Designing and shipping a 3D first-person shooter is one of the fastest ways to prove you can handle real production complexity in Unreal Engine 5. This course walks you from a blank project to a polished FPS that is ready for portfolio use, internal team demos, or early access launch.
You will build a solid technical foundation for FPS games: responsive player movement, modular weapon systems, readable combat spaces, and performant graphics. Along the way you will learn how to scope, document, and debug like a studio engineer so your future projects move faster.
By the end of the track you will have both a finished project and the confidence to extend it into your own FPS ideas.
If you are new to Unreal entirely, start with a shorter intro course first, then return to this as your first full-scale combat project.
Each lesson focuses on one concrete outcome so you always leave with a visible improvement in your game.
When you are ready, jump into Lesson 1: Game Design & Technical Architecture to define the FPS you are going to build and the systems that will power it.
Follow these lessons in order to complete the course
Define the vision, scope, and technical architecture for your 3D first-person shooter so every future lesson builds toward a shippable Unreal Engine 5 project instead of a loose prototype.
Set up a clean Unreal Engine 5 project for your FPS so you are not fighting defaults, cluttered folders, or mismatched settings for the rest of the course.
Plan your FPS art pipeline, asset list, and content folder structure so characters, weapons, and environments ship on time without scope creep or rework.
Set up Git or Perforce for your Unreal Engine 5 FPS project so you can work safely alone or with a team, merge changes, and never lose work.
Build a responsive first-person character controller in Unreal Engine 5 with walking, sprinting, jumping, and crouching so your FPS feels tight and playable.
Add weapons, firing, and hit detection to your UE5 FPS: line traces, damage, ammo, and hit feedback so your game has real combat.
Add enemies that take damage, chase the player, and fight back in UE5 - AI Controller, behavior logic, and health so your FPS has real threats.
Design playable FPS spaces in UE5: blockout, lighting, cover, sightlines, and flow so your levels support combat and feel intentional.
Add HUD, menus, and feedback in UE5: health, ammo, crosshair, pause menu, and on-screen cues so your FPS communicates state clearly to the player.
Add weapon sounds, footsteps, music, and ambient audio in UE5 so your FPS sounds complete - Sound Cues, attenuation, and simple music triggers.
Add muzzle flashes, impact sparks, explosions, and environmental VFX in Unreal Engine 5 so your FPS feels punchy and readable - Niagara and Cascade basics.
Profile your FPS, fix frame drops, and scale quality so it runs smoothly on target hardware - Unreal Profiler, LOD, and scalability settings.
Add multiplayer to your UE5 FPS with replication, RPCs, and client-server authority so movement, shooting, and state stay in sync across players.
Push your UE5 FPS visuals further with Lumen, Nanite, post-processing, and material techniques so your game looks portfolio-ready and runs smoothly.
Systematically test your UE5 FPS for bugs, performance, and polish so it is stable and ready for beta. Learn playtesting, automation, and QA checklists.
Launch a beta build of your UE5 FPS, gather feedback from real players, and use community input to prioritize fixes and polish before release.
Prepare your UE5 FPS for release on Steam, Epic, and other storefronts. Store pages, SDKs, achievements, and platform-specific build and submission steps.
Ship your UE5 FPS and keep it healthy. Launch day checklist, monitoring, patches, and planning post-launch content and community support.
