Design vs. Game Development in 60 Seconds

• Design tunes the rules, development writes code. Design uses probability and arithmetic for balance, while development needs calculus and linear algebra for 3D. Federal data files 116 programs under game design, against 21 computer game programming and 31 simulation programs. 55% of designer hires need a bachelor's, versus 85% for developers. Side by Side ›
• Designers produce decisions, developers produce systems. A designer writes specs, builds a rough version, watches playtesters and adjusts, so the output is decisions like how a jump feels. A developer turns that spec into code and makes it fast enough to run on the hardware players own. Daily Work ›
• Technical design is reachable from either degree. Technical designers design systems and then build them in an engine's scripting language, such as the logic for a boss fight or the rules of an inventory. Designers get there by learning to script well, and programmers by caring how the game plays. Technical Design ›
• Development pays more and grows faster. Software Developers earned a median of $135,980 in May 2025 against $104,000 for web and digital interface designers, a gap of $31,980. BLS projects 10.2% growth for software developers and 6% for interface designers. Pay and Outlook ›
• Make a small game and notice what you tuned. Choose design if you'd rather tune a jump than write its physics, and development if you enjoy programming and math. After a weekend with a small game, you're a designer if you tuned how it plays and a developer if you got it running. How to Choose ›

Heads up Both pay figures mostly cover people working outside games, so the programmer's real edge is that the skills work across all software.

Side by side

Game Design vs. Game Development, Side by Side

The words

What "Game Development" Means

The phrase gets used two ways, which is half the confusion. Loosely, game development means the whole process of making a game, and a "game developer" can be anyone at a studio. As a job title and a degree, game development usually means programming: writing code that makes the game work. This article uses the second meaning.

The U.S. Department of Education's program definitions draw the same line. Game design programs are defined as focusing on "the design, development, and programming of interactive media entertainment." Computer game programming programs are defined as preparing students "to apply the knowledge and skills of design and computer programming to the development of computer games," with training in "computer programming, computer graphics, game design, game physics, human-computer interaction." Each definition points to the other. They overlap; the weight is what differs.

The work

What Game Designers and Game Developers Do All Day

A game designer writes specs for a mechanic, builds a rough version with the engine's scripting tools, watches playtesters, and adjusts. Their output is decisions: how a jump feels, how much damage an enemy does, where a checkpoint goes. O*NET's first task for video game designers is to "balance and adjust gameplay experiences to ensure the critical and commercial success of the product."

A game developer takes that spec and makes it real in code, then makes it fast enough to run on the hardware players own. Their output is systems: the movement code, the AI, the renderer, the tools the designers use. O*NET's description of software developers starts with "analyze user needs and software requirements to determine feasibility of design within time and cost constraints."

On a small team these blur together. On a large one they're separate departments that talk all day.

Where they meet

Technical Design: The Job Between the Two

Technical designers sit in the overlap. They design systems and then build them, usually in an engine's scripting language or visual scripting tools: the logic for a boss fight, the rules of an inventory, the tools other designers use to place enemies. They need a designer's judgment about what's fun and enough programming to make it work without waiting on someone else.

If the comparison above leaves you torn, technical design is worth knowing about. It's reachable from either degree. Designers get there by learning to script well, and programmers get there by caring about how the game plays, not only whether their code runs.

Skills

The Skills Game Designers and Developers Need

• Design: systems thinking, balancing with numbers, clear writing, running and reading playtests, giving and taking critique.
• Development: a systems language such as C++ or C#, data structures, debugging, performance, and the math of 3D space.
• Both: an engine, version control, working on a team to a deadline, and finishing things.

The degrees

Game Design Degree vs. Game Development Degree

A game design degree spends its time on prototyping, level design, systems, playtesting and team projects, with some programming and art so you can work with those departments. The best game design schools ranking covers these programs.

A game development degree starts like computer science, with programming, data structures and algorithms, then turns toward graphics, engines, physics and game projects. Expect calculus and linear algebra. The game development degrees ranking scores 31 of these bachelor's programs at 29 colleges.

Some colleges offer both. 8 schools in our ranking have both a game design bachelor's and a game programming or simulation bachelor's, which makes it easier to switch if you find you prefer the other side.

Coursework

Required Game Design and Game Development Courses

The clearest way to see the split is to read what each major requires. Our game design classes guide counts every required course in six current catalogs, filing each course under a topic by its title. Four of those programs show the contrast. UC Santa Cruz's Art & Design: Games + Playable Media B.A. and DigiPen's Bachelor of Arts in Game Design lean toward design. RIT's Game Design and Development BS and Utah's Bachelor of Science in Games (BSG) lean toward development. The table counts required courses in each topic for all four.

Programming is the sharpest divider. RIT requires 7 programming courses, against 7 at RIT, 2 at Utah, 1 at DigiPen and 0 at UC Santa Cruz. Design fundamentals run the other way: UC Santa Cruz requires 1 and DigiPen 2, against 4 at RIT and 1 at Utah.

Notice what the labels hide. RIT's degree is called game design and development, yet its required list is mostly code, with 7 programming courses and 4 in math and science. Utah's B.S. in Games requires 2 programming courses and 4 production and capstone courses. DigiPen's design degree names 13 required course slots, then asks for 7 credits of Computer Science Courses Numbered 150 or Higher on top, so its designers still write code. A degree title can't tell you which side of this comparison a program sits on. The course list can.

Two practical habits follow. First, read the required list before the program name. Second, check the "chosen from a list" row: UC Santa Cruz fixes only 4 course slots and leaves 10 to the student, so a student there can steer toward art, writing or design, and programming happens only if they pick it.

Math and code

Math and Programming Requirements Compared

Math separates development from design more reliably than any other part of the catalog.

RIT is the development end. Its major names MATH-131 Discrete Mathematics, MATH-185 Mathematics of Graphical Simulation I, PHYS-111 College Physics I and MATH-171 or MATH-181 (choose 1), and it adds a choice between MATH-171 Calculus A and MATH-181 Calculus I. Those courses sit beside the real-time graphics and simulation work in its two Development for Real-Time Simulations and Games courses, where vectors and matrices move objects around a screen. A student who dislikes math will feel it by the second year.

DigiPen sits in between. Its design B.A. requires MAT 105 Introductory Probability and Statistics, a statistics course aimed at reading data, not at rendering. Its open six-credit list does allow Precalculus with Linear Algebra and Geometry, Precalculus, Mathematics of Music and Sound and Mathematics of Digital Sound Processing, so a designer who wants to move toward technical design can build a math base without switching majors. Programming works the same way: DigiPen asks for 7 credits of Computer Science Courses Numbered 150 or Higher, plus a choice between CS 116 Introduction to Programming and CS 120 High-Level Programming I.

UC Santa Cruz and Utah name no math or science course in the major at all. Utah still requires 2 programming courses, the two Programming for All courses, so a student there learns to code without a math sequence behind it. UC Santa Cruz requires neither. If you are choosing a design program and might want to program later, take precalculus and, if you can, calculus in high school or community college. Math is far easier to add before college than to catch up on during it.

Portfolios

What Each Portfolio Needs

A portfolio does different jobs on the two tracks, and some schools ask for one only on the design side. Of these 5 programs, 3 require a portfolio and the rest make it optional.

Design tracks. DigiPen Institute of Technology requires a design portfolio for its game design B.A.: a written response to a prompt, plus two examples of previous work, each explained by the process behind it. That is a thinking sample, not an art sample. Champlain College calls a portfolio optional for its game design B.S. but says submissions should center on original, playable design work that shows how you think. Both describe the same thing: playable or documented design work that shows decisions. A level you built in an editor, the rules of a board game with notes from your playtests, or a mod with a short postmortem all qualify.

Art-leaning tracks. The art-heavy game degrees ask for more. University of Southern California asks applicants to its game development B.F.A. for a portfolio of at most 15 pieces, and Ringling College of Art and Design requires observational drawing for its Game Art B.F.A. and lists game design work among the pieces to include. If you are comparing a B.F.A. with a B.S., budget months for portfolio preparation. Savannah College of Art and Design makes a portfolio optional for first-year applicants and uses it for scholarship consideration.

Programming tracks. The programming side asks for the least at the gate. DigiPen says plainly: "Our computer science bachelor’s degrees do not require a portfolio or additional requirements." The same school that wants a design portfolio for its B.A. wants none for its computer science degrees. The work still has to exist by graduation, though. A programming portfolio is a handful of finished projects with source code a hiring manager can read, such as a gameplay system, a tool for designers or a networked prototype. RIT's required Development for Real-Time Simulations and Games sequence and its two co-op blocks are built to produce that kind of evidence, and our game design portfolio guide shows how to present it.

Job titles

Job Titles Each Path Leads To

The federal job database O*NET lists sample titles for each occupation, and they show how differently the two tracks are labeled at work. For video game designers (O*NET 15-1255.01), the titles are Design Director, Designer, Environmental Artist, Game Design Consultant, Game Designer, Gamemaster, Level Designer and World Designer. Several are about the game itself: Game Designer, Level Designer, World Designer. Others, such as Design Director, describe the management track that designers move into with experience.

Our site maps the game developer to a different O*NET occupation, software developers (15-1252.00), whose sample titles are Application Developer, Application Integration Engineer, Developer, DevOps Engineer, Infrastructure Engineer, Software Architect, Software Developer, Software Development Engineer, Software Engineer and Systems Engineer. Almost none of those titles mention games. To the federal database, a game programmer is a software developer who works in games. That is the practical meaning of the pay and outlook gap above: developers carry a title that other industries also hire.

O*NET also lists the technology each occupation uses most. For video game designers it names MySQL, Microsoft SQL Server, Structured query language SQL, C, Microsoft Visual Studio, Microsoft Outlook, Extensible markup language XML and Git. For software developers it names IBM SPSS Statistics, SAS, TensorFlow, The MathWorks MATLAB, Atlassian Bitbucket, GitLab, Red Hat OpenShift and Spring Boot. Those lists match the coursework above, with the designer list drawn from design and content tools and the developer list from languages and developer tools. Two neighboring jobs in our guides sit near the line between the tracks. The level designer is counted with video game designers, and the game tester is counted with software quality assurance analysts and testers.

Pay and outlook

Game Design vs. Game Development Salary and Job Outlook

The federal figures favor development. Software developers earned a median of $135,980 in May 2025, against $104,000 for web and digital interface designers, a gap of $31,980. BLS projects 10.2% growth for software developers from 2025 to 2035 and 6% for interface designers.

Two caveats. Neither figure is game-only: both occupations are mostly people working outside games. And the development figure is also the market for every other software job, which is the real advantage of the programming track. If game hiring is slow, a programmer has more places to go. The game developer salary and video game designer salary pages break both down by state.

National pay

National Pay for Each Mapped Game Job

There is no game category in the federal wage survey, so each job in our guides is paired with the closest BLS occupation, and the figures below are for that occupation across all industries. The middle half of workers earn between the 25th and 75th percentile figures.

Read the middle half before the median. For software developers it runs from $105,210 to $171,980, a spread of $66,770, and for web and digital interface designers from $73,290 to $158,820, a spread of $85,530. Even the developer 25th percentile, $105,210, is above the median for the designer occupation. Neither occupation is only games, and entry-level pay in either sits near the bottom of its range. The cards below open the full salary page for each job.

• Salary Video game designer salary $104,000 median (web and digital interface designers) See the pay data ›
• Salary Game developer salary $135,980 median (software developers) See the pay data ›

The third option

Game Design vs. Computer Science

Computer science is the broadest of the three. Its federal definition covers "computer theory, computing problems and solutions, and the design of computer systems and user interfaces from a scientific perspective." Every university offers it, and studios hire plenty of computer science graduates as programmers.

Choose computer science if you want to program and want the whole software industry open to you, and plan to build games on the side. Choose a game development degree if you want the programming plus years of game projects on mixed teams. Choose game design if you want to design, not program, and want a portfolio of design work.

Choosing

Game Design or Game Development: How to Choose

• Choose game design if you'd rather tune a jump than write the physics behind it, if you like writing and testing ideas, and if you're comfortable with a smaller, more competitive job market.
• Choose game development if you enjoy programming and math, want the stronger pay and outlook, and like that your skills work anywhere software is made.
• If you can't decide, look for a college that offers both, or a design program with a strong programming track. Technical design, where you design systems and build them, is a career in its own right.

The fastest way to know is to try both. Make a small game: if you spent the weekend tuning how it plays, you're a designer; if you spent it getting it to run, you're a developer. The game developer career guide and the video game designer guide describe each path into the industry.

FAQ

Frequently Asked Questions

What Is the Difference Between Game Design and Game Development?

Game design decides what a game does, and game development makes it run. Design covers rules, systems, levels and pacing. Development covers the programming behind gameplay, engines, graphics and tools. "Game development" is also used loosely for the whole process of making a game, so check what a job posting or degree means by it. The two overlap in technical design. See the side-by-side table.

Which Pays More, Game Design or Game Development?

By the federal figures, development pays more. Software developers, the occupation game programmers are counted in, earned a $135,980 median in May 2025. Web and digital interface designers, where game designers are counted, earned $104,000. Neither occupation is limited to game studios, so these are all-industry medians and studio pay can differ. Entry-level pay in either job is lower than these all-experience medians. See the game developer salary page.

Is Game Development Harder Than Game Design?

They are hard in different ways. Development needs programming and math, including linear algebra for 3D, and 85% of software developers in O*NET's survey said a bachelor's was the usual education. Design needs judgment, communication and a lot of testing. Development has a steeper technical entry, while design has fewer jobs. Pick the one whose hard parts you would enjoy working on. See the skills each side needs.

Should I Study Game Design or Computer Science?

Study computer science if you want to program and keep the wider software industry open, and game design if you want to design and build a game portfolio. A game development degree sits between the two. In our bachelor's ranking, 8 schools offer both a game design program and a game programming or simulation program, so you can sometimes switch tracks. See game design vs. computer science.

Can a Game Designer Become a Game Developer?

Yes, a game designer can become a game developer by learning to program, and many designers already script. The reverse happens too. The two jobs overlap in technical design, where people design systems and build them. The move takes real time, since programming at a professional level is a different skill from scripting a prototype. A designer who builds their own prototypes already has a head start toward either path. See technical design.

Do Game Designers Need to Know Programming?

Not always, but it helps. Designers who can script in an engine can prototype their own ideas without waiting for a programmer, and 55% of video game designers in O*NET's survey said a bachelor's was the usual education for the job. Some design roles, such as narrative design, need little code. Others, such as systems design, lean on it. See the video game designer career page.

Which Has the Better Job Outlook, Game Design or Game Development?

Game development has the stronger outlook in the federal projections. BLS projects 10.2% growth from 2025 to 2035 for software developers, against 6% for web and digital interface designers and 3.5% for all jobs. The projections do not separate game studios from other employers, so they cannot tell you how game hiring will go in a given year. See pay and outlook.

Keep exploring

Related Pages

• Guide What Is Game Design? The rules, systems and levels a designer builds, and how the work actually happens. Read the guide ›
• Guide Is Game Design a Good Career? Pay, outlook, competition and degree cost, laid out honestly. Read the guide ›
• Ranking Best Online Game Design Degrees 13 confirmed online · Online See the ranking ›
• Ranking Most Affordable Game Design Schools 81 ranked · Lowest cost See the ranking ›
• Ranking Best Public Game Design Schools 27 ranked · Public See the ranking ›
• Ranking Best Animation Schools 82 ranked · Art track See the ranking ›

All rankings ›All states ›All cities ›

Sources

1. 1 NCES, Classification of Instructional Programs 2020: 50.0411, 11.0204, 11.0701 The federal program definitions quoted on this page. Accessed October 13, 2026.
2. 2 O*NET OnLine, 15-1255.01 Video Game Designers and 15-1252.00 Software Developers Tasks and education surveys, quoted as published. Accessed October 13, 2026.
3. 3 BLS, Occupational Employment and Wage Statistics, May 2025 National medians for both occupations. Accessed October 13, 2026.
4. 4 BLS, Employment Projections 2025-35 Projected growth for both occupations. Accessed October 13, 2026.
5. 5 NCES, IPEDS Completions Program counts by field. Accessed October 13, 2026.