Electronics, Soldering & Troubleshooting Curriculum

Every deployment includes this curriculum. Membership requires demonstrated proficiency — no certificates, no test scores. You advance by doing.

Stage 1: Safety & Identification (2–4 weeks)

Goal: Understand risks, identify components, handle tools safely.
#SkillCheck-off Requirement
1Identify AC vs DC power sourcesCorrectly label 5 power sources
2Identify voltage levels (5V, 12V, 230V)Match voltages to 10 components
3Demonstrate safe soldering posture and ventilationObserved by instructor for 30 min
4Identify resistor, capacitor, diode, transistor, ICCorrectly identify 20 components on PCB
5Read resistor color codesCorrectly read 10 resistors
6Use multimeter: V, A, ΩWithin 5% on 5 measurements
7Identify 18650 cell + explain dangerOral quiz + safe handling demo
8Explain CRT safetyOral quiz + discharge procedure

Stage 2: Basic Soldering & Circuits (4–6 weeks)

Goal: Build and troubleshoot simple circuits.
#SkillCheck-off Requirement
1Solder through-hole joint on perfboard5 joints pass visual + pull test
2Desolder component using braid and pumpRemove and replace 5 components
3Build LED circuit on perfboardCircuit works; explain current flow
4Wire 12V LED strip with proper polarityStrip, tin, connect; lights up
5Build voltage divider circuitMeasure output within 10%
6Use heat shrink and electrical tape properly5 joints pass inspection
7Identify and replace blown fuseFind, remove, replace in 3 devices
8Swap RAM modules in desktop PCPC boots successfully

Stage 3: Power Systems (4–6 weeks)

Goal: Understand and build DC power systems for terminals.
#SkillCheck-off Requirement
1Test 18650 cell with multimeterTest 20 cells; categorize by health
2Use LiitoKala Lii-500 cell testerTest 10 cells; produce written results
3Build 4S battery packPack produces correct voltage under load
4Spot weld nickel strip connections10 welds pass pull test
5Install and configure BMS on 4S packBMS balances cells; protections trip correctly
6Wire solar panel → MPPT → batterySystem charges; measure current
7Calculate power budget for deploymentWritten calculation verified
8Diagnose and replace failed cap in desktop PSUIdentify bulging cap; replace; PC boots

Stage 4: Computer Hardware & Linux (6–8 weeks)

Goal: Refurbish a desktop PC, install Linux, set up multiuser access.
#SkillCheck-off Requirement
1Disassemble and reassemble desktop PCPC boots after reassembly
2Diagnose common desktop failuresSuccessfully diagnose 3 faulty PCs
3Replace HDD with SSD; install LinuxPC boots into Linux; user can log in
4Configure Linux multiuser3 users can log in and run programs
5Install and configure OllamaLocal model responds to prompt
6Install and configure opencodeUser can interact with AI via terminal
7Configure networkPC connects; can ping router
8Build complete terminal from secondhand partsPasses full deployment checklist

Stage 5: Advanced Electronics & Community Teaching (8–12 weeks)

Goal: Independently troubleshoot complex faults and teach others.
#SkillCheck-off Requirement
1Trace circuit board: power, ground, signal pathsAnnotated schematic of CRT PSU section
2Diagnose and repair CRT monitor (PSU section)CRT produces stable image
3Build buck/boost converter from moduleConverter produces correct voltage under load
4Build complete solar + battery + terminal from scratchSystem runs 7 days without grid
5Teach Stage 1 skills to 3 new learnersLearners pass Stage 1 check-offs
6Document a repair procedure that doesn't exist yetWritten procedure verified by another tech
7Propose a local innovation or improvementWritten proposal reviewed by community

Membership Progression

Visitor
Anyone can use the terminal during open hours
Learner
Enrolled in curriculum
Technician
Completed Stages 1–4
Senior Technician
Completed all 5 stages
Community Lead
Senior Tech who trained 3+ Technicians