Industrial Driving Simulation for Professional Driving Schools

Client: Driving School
Role: Lead Software Engineer & Project Manager

Technology: SCANeR Simulation Engine, C++, Python, VR Integration, Arduino, HID firmware, Motion Platform, Hardware-Software Integration

Keywords: Driving Simulation, VR, Car Simulation, Digital Twin, Professional Training, HMI, Force Feedback

This project involved the end-to-end development of an industrial-grade car simulator tailored for professional driving schools. The system focuses on high-fidelity physics and realistic hardware interaction to provide a reliable training environment for student drivers.

🚀 Key Contributions:

Lead Development & System Integration

Led the development and deployment of the car simulator, ensuring seamless integration across software, hardware, and training requirements for professional driving environments.

HMI & Peripheral Engineering

Engineered and calibrated high-torque (21Nm) force-feedback steering systems, physical dashboards, and multi-display setups to replicate realistic vehicle cockpit experiences.

Motion Systems Integration

Managed the integration and optimization of modular 3-DOF motion platforms, ensuring system stability and responsiveness in high-frequency usage environments.

Cross-System Interoperability

Oversaw the interfacing between simulation software, motion systems, and hardware peripherals, enabling reliable and scalable operation across commercial and educational deployments.

Digital Twin Development

Developed 1:1 scale digital twins of complex urban road networks, enabling consistent, repeatable, and high-fidelity training scenarios for hazard perception and driver assessment.

Advanced Reporting & Analytics

Updated automated reporting systems to detect and log critical driving events—such as red-light violations, collisions, and traffic infractions—providing objective performance metrics.