I Hired 6 Game Developers in Singapore — the 3 Portfolio Lies That Cost Us 4 Months

We hired six game developers in Singapore over about eighteen months. Two were excellent immediately. Three were fine once we understood what they were actually good at. One cost us four months, and the warning signs were all in a portfolio I had looked at for twenty minutes and enjoyed. What I learned is that game portfolios do not lie the way CVs lie. They mislead in three specific, structural ways that have nothing to do with dishonesty — and once you know the three, a twenty-minute screen tells you more than a week of interviews. Here is the process I use now.

Step 1: Decide Which of the Four Game Engineering Jobs You Are Hiring For

“Game developer” is four jobs. They share a vocabulary and almost no daily work, and the market will happily send you the wrong one.

• Gameplay engineer. Systems the player feels — movement, combat, progression, tuning. Iterative, taste-driven work, and the profile most people picture.
• Engine and tools engineer. Build pipeline, editor tooling, memory, load times, the profiler. Deeply unglamorous, and usually what is actually blocking your team.
• Live-ops and backend engineer. Content delivery, remote configuration, events, economy, telemetry, backwards compatibility. In free-to-play, this is the product.
• Technical artist. Sits between art and engineering — shaders, rigging, performance budgets on the art side. Scarce everywhere, and the hire that quietly rescues a project.

Write down which two your first hire must cover. If your build takes forty minutes and your artists are blocked on tooling, hiring another gameplay engineer will not help you, however good they are.

Step 2: Write the Specification Around the Shipped Target

The standard advert says Unity or Unreal, C# or C++, three years of experience, “passion for games”. It filters nobody and attracts everybody with a portfolio.

Replace it with four facts, and watch the applicant pool sort itself:

1. Platform. Mobile, PC, console, or several. This alone halves the field.
2. Engine and version. Not just “Unity”. The version matters, because the pain is version-specific and so is the useful experience.
3. Target frame rate, and on what. Sixty frames per second on flagship hardware is a different engineering problem from thirty on a four-year-old mid-tier Android.
4. The lowest device tier you must support. For the Southeast Asian market this is the single most consequential line in the specification, and the one most often left out.

Candidates who have shipped will reply asking about the device tier. Candidates who have not will reply describing their passion. That is the whole screen, before you have spoken to anyone.

Step 3: Source Against the Singapore Reality

Singapore has a real games industry, but its shape is specific and it is not the shape of Helsinki or Montreal. Four pools, each strong at something different:

• Co-development and porting houses. Singapore is a significant hub for studios that build slices of other people’s games and port titles across platforms. These engineers are often excellent at optimisation, at reading unfamiliar codebases, and at working to someone else’s standard. They may have less experience owning a system from a blank file, and that is the gap to probe rather than a reason to pass.
• Regional mobile free-to-play. The deepest pool locally, and the one that understands the actual Southeast Asian market: low-end device constraints, patchy connectivity, live events, monetisation. If you ship mobile, start here.
• Console studios with Singapore offices. Smaller pool, strong on production discipline, certification and shipping to a hard date. Expect to compete on project quality rather than on salary.
• The polytechnic and university pipeline. Genuinely capable juniors with strong portfolios and no shipped title. Excellent value as a second or third hire with someone to learn from; risky as your first.

One structural note before you plan a search: games has historically paid below general enterprise software in Singapore for equivalent seniority. You will lose candidates to fintech and to the large platform companies if you compete only on the number. What wins is the specificity of the problem — which is another reason step 2 matters. If you are also weighing an offshore pod for the non-gameplay work, our guide to building a dedicated team in Singapore covers the structure, and our colleagues have written up the equivalent search in a very different market in their guide to hiring Unity game developers in Dubai, where the console pool is thinner and the mobile pool behaves differently.

Step 4: Interrogate the Portfolio for Authorship

This is where the four months went. A candidate listed a well-known title. It was true. He had worked on it, at a co-development studio, for fourteen months. What I did not establish was that his slice had been a specific subsystem under someone else’s architecture, with the hard decisions already made. Hiring him to own a system from scratch was my error, not his.

The question that works is not “what did you work on”. It is:

“Name a system you wrote end to end. What was the hardest bug in it, and how did you find it?”

Someone who owned a system answers with detail that cannot be rehearsed — the exact frame where it broke, the profiler capture that finally showed the stall, the workaround still sitting in the code that they are slightly embarrassed by. Someone who was adjacent describes the feature from the outside, in the passive voice, and runs out of specifics within about three follow-ups.

Then handle the other two lies directly:

• The vertical slice. Ask plainly: did this ship, to whom, and on what device? A polished ninety-second capture proves someone can make one scene look good under controlled conditions. It says nothing about the hundredth hour of content or the memory budget.
• The scaffolding. Asset-store controllers and tutorial-derived architecture are completely legitimate tools, and using them is often the right call. The question is simply: what did you change in it, and why? A candidate who has genuinely worked inside a third-party system will tell you exactly which assumption they had to break. One who bolted it on will describe it as a feature of their game.

Step 5: Run the Device Test

Stop watching video. Video is edited, captured on the developer’s machine, and structurally incapable of telling you the thing you need to know.

Instead: take their existing build, or set a short paid exercise of about four hours, and run it on a mid-tier Android handset that is two or three years old. Not your flagship. The device your actual players in the region hold.

Then look at three numbers together, because any one alone is misleading:

1. Frame time, not frame rate. An average of 60fps hiding regular 40ms spikes feels worse to a player than a stable 30. Ask the candidate to explain their own spikes.
2. Memory ceiling and what happens when you approach it. The mid-tier device is where this bites, and where most portfolio projects have never been tested.
3. Cold start and load time. Unfashionable, heavily correlated with retention, and almost never optimised in a portfolio piece.

The point of the exercise is not the numbers. It is that you get to watch an engineer profile something in front of you. The strong ones open the profiler before they open the code. The weak ones start guessing, changing settings, and hoping. Twenty minutes, and the ambiguity is gone.

Step 6: Screen for Live Operations, If You Ship Free-to-Play

This is the step almost nobody runs, and in the Southeast Asian mobile market it is the one that decides whether your product survives its first year.

Shipping a free-to-play game is not the end of development. It is the beginning of a weekly operation: events, balance changes, new content, pricing experiments, and the permanent constraint that a meaningful share of your players are running a client version you shipped months ago and cannot force to update.

So ask: “Tell me about a change you shipped to players who were already mid-session.”

What you are listening for:

• Content pipeline. Can they ship content without an app store submission, and do they understand why that matters for the release cadence?
• Remote configuration. Have they operated feature flags and balance values as live data rather than as constants in a build?
• Backwards compatibility. The question that exposes real experience — what happens to a player on a three-version-old client when the economy changes?
• Telemetry. Did they instrument before shipping, or add analytics after the first bad week?
• Rollback. Has a live change ever had to be reverted, and how long did it take?

A candidate from a premium console background will answer this poorly, and that is fair — it was never their job. But if you are shipping free-to-play in this region, you have just learned something important about the shape of your team. The backend half of this profile overlaps heavily with ordinary platform work, which is why our notes on hiring infrastructure engineers in Singapore apply more than most game-specific advice does.

Step 7: Tie the Offer and the First 90 Days to Something in a Build

Write the probation review before the offer, and make it concrete: one feature, shipped into a real build, running at target frame rate on the lowest supported device. Not a prototype. Not a technical demo. Something the team shipped.

This forces two useful conversations early. It makes you confront whether your build and release process can actually get a new hire’s work in front of players inside ninety days — and if it cannot, that is your real problem, not the hire. And it gives an honest candidate the standing to tell you the target is unrealistic, which the good ones will do in the interview rather than in month three.

On the package: if you are hiring a foreign candidate, check Employment Pass qualifying salary and the COMPASS points framework before you agree numbers, not after. Discovering a package does not qualify after a candidate has resigned is the most avoidable way to lose a hire in this market, and it happens constantly.

The Three Mistakes That Cost the Most

Reading a shipped title as evidence of ownership. Especially in Singapore, where co-development is a large and genuinely skilled part of the industry. The credit is real. The scope behind it is the thing you need to establish, and one question does it.

Judging on a video. The capture is made under conditions your players will never have. Put the build on the device your market actually holds, and the conversation changes completely.

Hiring gameplay when you are blocked on tools or live-ops. The most common misallocation I see. A forty-minute build and an unowned live-ops pipeline will not be fixed by another gameplay engineer, no matter how strong. Step 1 exists to catch this before you spend a search on it.

Frequently Asked Questions

What does a game developer cost in Singapore in 2026?

In the searches we have run, a gameplay or client engineer with three to six years of shipped experience generally sits between S$6,500 and S$9,500 per month, and a senior engine, tools or graphics engineer between S$10,000 and S$15,000 per month. Live-ops backend engineers who have operated a game at regional scale often price at or above the senior band because the pool is small and the operational burden is real. Two adjustments matter locally. Games has historically paid below general enterprise software in Singapore for equivalent seniority, which means you compete on the product rather than the number, and you will lose candidates to fintech if you compete only on salary. And if you are hiring a foreign candidate, Employment Pass qualifying salary requirements and the COMPASS points framework set a floor and a set of conditions you should check before you agree a package rather than after.

Should I hire a Unity or an Unreal developer?

Hire for the engine you ship on, and do not treat the two as interchangeable at senior level. At junior and mid level the transferable core is real — a competent gameplay programmer will be productive in either within a few weeks, because the concepts carry over even when the APIs do not. At senior level the gap is genuine, because the valuable knowledge is engine-specific: how the renderer actually behaves under load, which parts of the build pipeline are fragile, where the profiler lies to you, and the accumulated scar tissue of shipping through that engine version. In Singapore the practical consideration is supply. The mobile free-to-play market here runs heavily on Unity, so the Unity pool is markedly deeper. If you need Unreal and console experience, expect a longer search, a smaller shortlist, and to compete with the console studios that have offices here.

How do I verify what a candidate actually built on a team title?

Ask for file-level specificity and follow it down. The question that works is not “what did you work on” but “what is a system you wrote end to end, what was the hardest bug in it, and how did you find it”. Someone who owned a system answers with detail that cannot be rehearsed: the frame where it broke, the profiler view that finally showed the stall, the workaround they are still slightly embarrassed by. Someone who was adjacent to it describes the feature from the outside, in the passive voice, and runs out of specifics in about three follow-ups. This matters especially in Singapore because a large share of local experience comes from co-development work, where a candidate may have genuinely contributed to a well-known title while owning a narrow slice. That is not dishonest and it is not disqualifying — but you need to know which slice before you build a plan around them.

Do I need local hires, or can this team be remote?

Game development tolerates distributed teams less well than most software, for two practical reasons. Iteration is visual and fast, and the feedback loop degrades noticeably when the person tuning a feel-based system cannot sit next to someone playing it. And builds, devices and test hardware are physical: someone has to hold the handset that is dropping frames. That said, the split that works in practice is to keep gameplay, technical art and production in one place, and to allow live-ops backend, tools and infrastructure to be remote, because that work is closer to ordinary distributed software engineering. Singapore is a strong hub for the first group and an expensive place to staff the second, which is why many regional teams run exactly this hybrid.

Sebastian

Mobile App & Hiring Expert at HireDeveloper.sg. Runs mobile and interactive product hiring for teams shipping to the Southeast Asian market.