Robotic
Step into the future with our Robotics program, where technology and innovation meet.
- Duration: 12 Weeks
- Training: Online/Onsite
- Course Fee:
About This Course
Step into the future with our Robotics program, where technology and innovation meet. Learn to design, build, and program robots for various applications, from industrial automation to healthcare. Through hands-on projects and state-of-the-art labs, gain practical experience in robotics engineering, artificial intelligence, and machine learning. Join us to become a skilled robotics engineer ready to transform industries and improve lives.
Course Overview
- Overview of robotics
- History and impact
- Basic concepts and terminology
- Introduction to robotics components (sensors, actuators, microcontrollers
- Basic electronics
- Overview of robotics programming languages (Python, C++)
- Introduction to development environments (Arduino IDE, ROS)
- Basic programming concepts
- Writing simple programs for microcontrollers
- Debugging techniques
- Types of sensors and actuators
- Interfacing sensors and actuators with microcontrollers
- Reading sensor data and controlling actuators
- Build a simple robot with basic sensors and actuators
- Basics of robotics
- Automation systems and their applications
- Basics of control theory
- PID control
- Implementing control algorithms
- Introduction to CPS
- Applications and challenges
- Implement a control system for the simple robot
- Advanced programming concepts
- Object-oriented programming
- Writing complex programs for robotics applications
- Introduction to ROS
- Setting up ROS environment
- Writing and running ROS nodes
- Develop a ROS-based robotics application
- Basics of computer vision
- Image processing techniques
- Using libraries like OpenCV
- Introduction to machine learning
- Applying machine learning to robotics
- Training and evaluating models
Course Benefits
- Understand the fundamentals of robotics and familiarize with key terminologies
- Learn about different robotics components and understand basic electronics
- Learn about different programming languages and environments
- Set up a development environment
- Understand basic programming concepts
- Write and debug simple programs
- Learn about different sensors and actuators
- Interface sensors and actuators with microcontrollers
- Apply knowledge of sensors, actuators, and programming
- Understand robotics and automation principles
- Learn control theory principles
- Implement and tune PID controllers
- Understand CPS principles and learn about their applications and challenges
- Apply control theory to robotics and tune control systems
- Learn advanced programming techniques
- Write complex robotics programs
- Understand the ROS framework
- Set up and use ROS for robotics projects
- Apply ROS to robotics development and integrate various robotics components
- Learn computer vision principles and implement image processing techniques
- Understand machine learning concepts and apply machine learning to robotics tasks
