Dynamics and Control Laboratory
At the Dynamics and Control Laboratory, students and researchers develop robots, drones, smart control algorithms, and AI systems, while building robots for annual national competitions. We aim to build human capital and technological expertise to push research frontiers and commercialize innovative solutions.
A center of excellence in technological development.
DCLab has the vision to be a center of excellence in technological development in the fields of Robotics, Artificial Intelligence (AI), IoT, and Aerospace.
Human resources, research culture, and practical innovation.
Accumulate human resources and technological knowledge to advance research boundaries.
Marching forward to the commercialization of innovative solutions.
Rigorous processes and practices.
Shorten the learning curve for new generations by nurturing students with technical knowledge and entrepreneurship.
Advance research and development in Robotics, Artificial Intelligence, and Aerospace through DCLab-designed extracurricular activities and tools.
Built for learning by building.
DCLab was founded in 2015 by Asst. Prof. Dr. SRANG Sarot to foster knowledge absorption for the next generation of talented engineers to become resourceful professionals. In our laboratory, we explore and apply knowledge in various fields ranging from robot and medical device development to spacecraft development.
We are advancing research on modeling, simulation, control systems, artificial intelligence, system identification, estimation, and robotics, and we keep improving prototype development and product development. The gathered pieces of knowledge are constantly diffused through yearly online intensive courses, robot development, aircraft and spacecraft development, seminars, conferences, and collaboration with private and public entities.
DCLab has office space and fabrication facilities for all members to apply their technical knowledge by making prototypes. While working in DCLab, members are exposed to project-based learning, research culture, and company-like management that can be applied to daily life applications and advanced research.
Members in 2019
Seminar
Team Work
Four research directions, one engineering mission
There are four main research themes in our laboratory: AI and Data Science, Robotics and Autonomous Navigation, Aerospace, and IoT.
AI & Data Science
Intelligent models, data processing, machine learning, and applied research.
Autonomous Navigation
Robot platforms, control systems, navigation, and sensing.
Aerospace Systems
Development of CubeSat, Rocket, UAV, Drone.
Connected Devices
Embedded systems, sensors, smart devices, and connected infrastructure.
A laboratory run with company-like discipline.
The laboratory runs in the same way a company does. It has a structure and people to handle all positions, giving members exposure to lab-based education culture, entrepreneurship, and learning by doing.
