Robotics

This course serves as an introduction to the core principles of robotics, covering mechanical design, sensors, actuators, and control systems. Students delve into the realm of programming, mastering the art of instructing robots to execute diverse tasks such as object detection and manipulation, navigation, and communication. With a strong focus on hands-on experience, participants get the chance to construct and program robots utilizing an array of hardware and software platforms.

Robotics embodies the convergence of science, technology, engineering, and mathematics (STEM) principles in the creation, operation, and refinement of robots. As a multidisciplinary field, robotics encapsulates all facets of STEM education. Crafting and refining a robot necessitates understanding mechanical engineering principles, electrical engineering concepts, computer science, mathematics, and beyond. Thus, robotics offers a dynamic platform for integrating the entirety of STEM education, delivering students a tangible application of these fundamental concepts.

Course Outline:

Introduction to Robotics
Definition and history of robotics
Types of robots and their applications
Basic components of a robot system

Mechanical Design
Robot anatomy and structure
Types of joints and movements
Design principles and considerations

Sensors and Actuators
Sensors for detecting the environment
Actuators for movement and manipulation
Control systems and feedback

Robot Programming
Introduction to programming languages for robotics
Robot control algorithms and programming structures
Simulation and testing of robot programs

Applications of Robotics
Industrial robots and automation
Medical robots and assistive devices
Service robots and their applications

Robot Ethics and Safety
Ethical considerations in the use of robots
Safety standards and regulations for robotics
Human-robot interaction and collaboration

Upon completion of this course, students will possess a comprehensive understanding of robotics fundamentals alongside practical proficiency in designing, constructing, and programming robots for myriad applications.