Motherboard Repair & Electronics Troubleshooting
Hands-on practical training for technicians, service engineers and entrepreneurs covering electronic components, test equipment, soldering and de-soldering, motherboard architecture, structured fault diagnosis and practical board repair.
Components · Measurement · Soldering · Diagnosis · Repair
Learn Electronics by Measuring, Soldering, Diagnosing and Repairing Real Boards
The program moves from basic electronics and safe PCB handling into component identification, measurement, soldering, motherboard architecture, power delivery, fault-finding and practical chip-level repair work.
Built Around Practical Troubleshooting
Learners start with voltage, current, resistance, AC/DC concepts and lab safety before progressing into components, SMD devices, multimeter testing, soldering and board-level troubleshooting.
Later modules concentrate on motherboard architecture, power sequencing, BIOS/UEFI, VRM circuits, short-circuit detection, voltage-rail checks, schematics, board views and live repair exercises.
Beginner-Friendly Entry
The supplied course index defines the program as beginner-to-intermediate and states that prior electronics knowledge is not required.
Workshop · Client Site · Online / Hybrid
Delivery can be organized around individual learners, small groups and client requirements. Practical hardware work remains central to the course.
Practical Workshop
Intensive instructor-led sessions with soldering stations, multimeters, scrap boards, components and live faulty motherboards for supervised practice.
Client-Site Training
Training can be arranged at a client location for corporate or technical groups, subject to the required workbench, equipment and practical setup.
Online / Hybrid Learning
The supplied course structure includes an online/on-site delivery option and a hybrid fee format combining online learning with an offline practical period.
Eight Modules From Electronics Fundamentals to Live Motherboard Repair
Electronics Fundamentals & Lab Safety
Voltage, current, resistance, Ohm's law, AC vs DC, ESD precautions, safe PCB handling and workbench setup.
Understanding & Handling Electronic Components
Resistors, capacitors, inductors, diodes, LEDs, transistors, MOSFETs, ICs, crystals and fuses; SMD vs through-hole parts; markings, datasheets and component identification on a live board.
Testing Equipment & Multimeter Usage
Analog vs digital multimeters; continuity, diode, resistance, voltage and capacitance testing; in-circuit vs out-of-circuit testing; bench power supply; oscilloscope, POST card and thermal-camera overview.
Soldering & De-Soldering Techniques
Iron and hot-air station handling, solder, flux, wick and pump; through-hole and SMD soldering, reflow, IC and connector removal, solder-bridge correction, lifted-pad and track repair, jumper wires and scrap-board practice.
Motherboard Architecture & Power Delivery
Motherboard block diagram; CPU, chipset, BIOS/UEFI, RAM and PCIe sections; standby and VRM power sequencing, PG signals, clock and reset circuits, and laptop vs desktop boards.
Fault-Finding & Troubleshooting Methodology
Systematic diagnosis, no-power and no-display faults, auto-shutdown, no POST and beep codes; short-circuit detection, voltage-rail checks, schematics and board views, and BIOS-chip reading and reprogramming basics.
Practical Motherboard Repair — Live Lab
VRM/MOSFET replacement, capacitor replacement, damaged USB, RAM and PCIe-slot repair, BIOS-corruption recovery, liquid-damage cleaning and repair, and laptop charging-circuit faults.
Assessment & Project
Practical fault-diagnosis and repair test, written assessment, repair documentation and reporting, customer handling and service workflow.
Individual Workstation, Faulty Boards and Supervised Repair Practice
Practical work is not limited to demonstrations. The supplied training plan calls for individual workstations and real faulty motherboards.
Individual Tool Setup
Soldering station, hot-air station and multimeter for each trainee.
Faulty Motherboards
Practice fault diagnosis and repair on actual faulty boards, not only trainer demonstrations.
Scrap Boards & Consumables
Scrap PCBs, components, flux, solder wick and practical consumables.
10:1 or Better
The course index specifies a trainee-to-trainer ratio of 10:1 or better for supervised practice.
Workbench Tools Used Throughout the Program
What the Learner Should Be Able to Do After Completion
Identify & Test Components
Recognize electronic components and check them using a multimeter.
Solder & De-Solder
Work with through-hole and SMD components using appropriate techniques.
Diagnose Motherboard Faults
Follow a structured troubleshooting methodology instead of trial-and-error replacement.
Perform Common Chip-Level Repairs
Carry out repair work on common board-level faults covered during practical training.
Enter Service Work
Develop skills relevant to technician work or starting a repair-service activity.
Designed for Repair Technicians, Service Engineers and Entrepreneurs
Duration, Schedule, Batch, Fee & Certification
60 Hours
Approximately 4 weeks. The uploaded course sheet also references a 20-day delivery structure.
About 75% Hands-On
Live boards, individual workstations and supervised troubleshooting practice.
Small Batch
The supplied course details specify a planned batch size of 3 trainees.
NCVTPL Certificate
NCVTPL course-completion certificate on successful completion of the training requirements.
Weekday / Weekend / Custom
The supplied index lists weekday, weekend and customized corporate-group scheduling.
Online / Client Site / Practical Lab
Final delivery arrangement depends on batch type, location and practical-equipment requirements.
₹35,000
Current supplied course sheet: 3 weeks online + 1 week offline, Monday–Friday, 5 days per week.
Confirm Before Booking
Contact NCVTPL for current batch dates, delivery mode, trainer availability and corporate group bookings.
Motherboard Repair Training FAQs
Do I need previous electronics knowledge?
No prior electronics knowledge is required according to the supplied course index. The program starts with fundamentals, lab safety and component identification before progressing to troubleshooting and motherboard repair.
Is the course practical?
Yes. The course structure specifies approximately 75% hands-on training, including live faulty motherboards, individual workstations and supervised repair practice.
What faults are covered in the live repair module?
Practical work includes VRM/MOSFET replacement, capacitor replacement, damaged USB/RAM/PCIe-slot repair, BIOS-corruption recovery, liquid-damage cleaning and repair, and laptop charging-circuit faults.
Are soldering and SMD rework included?
Yes. The syllabus includes iron and hot-air station handling, through-hole soldering, SMD soldering and reflow, de-soldering, solder-bridge removal, lifted-pad repair, track repair and jumper-wire practice.
Is motherboard architecture taught?
Yes. Training covers CPU, chipset, BIOS/UEFI, RAM, PCIe, standby and VRM power sequencing, PG signals, clock and reset circuits, and laptop-versus-desktop board concepts.
Is the course available online?
The supplied program structure includes online and on-site delivery and describes a hybrid fee format combining online training with an offline practical period. Confirm the current batch format with NCVTPL before enrolment.
Can the training be conducted at a client site?
Yes. The supplied course document lists on-site client-location delivery and customized scheduling for corporate groups.
What certificate is provided?
The course details specify an NCVTPL course-completion certificate.
What is the stated course fee?
The supplied course index states a fee of ₹35,000 for a format described as 3 weeks online plus 1 week offline. Confirm the currently applicable fee and schedule before booking.
Build Practical Motherboard Repair & Electronics Troubleshooting Skills
Enquire about the next workshop, online/hybrid batch or customized client-site training program.