Summary

Engineering worlds that feel alive.

Technical leadership for scalable gameplay, AI, multiplayer, tools, and production delivery.

  • Unreal Engine 5 and production C++
  • Gameplay architecture and technical direction
  • Systemic NPC AI and long-running simulation
  • Server-authoritative multiplayer systems
  • Persistence, recovery, and deterministic state
  • Automated testing and data-driven CI/CD
  • Editor tooling, profiling, and performance budgets
  • Team leadership and stakeholder alignment
UCLASS()class SEANMENZIES_APIATechLead : public ABuilder{  Architecture();  Mentorship();  Delivery();};

Projects

Two projects. One systems-first approach.

From persistent settlement simulation to a server-authoritative social venue, these case studies show how C++, tools, data, and verification become coherent player-facing worlds.

Foundation system

Giving life to worlds through NPC programming

Shoni Island studies how repeated individual interactions grow into a society. Casinoverse gives autonomous visitors enough context, ownership, and recovery behaviour to participate credibly in a shared venue.

Explore the simulation evidence
100 × 200

Villagers × simulated days in seeded social studies

StateTree + Smart Objects

Contextual decision-making and real location ownership

Golden vectors

Shared deterministic scenarios across Python and native C++

Leadership

Engineering leadership beyond the codebase

The initial framework is in place for evidence-led leadership case studies. Category detail will be added only when it can be grounded in approved experience.

Data-Driven CI/CD

Atlassian Project Management Tools

Sprints

Bridge Between Stakeholders and Developers

Mentorship

Budget Management

Start a conversation

Building ambitious systems in Unreal?

For technical leadership, Unreal Engine 5, C++, gameplay systems, and production delivery.

Email Sean