Simulation Projects

RealityBridge Construction

RealityBridge Construction is my work on a large-scale Unity platform for AEC and spatial review workflows, designed around BIM, scanned environments, interactive tooling, and presentation-grade visualization. The product supports workflows you would expect in serious commercial environments: loading and managing large building datasets, reviewing structured BIM content, visualizing point-cloud context, filtering model information, inspecting elements, measuring spaces, sectioning views, navigating large scenes, reviewing clashes, and presenting saved scene states through slide-based presentations.

What makes this work valuable is not just the feature count, but the engineering depth behind it. Projects at this scale require much more than “just Unity development.” They require architecture that can stay maintainable under growth, runtime systems that can handle large spatial datasets, UI and tool logic that remain predictable, and a user experience that works for real operators rather than just demos. My contribution sits in that space: building robust systems for real-time visualization, interaction, and workflow support in technically demanding environments.

This kind of work demonstrates that I can help create software at the level expected by serious AEC, construction, and industrial clients, including organizations that need reliable, production-grade tools for reviewing complex environments and asset data. It shows my ability to work on products that bridge simulation thinking, spatial computing, technical visualization, and commercial software engineering.

Technologies and engineering areas:

Unity, C#, Real-time 3D systems, BIM visualization workflows, Point-cloud visualization, ECS / entity-based runtime systems, State-driven architecture using Redux-style patterns, Async data loading and repository-based data access, Technical UI and workflow tooling, Spatial interaction systems, Presentation and review systems. Holographic / immersive platform integration

More about the product can be found: Tekle Holographics | Bridging Reality 

LiDAR Simulation

This project is a strong example of how I approach simulation engineering: not just building a technical feature, but turning a complex system into a usable product. I developed a Unity-based simulation environment that combines scene management, interactive tooling, custom UI, LiDAR sensor simulation, point-cloud visualization, and pathfinding-driven actors inside one coherent architecture. The LiDAR system itself is configurable, event-driven, and designed for extension, with centralized scan management, hit aggregation, object classification, and multiple runtime strategies for handling performance across different targets.

What makes this especially relevant to larger companies is that it shows I can take a consumer-grade experience and back it with solid engineering discipline. I didn’t just make a demo that “works once” in-editor. I built systems for spawning, selecting, transforming, and managing simulation objects through a polished interface, while also thinking about runtime constraints, maintainability, and scalability. The project reflects the kind of work simulation teams need in practice: architecting reusable systems, balancing fidelity with performance, and building tools that technical and non-technical users can actually operate.