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STEM/Robotics
Category :IOT
STEM/Robotics

This STEM & Robotics Training course introduces participants to the exciting world of Science, Technology, Engineering, and Mathematics (STEM) with a focus on robotics, coding, and hands-on problem-solving. Participants will learn the fundamentals of robotics, programming, and engineering concepts using Arduino, Raspberry Pi, LEGO Mindstorms, and other robotics kits.

By the end of the course, participants will have the skills to design, build, and program robots, understand automation concepts, and apply STEM principles to real-world challenges. This training encourages creativity, teamwork, and critical thinking, preparing learners for careers in technology and engineering.

STEM/Robotics

STEM & Robotics Training

Module 1: Introduction to STEM & Robotics

  • Understanding STEM and its importance

  • Introduction to robotics and automation

  • Applications of robotics in real life

  • Career opportunities in STEM fields

Module 2: Basics of Robotics & Engineering Concepts

  • Introduction to robot components (sensors, motors, microcontrollers)

  • Basic electronics and circuits

  • Mechanical design and prototyping

  • Introduction to 3D printing and CAD modeling

Module 3: Programming for Robotics

  • Introduction to programming (Scratch, Python, C++)

  • Writing simple programs to control robots

  • Using Arduino IDE & Raspberry Pi for programming

  • Debugging and troubleshooting code

Module 4: Hands-On Robotics Projects

  • Building a basic line-following robot

  • Creating a robotic arm

  • Designing a remote-controlled car

  • Obstacle avoidance and motion tracking

Module 5: Sensors & Automation

  • Introduction to different types of sensors (ultrasonic, infrared, temperature, light)

  • How robots sense and react to their environment

  • Automating tasks with AI and machine learning basics

  • Internet of Things (IoT) and robotics

Module 6: Artificial Intelligence & Robotics

  • Understanding AI and how it powers robots

  • Basics of machine learning for robotics

  • AI-driven robots and smart assistants

  • Ethical considerations in AI and robotics

Module 7: Drone & Autonomous Vehicle Basics

  • Introduction to drones and how they work

  • Building and coding a basic drone

  • Introduction to autonomous vehicles and self-driving technology

  • Real-world applications in agriculture, security, and logistics

Module 8: Team-Based Robotics Challenges

  • Robotics competitions and hackathons

  • Problem-solving challenges and innovation labs

  • Collaboration and teamwork in engineering

  • STEM career pathways and mentorship opportunities

Module 9: Advanced Robotics & Future Technologies

  • Robotics in healthcare, industry, and space exploration

  • Exploring robotic prosthetics, humanoid robots, and exoskeletons

  • The future of AI and robotics integration

  • Ethical considerations in robotics and automation

Module 10: Final Project & Certification

  • Designing and presenting a working robotic system

  • Group showcase and innovation pitch

  • Course wrap-up and career guidance

  • Certification and future learning opportunities

Duration: 8-10 weeks (customizable based on learner level)
Target Audience: Kids, students, beginners, tech enthusiasts, aspiring engineers
Certification: Certificate of Completion provided after successful assessment

Would you like to focus on a specific area, such as AI-powered robotics, drone technology, or automation?

  • Basic computer literacy

  • Interest in technology, engineering, or robotics

  • No prior coding or robotics experience required (beginners welcome)