Port Simulator STS + RTG

Serious game · UE5 · full-terminal level with two operable vehicles

{ Unreal Engine Developer}

Unreal Engine

C++

Nest.js

Angular

A full port-terminal level in Unreal Engine 5 with two operable vehicles —ship-to-shore and RTG cranes— in a single environment: quay, silos, warehouses, container yards and tractor-trailer logistics. It extends the RTG crane simulator to the full port chain, replicating the ship-to-dock-to-yard unloading cycle in a single environment.

STS + RTGCranes integrated in one environment

UE5Simulation engine

Dock→YardSimulated unloading cycle

TerminalComplete photorealistic port

Problem

A port operator does not just run one crane: cargo flows from the ship to the dock with STS cranes and from there to the yard with RTG cranes. Training that full flow required a single environment integrating both machines and the whole terminal.

Solution

I built a port terminal simulator in Unreal Engine 5 that integrates ship-to-shore (STS) and RTG cranes across a photorealistic port —dock, silos, warehouses, container yards and tractor-trailers— replicating the ship-to-dock-to-yard unloading cycle.

Result

A single environment to train the terminal's end-to-end operation, extending the RTG crane simulator to the full port chain with photorealistic visual quality.

Port Simulator STS + RTG

Angel Iram
{ Unreal Engine Developer}

Ship-to-Shore (STS) Crane

I integrated the STS crane with its spreader and the ship-to-dock unloading maneuver, adding it to the port simulator ecosystem alongside the RTG crane.

Angel Iram
{ Unreal Engine Developer}

Complete Port Terminal

I built the terminal environment —dock, silos, warehouses, yards and access roads— to give context and scale to the maneuvers of both cranes.

Angel Iram
{ Unreal Engine Developer}

Integrated STS + RTG Flow

I connected the STS operation at the dock with the RTG yard to simulate the complete unloading and stacking cycle within a single terminal.

The code for this project belongs to the client and cannot be published. What I can show is on this page: the problem, the solution I built, my specific role and screenshots of the product. If what you want is to read my code, that's exactly why I built Ghostline: a complete, playable game with both the C# client repo and the TypeScript API repo open —the same technical judgment I applied here, this time auditable commit by commit.