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Robotics Essential - RE

  • Category: Software Development
  • Exam Code: RE
  • Type of Question: Multiple-choice question
  • Exam Duration: 120 Minutes
  • Passing Score: 60%
  • Enquiry


In order to construct and operate robots, robotics essentials requires a thorough understanding of mechanical design, electronics, and programming. Intelligent and adaptable robotic systems may be created with a working knowledge of machine learning and sensor integration, as well as programming languages such as Python or C++. For engineers and hobbyists interested in exploring the dynamic world of robotics, understanding Robotics Essentials is essential. Applications range from manufacturing to healthcare.

Course Curriculum

  1. Basics of Robotics
    • Definition and scope of robotics
    • Historical developments in robotics
    • Key components of a robotic system
  2. Types of Robots
    • Industrial robots and automation
    • Mobile robots and autonomous systems
    • Social and collaborative robots
  3. Robotics in Various Industries
    • Applications of robotics in manufacturing
    • Robotics in healthcare and surgery
    • Robotics in agriculture, space, and other fields
  1. Robotic Components
    • Sensors and actuators in robotics
    • Controllers and microcontrollers
    • Power systems and batteries
  2. Robot Kinematics
    • Understanding robot movement and positioning
    • Degrees of freedom in robotic systems
    • Forward and inverse kinematics
  3. Project: Building a Simple Robot Arm
    • Hands-on project to apply kinematics concepts by building a basic robot arm
  1. Robot Perception
    • Computer vision in robotics
    • Image processing and object recognition
    • Lidar and Radar Sensing
  2. Sensor Fusion
    • Combining data from multiple sensors
    • Sensor calibration and accuracy
    • Applications of sensor fusion in robotics
  3. Project: Implementing Robot Perception
    • Practical application of perception and sensing in a robot project
  1. Robot Control Systems
    • Overview of control systems in robotics
    • PID controllers and feedback loops
    • Motion planning and trajectory generation
  2. Robot Programming Languages
    • Popular programming languages for robotics (e.g., ROS, Python, C++)
    • Robot Operating System (ROS) Basics
    • Scripting and Programming Robotic Behaviors
  3. Project: Programming Robot Control
    • Applying control systems and programming languages to control a robot
  1. Applications of Robotics
    • Drones and Aerial Robotics
    • Robotic exoskeletons and prosthetics
    • Robotic companions and assistive devices
  2. Ethical Considerations and Challenges
    • Ethical issues in robotics
    • Safety considerations in robotic design
    • Challenges in human-robot interaction
  3. Future Trends in Robotics
    • Emerging technologies in robotics
    • Advances in artificial intelligence and machine learning
    • Robotics research and development trends