Hire game developers

Game development punishes generalists. A web page that renders in two hundred milliseconds is fine; a game that misses its frame budget feels broken. The developers who ship playable, performant games think in frame time, memory, and player feel, and they know their engine deeply, whether that is Unity with C# or Unreal with C++ and Blueprints. Plenty of people have opened an engine and followed a tutorial. Far fewer have taken a real game through production, optimization, and release. turnkey.dev vets for the second group.

Game hiring is role hiring

“Game developer” covers several distinct jobs, and matching the role to the problem matters more here than in most software hiring.

• Gameplay engineers build what the player touches: movement, combat, AI behavior, progression, inventory, UI. This is the bulk of most teams and the right first hire for almost every project. Interview them on player feel, iteration speed, and how they work with designers.
• Engine and graphics programmers work underneath: rendering pipelines, shaders, physics integration, memory layout, frame-time budgets. They are rarer, they price higher, and most projects need one in bursts, for an optimization pass or a rendering feature, not on permanent staff. Interview them on profiling: what they measured, what they found, what they changed.
• Netcode and multiplayer engineers own server authority, client prediction, lag compensation, and state replication. Multiplayer roughly doubles engineering complexity, and retrofitting it into a game built single-player is one of the most expensive mistakes in the field. If multiplayer is on the roadmap, get this expertise in before the architecture hardens.
• Tools engineers build the editor extensions and content pipelines that make designers and artists faster. Teams underrate this role until content production becomes the bottleneck.

A common failure mode is hiring a graphics specialist to do gameplay work, or expecting a gameplay engineer to fix a rendering bottleneck. Tell us the actual problem and we will match the role, not just the engine.

Unity or Unreal: how the engines shape the hire

Both engines can ship almost anything, but the ecosystems differ enough that developers rarely carry senior depth in both.

Unity runs on C#, which makes it faster to iterate in and easier to hire for. It dominates mobile, 2D, and small-team 3D, and it is the default for the non-game work described below. Senior Unity depth shows up in the hard parts: the job system and burst compilation, addressables and asset management, and making the garbage collector invisible to the player.

Unreal runs on C++ with Blueprints for visual scripting, and it is the stronger default for high-end 3D fidelity and console-first projects. Senior Unreal depth means real C++ (memory, the reflection system, engine source when needed), knowing where Blueprint ends and native code must begin, and getting acceptable performance out of heavyweight rendering features.

If your engine is already chosen, hire depth in that engine. A strong developer in one is usually a mid-level developer in the other, whatever the resume says.

What a game developer does for you

A strong game development hire will:

• Build gameplay systems that hold up: movement, combat, progression, and physics interactions, tuned until they feel right, not just until they compile.
• Protect the frame budget. Profiling, draw call reduction, object pooling, and memory discipline, so the game runs well on the hardware your players actually own, not just on a dev machine.
• Ship multiplayer that survives real players: server authority, client prediction, lag compensation, and netcode that degrades gracefully on bad connections instead of falling apart.
• Own builds and releases: repeatable build pipelines for mobile, PC, and console targets, plus the platform submission quirks that stall teams doing it for the first time.
• Write tools and shaders. Editor tooling that makes your designers faster, and graphics work that gets the look you want inside the performance budget.

Platform targets change the job

Where the game ships changes what the developer must be good at. Mobile means thermal throttling, tight memory ceilings, and battery life; a game that runs cool on a two year old mid-range phone is an engineering achievement, not a default. PC means an open-ended hardware matrix and a settings menu that has to scale from laptop integrated graphics to enthusiast rigs. Console means fixed hardware, which simplifies optimization, but also platform certification requirements that fail builds for things nobody on the team knew were rules; prior console shipping experience saves weeks here. A port is its own discipline: making a game built for one target feel native on another involves input, UI, performance, and memory work all at once, and it is a common reason teams come to us for a scoped engagement.

Senior signals: how to tell a strong game hire from a weak one

• They have shipped, and they talk about it honestly. A playable build plus a candid account of what went wrong beats any showreel. Pretty clips prove nothing about production ability.
• They profile before they optimize. Ask about the last performance problem they fixed: a strong candidate names the tool, the measurement, the cause, and the fix. A weak one recites generic advice about object pooling.
• They think in budgets: frame time, memory, draw calls, build size. Seniors can tell you the numbers from their last project without looking them up.
• They know what to build versus buy. Asset store plugins and marketplace code are fine choices when a senior makes them deliberately; a portfolio held together by unexamined third-party systems is a warning sign.
• They can talk about the boring parts: build pipelines, crash reporting, save-game migration, patch discipline in live games. Shipping is mostly this.

When to hire a game developer

The common triggers: a prototype needs to become a real product, performance is falling apart on target devices, you want multiplayer and nobody on the team has done netcode, you are porting to a new platform, or a studio needs senior capacity for a milestone without a months long recruit. There is also a steady stream of non game work here: companies building simulations, training tools, configurators, and other interactive 3D in Unity or Unreal need exactly these skills. If your need is mostly the backend services around a game, matchmaking, accounts, leaderboards, the Node.js hub below is a natural complement, and many projects hire from both.

How turnkey.dev vetting works

Every developer goes through a screen on fundamentals (engine architecture, memory and performance, the math that gameplay work requires), a practical exercise built around a realistic gameplay and optimization scenario, and a review of projects they have owned, including platform targets, team size, and what broke along the way. Portfolios are noted, but a playable build and a candid postmortem carry more weight than a polished showreel, because pretty clips do not prove production ability. We reject far more than we accept.

Seniority, and what each level is for

Most companies coming to us need one senior developer who can own a system, an optimization pass, or a port, with a lead brought in briefly for the big architecture calls.

Engagement models

• Full time. The default for production: a developer embedded in your team, building systems week over week. Milestone-driven projects usually need this for months at a stretch.
• Part time. Fits live-game support, a steady stream of content tooling, or a senior specialist advising a junior team a couple of days a week. Also the usual shape for post-launch maintenance.
• Project based. A scoped engagement with a defined end: an optimization pass to hit frame rate on target hardware, a port, a multiplayer implementation, or taking a build through platform certification. The clearer the deliverable, the better this model works.

Specialists are often best hired this way: a graphics programmer for a two month rendering push does more good than a permanent hire the project cannot keep busy.

What it costs and how fast

Vetted game developers typically bill in the $60 to $120 per hour range. Treat that as a market band that moves with seniority, region, and specialty: multiplayer, graphics, and console specialists price at the top, mid-level gameplay and content developers toward the bottom, and the same skills bill differently across timezones. Engine choice matters less to the rate than depth: a senior Unreal C++ engineer and a senior Unity engineer with equivalent shipping experience price similarly. You will see each developer’s rate before committing, and requesting a shortlist is free. Expect a shortlist in 2 to 5 days.

Start with a request, not a contract

Tell us the engine, the platform targets, where the project stands, and the goal: finish production, fix performance, add multiplayer, or port to a new platform. We come back with a short list of vetted developers who fit, including rate and availability. You interview, run a paid trial if you want, and only then decide. If the fit is wrong in the first two weeks, we re-match at no cost.