Tirth G

Software Developer & Unity Developer & VR Engineer

Humatects GmbH

Aug 2021 - Present • 4 yrs 9 mos

Designing and developing immersive XR systems and real-time distributed platforms for aerospace, research, and industrial applications. My work focuses on transforming complex telemetry and sensor data into interactive 3D environments using Unity and OpenXR. Aerospace & Telemetry Systems • Architected an end-to-end distributed XR system connecting airborne radar to a VR ground control station using Protobuf and ZeroMQ, achieving <100ms real-time communication latency. • Developed a Unity-based radar visualization platform displaying tracked objects, telemetry streams, and situational awareness overlays. • Implemented advanced 3D operator interfaces including multi-layer radar views, mini-maps, and multi-perspective camera systems. • Optimized VR performance using LOD cascading, occlusion culling, GPU instancing, and object pooling, maintaining stable 80Hz rendering on Oculus Rift S. • Conducted live system testing during aerospace flight measurement campaigns, maintaining stable VR visualization and low-latency telemetry. XR Research & Spatial Audio • Engineered a spatial audio simulation system using HRTF models and Steam Audio SDK for immersive acoustic environments used in hearing-aid validation research. • Implemented eye and gaze tracking with HoloLens 2 API and OpenXR for Meta Quest, enabling precise spatial interaction experiments. AI, Data & Cloud Platforms • Built machine learning pipelines (TensorFlow, scikit-learn) forecasting smart-grid failures with 92% prediction accuracy. • Developed real-time data ingestion systems using NetMQ and InfluxDB with sub-500ms query latency. • Designed interactive analytics dashboards using Plotly Dash and Mapbox. • Implemented CI/CD pipelines and cloud infrastructure using AWS, Docker, GitLab Actions, and Terraform.

Master Thesis

German Aerospace Center (DLR)

Apr 2023 - Nov 2023 • 7 mos

Developed a virtual reality ground station tool for autonomous air taxi monitoring, integrating 3D radar simulation and real-time telemetry visualization. • Researched radar data simulation methods and visualization strategies in Unity. • Designed multiple 3D radar visualization techniques for monitoring airborne vehicles and telemetry streams. • Evaluated different radar architectures and data acquisition pipelines for air-to-ground monitoring systems. • Developed validation and verification frameworks for Unity-based radar simulation platforms.