Program Overview
This program introduces students to advancements in Robotic Control Systems using digital actuators. It covers control system fundamentals, hands-on system design, and real-time visualization. Through lectures, discussions, and remote labs, students gain practical experience in developing and evaluating robotic control systems. The program is suitable for students from various backgrounds with no prior knowledge required.
Program Outline
Degree Overview:
The program offers an introduction to the recent advancements in Robotic Control Systems by utilizing digital actuators. It is suitable for students from various backgrounds with no prior knowledge required. The course emphasizes the understanding of control system fundamentals, hands-on experience in system design, and real-time visualization.
Outline:
Digital Actuators and Sensors in Robotic Control Systems
This module delves into the capabilities and applications of digital actuators and sensors used in robotic control systems.
Control System Fundamentals for Robotics Controls
This module provides a comprehensive review of control system fundamentals, focusing on their relevance to robotics applications.
Digital Actuator Control Systems Design
This module explores the design methodologies and tools used in developing digital actuator control systems.
Hands-on System Design, Implementation, and Evaluation
This module involves practical hands-on experience in system design, experimental implementation, and evaluation of robotic control systems.
Teaching:
Instruction Methods
The course utilizes various instruction methods, including lectures, discussions, and hands-on labs.
Faculty
The course is taught by experienced instructors with expertise in robotic control systems and digital actuators.