Location - E12, 12th Floor
Opening Hours - 8:00 AM to 4:00 PM
Overview
The Robotics and AI Lab on the 12th floor of the E12 building at KMITL consists of two specialized rooms designed for advanced robotics projects. These rooms are used for assembling large-scale industrial robots and conducting field testing of industrial-sized mobile robots, providing students with hands-on experience in real-world applications. The lab is located on the left side of the elevator on the 12th floor of the E12 building.
Facilities and Equipment
Room 1 – Assembly and Prototyping
3D Printers: A collection of 3D printers used for creating parts and prototypes for large-scale robots.
Mechanical Tools: Various mechanical tools to aid in the assembly and testing of industrial robots.
Industrial Robot Assembly: The space is dedicated to assembling and prototyping large industrial robots, allowing students to work on complex robotic systems.
Room 2 – Field Testing
Grid Robot Field: A specialized area with a robot grid field designed for field testing of industrial-sized mobile robots.
Mobile Robot Testing: The space is used for evaluating the performance and functionality of industrial mobile robots in real-world conditions.
Projects and Activities
The 12th-floor RAI Lab supports various activities such as:
Assembly of Industrial Robots: Students can work on large-scale robot systems, assembling and fine-tuning them for real-world applications.
Field Testing of Robots: Students can test and analyze the behavior of mobile robots on a dedicated robot field, simulating real-world challenges.
Prototyping and Experimentation: Prototyping of robot parts using 3D printers and mechanical tools to build and test their projects.
Usage Rules
The lab is open to students enrolled in the Robotics and AI program.
Supervisor approval is required for the use of specialized equipment.
All equipment must be handled with care, and students must adhere to safety protocols.
Learning Outcomes
The 12th-floor RAI Lab provides students with the opportunity to work on advanced robotics projects, assembling industrial robots and conducting real-world field tests. This hands-on experience is essential for preparing students for careers in robotics engineering and automation.