◎ TOYOTA CONCEPT ASSOCIATION01 / PERCEPTIONParking Assist & 360° Surround View
Camera-based perception and spatial visualization for low-speed maneuvering and driver assistance.
AUTONOMOUS SYSTEMS · CONTROL · ADAS
Engineering intelligent
and safer mobility.
Research and engineering across perception, estimation, control and connected autonomous systems—from foundational methods to real-world automotive applications.
ADASAutomotive systems
AI + ControlPerception to decisions
360°Sensor-aware mobility
SYSTEM CAPABILITIES ● LIVE CONCEPT
◎Perception & sensing
⌁Path planning & control
◈Sensor fusion
◇Safety & decision-making
INTELLIGENT TRANSPORTATION SYSTEMSSCROLL TO EXPLORE ↓
PROJECTS & INDUSTRY EXPERIENCE
Real-world impact through innovation
Automotive systems, advanced driver assistance and intelligent vehicle control.
✳Research-driven engineering
From sensing to actuation
From sensing to actuation
◎ TOYOTA CONCEPT ASSOCIATION01 / PERCEPTION
Ford CONCEPT ASSOCIATION02 / GUIDANCEAutonomous Driving Perception
Camera- and radar-aware perception concepts for intelligent highway driving and vehicle awareness.
▰ MAGNA INDUSTRY EXPERIENCE03 / SENSOR FUSIONTrailer & Reversing Assistance
Trailer-related estimation and reversing guidance concepts for safer, more predictable low-speed maneuvering.
04 / INTELLIGENT MOBILITYIntelligent Mobility & ADAS
Illustrative concepts for perception, sensor fusion and vehicle decision-making across modern mobility systems.
INTERACTIVE DEMONSTRATOR
Explore an ADAS sensor suite
Drag to rotate · Scroll to zoom · Toggle each sensor layer
360° INTERACTIVE 3D
Interactive 3D conceptDrag to rotate · Scroll / pinch to zoom
360° · Mouse / touch
Explore the system
A closer look at an ADAS sensor suite
Rotate the conceptual vehicle model to explore the placement of sensing and processing elements. This interactive demo is a visual teaching aid—not a production vehicle, a customer-specific design, or a representation of confidential Magna/OEM hardware.
For public portfolio use, replace concept imagery with approved photos, renders or video and add the specific OEM / feature mapping only where disclosure is authorized.
Research
Research directions
Core areas of interest across intelligent systems, robotics, control and autonomous mobility.
Control Theory & Estimation
State estimation, Kalman filtering, robust inference, nonlinear systems, and control under uncertainty.
Robotics & Autonomous Systems
Robotic locomotion, contact detection, autonomous systems, and reliable state inference.
Intelligent Sensing & Sensor Fusion
Multi-sensor fusion, wireless sensing, probabilistic estimation, and intelligent sensing architectures.
Connected & Automated Vehicles
Vehicle control, cooperative systems, autonomous mobility, and connected vehicle technologies.
ADAS & Automotive Control
Advanced driver-assistance systems, vehicle motion control, parking assistance, and intelligent automotive functions.
Cyber-Physical Systems & Security
Secure estimation and control of networked cyber-physical systems, including vehicle platoons.