Introduction to Robotics Engineering Curriculum

Course Description:

This course provides an introduction to the field of robotics engineering. Students will learn about the fundamentals of robotics, including robot design, kinematics, dynamics, control, and programming. The course will also cover various applications of robotics in industry, healthcare, and other fields.

Week 1: Introduction to Robotics

• Overview of robotics engineering
• History and evolution of robotics
• Types of robots and robot components

Week 2: Robot Design

• Robot anatomy and morphology
• Design considerations for different types of robots
• Case studies of robot design

Week 3: Robot Kinematics

• Introduction to robot kinematics
• Forward and inverse kinematics
• Denavit-Hartenberg notation

Week 4: Robot Dynamics

• Basics of robot dynamics
• Newton-Euler equations
• Lagrangian dynamics

Week 5: Robot Control

• Introduction to robot control
• Feedback and feedforward control
• Control strategies for different types of robots

Week 6: Robot Sensors and Perception

• Types of sensors used in robotics
• Sensor fusion techniques
• Robot perception and environment modeling

Week 7: Robot Programming

• Programming languages and frameworks for robotics (e.g., ROS)
• Basic robot programming concepts
• Hands-on programming exercises

Week 8: Applications of Robotics

• Industrial robotics
• Service robotics
• Robotic applications in healthcare, space exploration, and other fields

Week 9: Advanced Topics

• Mobile robotics
• Multi-robot systems
• Emerging trends in robotics (e.g., soft robotics, swarm robotics)

Week 10: Final Project

• Students work on a robotics project integrating concepts learned throughout the course
• Project presentation and demonstration

Assessment:

• Weekly assignments or quizzes
• Midterm exam
• Final project evaluation

Prerequisites:

Basic knowledge of physics, mathematics (calculus, linear algebra), and programming (preferably in a language like Python) is recommended.