Plan and design the interface layer between your gameplay systems and your players—covering player flows, HUDs, menus, states, input behaviour, readability, prototypes and design handoff for gaming and esports products.
Design scope can support new games, live titles, prototypes, esports products and interface redesigns. Engine implementation is scoped separately when required.
Start with a focused audit when you need direction, a design sprint when priority flows need production-ready screens, or a custom system when the interface spans multiple game systems, states and platforms.
For indie teams, prototypes or live games that need a clear diagnosis before committing to a larger redesign.
For teams that need a defined player flow or small screen family taken from UX structure into polished UI.
For multi-screen products where HUDs, menus, inventory, progression, lobbies, settings and platform variants need one coherent interface system.
Starting prices are entry points for the defined scope above. Final pricing depends on the game, number of screens and states, target platforms, available source material, art direction, review cycles and required handoff depth. Engine implementation, complex motion production and new illustration/3D asset production are not assumed unless added to scope.
Send the current screens, target platforms and the player journey that is causing the most friction. The enquiry can start with a simple description; detailed files can be shared after the scope is reviewed.
A standard app interface can often assume a stable screen, pointer input and task-focused attention. Game interfaces compete with motion, combat, audio, narrative, spatial context and time pressure while also supporting layered menus and multiple input devices.
Players do not experience the HUD, lobby, loadout, inventory, results and progression screens as separate products. They move through them as one loop. A Game UI/UX engagement therefore needs to connect information hierarchy with player intent, game state and the transition between play and management moments.
The exact journey depends on the title, but the design should account for how players move into play, make choices, recover from mistakes, understand results and decide what to do next.
Prioritize the decision at the current state rather than exposing every possible system at the same visual weight.
Back paths, recovery states, confirmation messages and empty/error states are part of the real flow, not edge decoration.
Long setup sequences, unclear matchmaking states, overloaded inventories or ambiguous rewards can break momentum between play sessions.
A production-friendly interface is more than individual screens. It needs reusable patterns for repeated content, predictable interaction states and enough specification for developers to understand what changes when the game state changes.
Information hierarchy for health, resources, objectives, abilities, navigation, status effects, team information, prompts and contextual alerts.
Scanning, comparison, selection, equip states, locked content, categories, filters and decision feedback across potentially dense content sets.
Party membership, readiness, queue state, mode selection, role or map context, invite behaviour and transition into the match.
Rank, XP, missions, unlocks, reward reveals, progression paths and the relationship between short-session outcomes and long-term goals.
Controls, audio, display, subtitles, interface scaling, contrast, motion, communication and other settings that players may need before or during play.
When applicable: offers, currencies, item detail, purchase confirmation, ownership state and clear separation between browse, selection and transaction steps.
Good scoping distinguishes the work performed during the engagement from the handoff artifacts your team will use for review, production and implementation.
The final combination depends on the selected engagement and the condition of the existing interface.
Exact formats and source-file expectations should be confirmed before design production starts.
You do not need every item below on day one, but missing gameplay context or unclear ownership can slow decisions and force avoidable rework.
Genre, audience, core loop, target platforms, primary player goals and the flows that need design attention.
Screenshots, source files, visual references, branding, typography, iconography and game-world art that should influence the interface.
Engine, existing UI framework, resolutions, aspect ratios, input methods, platform requirements and known implementation limits.
Who approves UX, visual direction, game-design rules, monetization surfaces, technical feasibility and final handoff.
Not every title needs a full redesign. This matrix helps distinguish a focused diagnosis from production design and a broader interface-system engagement.
| Situation | What usually matters most | Good starting scope | Likely custom-scope trigger |
|---|---|---|---|
| Prototype feels hard to navigateEarly game has screens but player flow is not clear. | Screen map, hierarchy, actions, back behaviour, feedback states. | UX Audit | New information architecture across several game systems. |
| Priority screens need visual productionFlow is broadly known but UI is not presentation- or implementation-ready. | Wireframes, high-fidelity UI, states, components and handoff notes. | Design Sprint | Large screen inventory or custom motion / illustration requirements. |
| PC + console interaction must coexistSame features need different input and focus behaviour. | Directional navigation, prompts, focus states, scalable components and platform variants. | System Scope | Engine implementation or extensive per-platform certification work. |
| Live title has grown inconsistentFeatures were added over time and screen patterns no longer match. | Pattern audit, component consolidation, state rules, migration priorities. | Audit → System | Large legacy migration or simultaneous redesign and implementation. |
| Esports / competitive experience needs clarityLobby, match state, team information and results must be scanned quickly. | Information priority, spectator/player roles, match states, alerts and results hierarchy. | Focused / Custom | Broadcast graphics, tournament operations or real-time data platform development. |
The number of stages can change with scope, but the work should make player-flow decisions before final visual production and finish with a handoff that the implementation team can use.
Confirm target players, platforms, game systems, priority flows, screen inventory, source material and decision roles.
Map journeys, screen relationships, primary actions, navigation rules, content priority and critical states.
Validate layout and interaction logic before detailed art direction is applied to a larger screen set.
Develop agreed high-fidelity screens, reusable components, state styling and platform variants where needed.
Review consistency, readability, focus/navigation logic, responsive behaviour and consolidated stakeholder feedback.
Organize editable source, exports, component/state guidance and implementation notes according to the agreed scope.
Visual polish matters, but game-interface QA also needs to check behaviour, states, readability and the handoff assumptions that can create implementation gaps later.
UI/UX design should clarify the player experience and produce implementation-ready design direction. It does not automatically include every adjacent game-production discipline.
Commonly suited to player-flow and interface design work.
Requires additional review because effort depends on the technical or production environment.
Adjacent disciplines should not be inferred from a Game UI/UX design engagement.
The buyer may be a founder, game director, producer, product lead, UX lead or studio team. Engineering, art, game design, accessibility and publishing stakeholders may also influence the requirements.
Need to turn a rough prototype or functional screen set into a coherent player journey and presentable interface direction.
Need to improve or consolidate UI that has grown through new modes, features, events, currencies or progression systems.
Need the same product logic to work across mouse/keyboard, controller and possibly touch without duplicating every design decision.
Need fast-scanning match, lobby, team, result or companion interfaces where status and next actions must remain clear.
These answers focus on the issues that typically affect scope, handoff, platform behaviour, timing and whether a focused or broader engagement is appropriate.
Use the Requirement Details field to describe the game, target platforms, current state, screens or player flow involved, and what you need to be different after the engagement.
Email ID, Phone and Requirement Details are required. Name is optional.
