Build. Learn. Innovate.
Brought to you by the Electronics FoundationÂ
Overview
Ready to dive into the world of electronics? Our STEM-in-a-Box Kit gives you the chance to build real, working circuits while learning how to solder. This activity provides everything you need to start working with electronic components in a fun, safe, and hands-on way!
As you follow along with the instructions, youâll develop important skills like precision, problem-solving, and teamwork. Youâll also gain confidence in electrical engineering, as you assemble actual circuitsâskills that are valuable for future STEM careers!
This program is designed to spark your curiosity, encourage creativity, and give you a solid foundation in a key area of technology. Whether youâre thinking about a career in electronics, manufacturing, engineering, technology, or just want to try something new, this kit will help you build practical experience thatâs perfect for the future!
Soldering Activity Instructions
Ready to learn soldering and build your own light-up PIN? This fun, hands-on activity will introduce you to basic electronics and soldering techniquesâimportant skills used in the electronics industry!
By the end of this activity, you'll have a custom PIN that lights upâand youâll have taken your first steps into the world of electronics manufacturing. Soldering is a valuable skill, and who knows? This could be the start of an exciting career in electronics!
Step 1
Collect components and review against the Bill of Materials (BOM)
Step 2
On the back of the PCB use the outline as a guide to place the battery holder.
Step 3
Flip to the front to solder the battery holder in place.
Step 4
 Place and solder pin fastener. Place and solder the battery holder.
Step 5
Place the LEDs paying attention to their polarity. Short lead goes in
the square pad.
Step 6
Place the LEDs, Bend the LED leads to keep the
component in place, flush against the board.
Step 7
Form and place the resistors.
Step 8
Form and place the resistors.
Step 9
Solder the through-hole components on the back on the PCB.
Step 10
Soldering the component
leads to the PCB pads
creates a connection
in the circuit.
Step 11
After the solder cools, trim the excess leads.
Step 12
Insert battery.
Solder. Snap. Share!
You did it! đ Now, share your experienceâWhat was the most exciting or challenging part? Weâd love to hear your thoughts and any advice youâd give to future students!
â Rate & ShareSTEM in Action
Testimonials
Emmanuel Pizano
Engineering Pathway Teacher at Mount Miguel High School
âIn the past years that students have done this activity with IPC in San Diego, students love it! We would like to continue with this activity in coming years and interested in purchasing more kits. It is a perfect way to build confidence in students interested in this industry. Thank you so much for sending us this valuable resource.âÂ
Srijan S
Electrical Engineering student at North Carolina State University
"I have learned a lot from this hands-on solder training session. I would like to have more of this training done at NC State. It will be helpful if the next session is about PCB Design."
Phillip S.
Workforce Development Director - Commercial Leap Ahead for Wide Bandgap Semiconductors (CLAWS)
"The look of accomplishment on their faces when everything worked perfectly- that's what makes these workshops worthwhile. Seeing every single participant successfully light up their LED project was highlight of the day"
