Hire Game Developer

Start with shipped work. Ask which titles the candidate released, on which platforms, and what they personally owned. A portfolio of game jam prototypes shows enthusiasm, but a live title shows they have handled certification, crash reports and patches.

Then check engine depth. Unity candidates should understand the component model, the update loop, memory allocation and garbage collection pressure. Unreal candidates should know when to use Blueprints and when to move logic into C++, plus how replication works. For a custom engine, expect strong C++ and a clear mental model of rendering and memory.

Look for these signals:

• Performance habits: they open the profiler before guessing.
• Math fluency: vectors, quaternions, matrices and basic physics.
• Clean architecture: separation of game logic from presentation.
• Collaboration: they work comfortably with designers and artists.
• Platform awareness: mobile, console and PC constraints differ sharply.

Finally, test communication. Remote work depends on written updates, clear pull requests and honest estimates. Ask the candidate to walk through a bug they found late and what they changed afterward. Good answers are specific, name the cause and describe a lasting fix rather than a heroic patch.

Hire when the bottleneck is engineering capacity, not ideas. Typical triggers are a prototype that needs to become a production build, a launch date that is slipping, a live game whose backlog of bugs and events outpaces your team, or a port to a new platform.

A remote game developer fits best on work with clear boundaries: a feature set, a platform port, performance optimization, tooling or live operations. These tasks can be specified, reviewed and tested without everyone sitting in the same room.

Be more careful with early creative exploration, where designers and engineers iterate together minute by minute. You can still use remote engineers there, but plan for more daily overlap and shorter feedback loops.

Consider team shape too:

• One engineer to unblock a small studio or add a specialist skill.
• A dedicated team of 2 to 10 engineers for a full production phase.
• A managed team with a Dev-Hire delivery lead if you lack in-house engineering management.
• A scoped project when you want a fixed outcome such as a port or a tool.

If you are unsure, start with one senior engineer on a month-to-month basis and see how the work flows before you add people.

Dev-Hire engineers work your hours with a stated daily overlap, agreed before they start. In practice that means the engineer joins your standup, planning and review meetings, and uses your tools: your repository, issue tracker, chat and build system.

Set up a few habits early:

• Share a written definition of done for each task, including target platform and performance budget.
• Give access to the engine project, version control, build servers and a test device pool on day one.
• Use pull requests with a named reviewer so knowledge does not sit with one person.
• Keep design decisions in writing so the engineer can work through the part of the day when designers are offline.
• Hold a short weekly demo of playable builds, not slide updates.

Playable builds matter most. A game that runs on a device shows progress that status reports cannot.

Equipment is included in the monthly rate, so you do not ship laptops or manage payroll. If the fit is wrong, free replacement is part of the all-inclusive rate. Engineers handle the daily work, and you keep control of the roadmap and the code.