The best game design programs, ranked by The Princeton Review 2026

Homework: Creative accessibility

In recent years, the industry has reinforced the importance of designing videogames with accessibility in mind. After all, the more people who can comfortably play your game, the better chance you have of reaching an audience. The most common forms of accessible game design are options that allow players to tweak colorblind settings, alter models that trigger certain phobias, or tone down flickering lights. But sometimes, a game calls for accessibility considerations specific to the project.

Clair Obscur: Expedition 33, the breakout hit RPG of 2025, looked beyond the usual settings when designing for accessibility. Developer Sandfall Interactive took note during playtests that its jerky combat camera was causing motion sickness for some players. To get ahead of that problem, the team included a camera stabilization option at launch that mitigated motion sickness without making any major artistic sacrifices.

Imagine you're developing a first-person shooter, a strategy sim, or a puzzle game that relies on color. How would you anticipate accessibility needs and design for them?

Programming believable AI characters

Artists can produce amazing concept art and designers can think up compelling gameplay loops, but videogames never make it out of the conceptual phase without talented programmers constructing the underlying logic. Their work is often invisible—a line of code that makes a character's jump or car's drift feel perfect—but one place a programmer's work gets to shine is in the non-player characters that populate a world. Programming believable behaviors into friendly NPCs or hostile creatures is crucial to the player believing the virtual world they're inhabiting.

A recent example of great AI programming is Arc Raiders, the hit 2025 extraction shooter that attracted millions of players through its unique PvPvE format. Players can optionally fight each other on its large maps, but they're encouraged to band together because of the presence of Arc—a fleet of mysterious robots that roam the planet's surface. The Arc, and specifically the behaviors that developer Embark Studios programmed into them, are the glue that binds the whole experience together. Arc drones will dynamically patrol the map, changing up their routes and thoroughly investigating noises. They're smart, but crucially, Embark programmers ensured they aren't so smart that players can't outmaneuver them. Careful stealth and awareness of their vision cones can mitigate their threat.

The Arc's dynamic perception is impressive, but the real magic trick is how the robots react to damage inflicted by players. When players shoot off one of a flying drone's propellers, it will dynamically attempt to compensate for the loss in power, drifting and dipping through the air before it either finds balance or crashes into the ground.

The same goes for ground-based Arc robots. When a four-legged Leaper loses a leg, it compensates by changing its walking pattern. That adherence to physics-based rules, as enabled by talented programmers, makes the Arc feel alive. They're curious, inquisitive, and worthy foes with a survival instinct, not rigid constructs with a few pre-determined actions.

Programmers are also at the heart of our favorite RPGs. Baldur's Gate 3 is known for its excellent writing, but talented programmers working behind the scenes constructed the complex web of quest outcomes that made its characters so reactive to the player's choices.

Sometimes, the best way to program believable AI characters is to double down on social interactions. In Playground Games' upcoming Fable reboot, every single citizen of the open-world Albion is a real, simulated person with a name, home, and daily routine. That much has been done before, but where Fable goes the extra mile is simulating every individual citizen's personalities and their perspectives on the world. The people of Albion will form an opinion of the player,, and that opinion can change based on one-on-one interactions or choices made throughout the story.

Fable's programmers call this system the "living population." Passing citizens will remark upon developments in the main story. A shop clerk might have a high opinion of the player if that player owns the shop they're working in. If the player develops a reputation in town as a tycoon, some citizens will find them off-putting by default.

If you find yourself fascinated by the little details and behaviors that make great videogame AI and want to be a part of it, then programming may be your starting point.

Homework: Finding fun

Often in game design, creativity goes hand in hand with flexibility. It's rare that a game comes together exactly as it was pitched. Instead, developers tend to find their game's unique hook along the journey. That can mean taking your original idea and refining it, but sometimes the project's entire premise can change when an even better idea comes along.

The 2025 Steam hit REPO, developed by Semiwork, was not originally conceived as a co-op horror game. At first, the team was making a singleplayer horror cleaning game in which players picked up trash around a mansion while avoiding a monster. By showing creative flexibility, the team realized it should pivot to multiplayer (because everything is more fun with friends). That change eventually led to moving away from the cleaning concept altogether, as the team found cleaning together wasn't as fun as it originally sounded. What was fun, they discovered, was cooperatively carrying fragile objects through precarious mansions. Thus, REPO was born.

Imagine you're developing a playable prototype for a 3D platformer. Your playtesters love how the jump feels, but aren't responding well to the game's setting or characters. How do you pivot?

The art of map design

One of the most specialized disciplines in game development is multiplayer map design. Multiplayer arenas can be sculpted from anything—a California golf course in Battlefield 6, a neon-soaked city in Fortnite, a long-forgotten spaceport in Arc Raiders—but unlike traditional level designers, map makers have the unique challenge of creating spaces that delight players upon first impression while also standing up after hundreds or thousands of hours of playtime.

Good maps have to be as distinct or visually interesting as any singleplayer space, but crucially, they also have to be fair. Mapping challenges every facet of spatial design: great mappers have an understanding of architecture, nature, composition, lighting, and can visualize how players are likely to move through spaces from any direction. The balance is considering all of these principles while also taking competition into account: Are the sightlines clear? Is the space too busy or confusing? Will it be fun to navigate the hundredth time players see it?

One way designers achieve fairness in maps is through symmetry: even if two sides of a map have different theming, they'll often share a similar or even identical shape to ensure one side isn't advantageous over the other. This is why maps in competitive shooters tend to take the general shape of a rectangle or bowl—no matter which side your team is on, it takes roughly the same time to reach the center.

We see this sort of "camouflaged symmetry" used on the largest map in Battlefield 6. Mirak Valley is a wide, flat expanse set in Tajikistan. On one end of the map is a small village with lots of indoor cover. On the opposite end is a bombed-out village with fewer standing buildings, but an elaborate network of trenches. The two sides achieve the same thing—locations with cover that act as capture points—with the same general land mass, but the map team at DICE utilized cover in two different ways. The side with fewer buildings favors vehicles, while the village gives infantry players a better fighting chance. It's not 100% symmetrical, but it's close, and it's more interesting to opt for variety.

Another way to create variety in maps is when the terrain can be changed by players. The destructible maps in the likes of Rainbow Six Siege X and The Finals force mappers to really get their creative juices flowing: How do you maintain competitive integrity when the map changes every session? The developers at Ubisoft tackled this problem in Siege by designing a visual language for "soft" walls that can be destroyed by players, and "hard" walls that cannot. In this way, designers can tightly control what sightlines can be altered by players and maintain a building's intended shape.

The Finals, meanwhile, sets no such limitations. Literally everything but the ground itself can crumble—a freedom that creates unparalleled dynamism, but also forces the map team to find other ways to distinguish arenas. The team at Embark Studios goes all-in on setting for this reason: its globe-trotting maps recreate real world locations across various time periods, including a futuristic Las Vegas, Monaco, Mexico, Korea, and even 16th century Japan.

The rise of battle royale games over the last decade has created a whole new category of map design: the 100-player mega map. Creating one large map instead of a dozen smaller ones is a major undertaking that requires close collaboration between individual mappers. The average Fortnite map, for instance, has over a dozen distinct points of interest in addition to kilometers of hills, roads, rivers, and mountains between them. It's a lot to consider, but all the extra space gives designers a blank canvas to sculpt beautiful views, incorporate multiple biomes, or hide secrets.

If these are the sort of challenges that get your mind racing, you may have the heart of a multiplayer map designer.