Electronics, Coding & Robotics Foundations
₦300,000Basic computer literacy and numeracy; no robotics experience required.
Choose your stage below ↓PRACTICAL LEARNING / ITC COMPUTERS
Robotics for Adults
Build practical foundations in electronics, programming, sensors and robot integration. Develop working prototypes for household and business demonstration use cases.
₦750,000 · group full-payment tuitionSix months · 24 teaching weeks
Choose a package & enquire →Who can join?
Basic computer literacy and numeracy. Introductory electronics and programming are included; independent practical work is expected.
How you learn
Online and Offline (in-person) training available. Instructor-led lessons and supervised practical work with low-voltage training equipment. This foundational pathway does not certify industrial robot commissioning. Confirm the cohort timetable before enrolment. ITC confirms practical labs, equipment and attendance arrangements for your chosen mode.
Assessment
Guided exercises, stage projects, a practical demonstration and a final project assessment.
One stage or the full pathway.
Join a stage that matches your skills. Later-stage entry requires previous-stage completion or an assessment.
Robot Assembly, Control & Autonomous Behaviour
₦300,000Complete the preceding stage or demonstrate equivalent skills in an entry assessment.
Choose your stage below ↓Connected Robotics & Applied Projects
₦300,000Complete the preceding stage or demonstrate equivalent skills in an entry assessment.
Choose your stage below ↓What you’ll learn and practise
Six months comprises 24 teaching weeks; holiday dates are confirmed with each intake. A typical six-month timetable is three two-hour sessions weekly plus independent practice; confirm your cohort’s teaching hours.
WEEKS 1–2 Robotics Foundations & Workshop Practice
Available online or offline (in-person), with practical arrangements confirmed by ITC.
Robot subsystems, applications, project planning and safe low-voltage prototyping
Practical: Map a robot architecture and set up a supervised workspace.
WEEKS 3–4 Electronics & Circuit Prototyping
Available online or offline (in-person), with practical arrangements confirmed by ITC.
Voltage, current, resistance, breadboards and basic measurement
Practical: Assemble and test a low-voltage circuit.
WEEKS 5–6 Microcontroller Programming
Available online or offline (in-person), with practical arrangements confirmed by ITC.
Arduino-compatible programming, variables, conditions, loops and debugging
Practical: Control LEDs and buttons with documented code.
WEEKS 7–8 Sensors & Stage 1 Project
Available online or offline (in-person), with practical arrangements confirmed by ITC.
Sensor readings, calibration and input/output integration
Practical: Build and demonstrate a calibrated sensor-based controller.
WEEKS 9–10 Motors & Drivers
Available online or offline (in-person), with practical arrangements confirmed by ITC.
DC motors, servos, drivers, power budgeting and motion safety
Practical: Control speed and direction on a training model.
WEEKS 11–12 Mechanics & Robot Assembly
Available online or offline (in-person), with practical arrangements confirmed by ITC.
Chassis, gearing, mounting, stability and wiring
Practical: Assemble and document a small mobile robot.
WEEKS 13–14 Control Logic & Feedback
Available online or offline (in-person), with practical arrangements confirmed by ITC.
State machines, sensor fusion foundations and introductory feedback control
Practical: Tune a robot response using measured test results.
WEEKS 15–16 Autonomous Behaviour & Stage 2 Project
Available online or offline (in-person), with practical arrangements confirmed by ITC.
Obstacle detection, line following and fault diagnosis
Practical: Demonstrate a sensor-guided robot on a controlled course.
WEEKS 17–18 Connected Robotics Foundations
Available online or offline (in-person), with practical arrangements confirmed by ITC.
Serial communication, wireless concepts, data logging and access controls
Practical: Monitor a training device and document the data flow.
WEEKS 19–20 Applied Automation & Integration
Available online or offline (in-person), with practical arrangements confirmed by ITC.
Requirements, interfaces, user controls and human oversight
Practical: Develop a small household or business demonstration prototype.
WEEKS 21–22 Capstone Build & Verification
Available online or offline (in-person), with practical arrangements confirmed by ITC.
Integration, repeatability, limitations and maintenance planning
Practical: Build and test a working prototype against an agreed brief.
WEEKS 23–24 Project Demonstration & Progression
Available online or offline (in-person), with practical arrangements confirmed by ITC.
Documentation, user handover, costing and certification gap review
Practical: Present the prototype, test evidence and a development roadmap.
What you gain
- Program microcontroller inputs and outputs and integrate sensors.
- Assemble a small robot with suitable motor drivers and control logic.
- Test and troubleshoot a prototype against a defined brief.
- Document limitations, costs and safe operating procedures.
International certification pathway
Certification preparation is integrated at the relevant stages. A checkpoint means reviewing the awarding body’s full objectives, completing supplementary preparation and passing a readiness assessment; attendance alone does not establish exam readiness.
Arduino Certification — further progression
External examination charges, if required, are paid by the learner.
Arduino describes its certification for ages 16+ with around a year of Arduino component use. Complete the current objectives and any additional practical preparation; this is not guaranteed at week 24.
Official qualification information ↗Certificates and examination fees
Successful completion of ITC training and assessment earns an ITC Computers Certificate of Completion. This is separate from any external qualification. International examination, registration and certification charges are not included in tuition and are paid by the learner. ITC helps identify suitable free opportunities and promotions where available; availability is verified before booking. Free completion certificates and badges are distinguished from professional certifications. No external pass or employment is guaranteed.
Tools, materials and support
Before enrolment, ITC confirms the kit/platform, access to training equipment, whether kits are loaned or taken home, and any material charges. No take-home kit or industrial equipment access is promised by the listed tuition. External certification fees are separate.
Successful learners receive an ITC Computers Certificate of Completion after the relevant stage or full-programme assessment.
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