Abhijit Karande

Spearheaded development of immersive digital twins for real-world machines by integrating Blender, EPLAN, and sensor data, resulting in enhanced system simulation fidelity and cross-functional training. Led AP Leader role in the EU-funded DialoKIM project, co-authoring research papers on digital twin methodologies and VUI interaction. Designed REST/MQTT-based synchronization between physical and digital twins, improving remote monitoring responsiveness by over 30%. Developed an Agile Production System digital twin using PolyVR, enabling real-time interaction with Fischertechnik hardware and gamified training modules. Automated functional modules with Python scripts, optimizing development workflows across teams. Enhanced UI/UX and optimized performance for a 3D sculpture viewer, increasing average user session time by 18%.

Spearheaded development of immersive digital twins for real-world machines by integrating Blender, EPLAN, and sensor data, resulting in enhanced system simulation fidelity and cross-functional training. Led AP Leader role in the EU-funded DialoKIM project; co-authored and published research papers and posters on digital twin methodologies and VUI interaction, contributing to academia research. Designed and developed REST/MQTT-based synchronization between physical and digital twins, improving remote monitoring responsiveness by over 30%. Developed an interactive Agile Production System digital twin using PolyVR, enabling real-time interaction with Fischertechnik hardware and increasing user engagement through gamified training modules. Enhanced UI/UX by implementing interactive quizzes and feedback loops. Automated functional modules using Python scripts, reducing manual integration overhead and streamlining development workflows across teams. Optimized web navigation and interaction l

Visualized real-time GIS data on a 3D Earth digital twin as part of the KIGLIS project, using Python and C++.