
Electronics & Soldering
STEM Introduction to Electronics & Soldering
Grades 6–12
Course Overview
This hands-on STEM course introduces students to the fundamentals of electronics and soldering. Students learn how electronic components work, how circuits are designed, and how to safely assemble projects using soldering tools. Through guided instruction and practical builds, learners gain real-world technical skills while developing confidence in engineering and problem-solving.
No prior experience is required. Instruction is adapted for multiple skill levels, making the class accessible and challenging for all students.
What Students Will Learn
Electronics Fundamentals
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Understanding electricity, current, voltage, and resistance
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Reading simple circuit diagrams and schematics
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Identifying and using common electronic components:
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Resistors
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LEDs
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Capacitors
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Switches
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Buzzers and motors
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Circuit Building Skills
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Building circuits on breadboards
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Exploring series and parallel circuits
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Testing and troubleshooting circuit behavior
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Understanding how components work together in a system
Soldering Skills & Safety
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Proper soldering iron use and safety procedures
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Making clean, reliable solder joints
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Connecting components to circuit boards
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Desoldering and correcting mistakes
Hands-On Projects
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LED light projects
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Simple electronic games or alarms
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Functional circuits students can take home
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Optional creative or challenge-based builds
STEM & Technical Skill Development
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Problem-solving and logical thinking
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Fine motor skills and attention to detail
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Debugging and iterative improvement
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Engineering mindset and perseverance
Grade Levels & Skill Progression
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Grades 6–8: Introductory electronics concepts and guided soldering projects
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Grades 9–12: More complex circuits, independent builds, and troubleshooting
Why Take Introduction to Electronics & Soldering?
✔ Builds real-world technical and maker skills
✔ Prepares students for robotics, engineering, and advanced STEM courses
✔ Encourages hands-on learning and confidence with tools
✔ Great foundation for careers in engineering, technology, and trades
Students don’t just learn how electronics work—they build, solder, and create functional projects from start to finish.