Autonomous Systems and Mobility Solutions
Advanced Autonomous Systems & Research Studio for Vehicles and Flight
Autonomous vehicles and mobility solutions for classroom and research
Autonomous vehicles are one of the most exciting emerging mobility solutions that is impacting both private mobility as well as public transit. Other significant areas where autonomous mobility has a significant role to play include transportation of goods and material, security, as well as surveillance among others.
According to some estimates, there will be over 20 million autonomous vehicles operational by 2030, creating more than 100,000 new jobs in U.S. alone during the next decade. It is therefore an urgent need to develop a talent pool that can contribute significantly in the development and research of these autonomous mobility solutions and fill this talent gap in the industry.
Our Solutions
Autonomous Vehicles Research Studio
This is the ideal solution for academics and researchers looking to build an indoor multi-vehicle lab in a short amount of time. Consisting of QDrone quadrotors and QBot 2e ground vehicles, ground control station, vision, and safety equipment, the Autonomous Vehicles Research Studio is the only option to jumpstart autonomous robotics academic and research programs and be productive in a very short amount of time.
LiDAR Steering SmartCar OSEK RTOS
This is an autonomous vehicle robot equipped with LiDAR sensor and steering system based on OSEK RTOS. You can learn about LiDAR sensor and other various sensors as well as self-driving, ROS and SLAM through this equipment.
LiDAR Steering SmartCar OSEK RTOS was created to support the research of ICT convergence service using intelligent mobile robot based on OSEK RTOS and the training of high value human resources. It combines data from acceleration, magnetic, and gyroscope sensors with vision, including 12 ultrasonic sensors and 8 infrared sensors. It can be used to develop innovative autonomous navigation algorithms and application services for mobile robots.
Training Contents
Drone Intro :
Definition / Type / Configuration / Principles of Operation / Frame Selection / Flight Controller Selection / Ground Station Selection / Hardware, Firmware, Software Preparation / Additional Hardware / Safety Precautions
Drone Manufacturing
Hardware Assembly / Mission Planner Installation / Firmware Programming / Connecting Mission Planner and Ardupilot / Hardware Set-up
Flight
Flight Mode Set-up / Safety Inspection Before Motor Operation / Start & Stop Motor / Tips for Beginners / Basic Tuning / Measuring Vibration / Hovering Set-up / Trimming Set-up / Safety Device / Pre-Flight Checklist
Advanced Set-up
Auto Tune / Auxiliary Function / Gyro Calibration / Battery Power Limit Set-up / EKF / Flight Time Record / Take-off & Landing Control Set-up / Motor Scaling Ratio Set-up / Offset Compensation Set-up for Sensor Location / Sensor Check / Remote Port Configuration / Tuning
Flight Controller and Source
Flight Controller Hardware / Source Code
GCS-Mission Planner
Mission Planning through Waypoint and Event / Mission Command List / Application
GCS-QGROUND CONTROL
Intro / Download and Install App / Menu / Planning / Set-up / Flight / Application
LogData
Diagnose problems using Log Data / Analyze Dataflash Log Data / Remote Communication Log Data / Save and Execute Log Data
Others
FPV / Indoor Flight Guide / Multi-Flight / Antenna Tracking / Simulation / Reference
Conclusion
Autonomous vehicles are coming and it is important to prepare for them, and to prepare a generation of engineers and researchers to work on these exciting technologies that will drive our future.
Our Partners
At EdNex, we collaborate with global pioneers in education technology to bring future-ready learning experiences to institutions across K-12, Higher Education, and Vocational sectors.
