Students
Tuition Fee
Not Available
Start Date
Not Available
Medium of studying
Not Available
Duration
Not Available
Details
Program Details
Degree
Courses
Major
Electronics Engineering | Robotics Engineering | Computer Science
Area of study
Information and Communication Technologies | Engineering
Course Language
English
About Program

Program Overview


Introduction to the 4-H Robotics Project

The 4-H Robotics Project is an educational program that combines aspects of design, mechanics, and electronics to manufacture materials, travel where humans can't, collect data, and aid people with disabilities. Participants can join or start a 4-H robotics club, participate in the 4-H robotics challenge, or exhibit a robotics project.


Ages and Stages of Youth Development

The program is divided into three stages:


Beginners

Get started learning about robots by participating in a robotics workshop. Learn to build a robot and to program basic functions.


Juniors

Expand upon your engineering knowledge and create your own robot designs. Learn about using sensors and a variety of flow commands within your robotics program. Explore opportunities to participate in advanced robotics competitions.


Seniors

Expand on your programming knowledge by learning to create new programming blocks or by learning a programming language like Robot C. Utilize your robot to complete complex tasks. Further explore career opportunities related to robotics.


4-H Programming Priorities

The program focuses on the following priorities:


Leadership

Youth can show leadership within the robotics program by helping to facilitate a workshop on robotics as well as by mentoring younger youth in the project area.


Health & Wellness

Youth can explore a variety of career opportunities, many involving the use of technology and robotics in the healthcare fields and in promoting health and wellness.


Science

Robotics is filled with science, technology, engineering, and math concepts. Youth will learn about physics, mechanics, electricity, and computer science.


Agriculture

The use of technology within agriculture is increasing every year. Learn about the use of robotics in agriculture.


Getting Involved

Youth can get involved in the program through:


Youth Voice

  • Create and share a video about programming a robot
  • Give a presentation on robot types
  • Demonstrate a robot build

Community Service

  • Utilize a robot to improve your community by picking up trash
  • Teach younger 4-H members how to program a robot

Career Connections

Explore career opportunities in:


  • Aerospace
  • Engineering
  • Manufacturing
  • Medical
  • Military
  • Pharmaceutical

Exhibit Ideas

  • Build a robot from a kit and describe how the design allows the robot to perform specific functions
  • Design and build a robot to complete a specific task
  • Program a robot and exhibit the robot and program
  • Make a poster on various types of robots

Learning Resources

  • National 4-H Curriculum

Related Topics

  • 4-H Projects
  • 4-H Physical Sciences
  • Technology & Engineering Project

Related Content

  • Speedboat Robotics Curriculum: A hands-on curriculum introducing youth to STEM concepts through fun, engaging robotics projects.
  • 4-H Bounty: A monthly club guide that focuses on leadership activities, community service, youth-in-action, and specific project areas, as well as prepares youth and their families for county and state events.
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