POWERPOINT LESSON PLAN: https://docs.google.com/presentation/d/1hhBZbaCqbpGlU4nohGD8fVWjz73gvLoYbco2ebICYzM/edit?usp=sharing
Instructors must have a basic knowledge of circuitry and electricity.
Instructors who have fun and are creative!
For this lesson, students will delve into the world of electronics by exploring the fundamentals of circuits and LEDs. The lesson begins with an introduction to basic circuit concepts, followed by a hands-on demonstration of building a simple LED circuit. The highlight of the activity is an engaging activity where students unleash their creativity, constructing personalized LED circuit buddies using pipe cleaners.
LEDs 120pc (assorted colors) $13
Coin cell batteries 20pc (3V) $8
Pipe cleaners 200pc (assorted colors) $7
Jumper Wires $0
Clothes pins 50pc $6
Wire Tape $3
Introduce students to basic concepts of circuits and electricity.
Teach students how to create a simple LED circuit.
Engage students in a hands-on activity to build their own LED circuit buddies.
Encourage creativity through the construction of LED circuit buddies in various shapes using pipe cleaners.
Get a sense of curiosity about how everyday devices work and the role of circuits in technology.
Students will learn about the cool world of circuits and electricity.
Students will learn why LEDs are important.
Students will be able to identify everyday objects that use an LED circuit.
Students will get hands-on experience building their own LED circuits.
Literacy, STEM, or Leadership Skills Developed:
STEM
Performance Goals
Learning what a circuit is and LED
Description:
Begin with a brief discussion on electricity and circuits.
Show examples of everyday items that use LED circuits (e.g. flashlights, indicators, decorative LED).
Explain why LEDs are important and can be part of simple circuits.
Literacy, STEM, or Leadership Skills Developed:
STEM
Performance Goals
Learn to build a circuit and learn how it works.
Description:
Present a simple circuit diagram with an LED, battery, and jumper wires.
Discuss the importance of connecting the components in a closed loop for the circuit to work.
Highlight the importance of the correct orientation of the LED.
Literacy, STEM, or Leadership Skills Developed:
STEM
Performance Goals
Building a circuit.
Description:
Show students how to build a simple LED circuit while students draw on paper.
Demonstrate how to connect the circuit and light up the LED.
Literacy, STEM, or Leadership Skills Developed:
Arts
Performance Goals
Students will get to get creative and design their own LED circuit buddy.
Let students prototype their design for 5 minutes. Students can use paper to sketch out their ideas, or make a 2D prototype. Scrap materials in the classroom can also be used to make 3D prototypes.
Description:
Distribute materials to each student.
Provide a variety of pipe cleaner colors and encourage creativity in designing their LED circuit buddies.
Optional: Show them photos of examples of different kinds of circuit buddies that have been made before during the development of this lesson plan. This can help students who might be intimidated or have trouble getting started and also serve as inspiration for all students.
Guide students through building the circuit, securing the LED and Battery.
Description: Students will reflect on the activity and have time to clean up and put the tools back.
Evaluation should be done during a close-up circle.
A learning evaluation should be done by discussion and asking students questions about what they learned and about the activity.
Things to consider when doing the evaluation:
Does anybody remember what a circuit is?
What are some things you can add to improve your activity?
Will a closed or open circuit turn on an LED?
What are some components you need to make a circuit?
Instructors should do the evaluations.
Through this lesson, students leave this activity with learning circuits and LEDs, having successfully built and illuminated their own LED circuit buddies. The hands-on experience will enhance their problem-solving skills, creativity, and confidence in exploring basic electronics. Additionally, students will carry home their unique creations, serving as both a tangible representation of their learning and a source of pride in their newfound engineering skills.