ROBÓTICA

4.9
16 weeks
60+

Hands-on robotics course covering robot kinematics, control systems, sensors, and autonomous navigation. Students will learn to design, program, and control robotic systems using modern frameworks like ROS (Robot Operating System) while gaining practical experience with real hardware and simulation environments.

CORE TOPICS

Robot Kinematics

Forward and inverse kinematics analysis

Control Systems

PID controllers and feedback systems

Computer Vision

Visual perception and object recognition

Autonomous Navigation

Path planning and SLAM algorithms

16-WEEK CURRICULUM

1

Week 1: Introduction to Robotics

To be scheduled

History of robotics, types of robots, and applications

Content to be added
2

Week 2: Robot Components and Hardware

To be scheduled

Actuators, sensors, microcontrollers, and robot anatomy

Content to be added
3

Week 3: Robot Programming Fundamentals

To be scheduled

Programming concepts for robotics and embedded systems

Content to be added
4

Week 4: Introduction to ROS

To be scheduled

Robot Operating System basics, nodes, topics, and messages

Content to be added
5

Week 5: Robot Kinematics I

To be scheduled

Forward kinematics, coordinate frames, and transformations

Content to be added
6

Week 6: Robot Kinematics II

To be scheduled

Inverse kinematics, workspace analysis, and singularities

Content to be added
7

Week 7: Sensors and Perception

To be scheduled

Ultrasonic, infrared, encoders, and IMU sensors

Content to be added
8

Week 8: Computer Vision for Robotics

To be scheduled

Camera systems, image processing, and object recognition

Content to be added
9

Week 9: Robot Control Systems I

To be scheduled

PID control, feedback loops, and motor control

Content to be added
10

Week 10: Robot Control Systems II

To be scheduled

Advanced control techniques and system stability

Content to be added
11

Week 11: Path Planning

To be scheduled

Grid-based planning, A* algorithm, and path optimization

Content to be added
12

Week 12: Simultaneous Localization and Mapping (SLAM)

To be scheduled

SLAM algorithms, mapping techniques, and localization

Content to be added
13

Week 13: Autonomous Navigation

To be scheduled

Navigation stacks, obstacle avoidance, and goal-oriented movement

Content to be added
14

Week 14: Human-Robot Interaction

To be scheduled

Voice commands, gesture recognition, and social robotics

Content to be added
15

Week 15: Robot Simulation

To be scheduled

Gazebo simulator, virtual environments, and testing

Content to be added
16

Week 16: Final Robot Project

To be scheduled

Complete autonomous robot project and demonstrations

Content to be added

COURSE STATUS: UNDER DEVELOPMENT

This hands-on robotics course is currently being developed. Hardware labs, ROS tutorials, and practical robot projects will be added progressively.