Advance Desktop Motherboard Chip Level Training Course

This desktop motherboard repair course builds a strong foundation in electronics and practical troubleshooting. Students will learn components, circuits, power systems, BIOS, and common fault diagnosis step by step. By the end, they will gain hands-on skills in repair, BIOS programming, and real-world problem solving.

Duration & Fees

  • Total Duration: 1.5 Months
  • Class Duration: 2 Hours
  • Weekly Classes: 3
  • Total Classes: 18
  • Total Fees: 20,000 Tk
  • Payment: Two installments

Students' Benefits

  • Flexible payment system (2 installments)
  • Accommodation facilities (if applicable)
  • Practice with real products & instruments
  • Friendly and supportive environment

After Completion

  • Verified online certificate
  • Opportunity to join internship classes
  • Real customer product experience
  • Professional customer dealing training

Our Support

  • Lifetime social media group support
  • Job placement assistance
  • Guidance for starting your business
  • Contact us anytime for help

বাংলা ভার্সন

সময়সীমা ও ফি

  • মোট সময়কাল: ১.৫ মাস
  • ক্লাসের সময়: ২ ঘণ্টা
  • সাপ্তাহিক ক্লাস: ৩ দিন
  • মোট ক্লাস: ১৮টি
  • মোট ফি: ২০,০০০ টাকা
  • পেমেন্ট: ২ কিস্তিতে পরিশোধের সুবিধা

শিক্ষার্থীদের সুবিধা

  • ফ্লেক্সিবল পেমেন্ট সিস্টেম (২ কিস্তি)
  • থাকার সুবিধা (প্রযোজ্য ক্ষেত্রে)
  • লাইভ প্রোডাক্ট ও আধুনিক টুলস দিয়ে প্র্যাকটিস
  • সহায়ক ও বন্ধুত্বপূর্ণ শিক্ষার পরিবেশ

কোর্স শেষে প্রাপ্তি

  • অনলাইন ভেরিফাইড সার্টিফিকেট
  • ইন্টার্নশিপ ক্লাসে জয়েন করার সুযোগ
  • সরাসরি কাস্টমারের প্রোডাক্টে কাজের অভিজ্ঞতা
  • প্রফেশনাল কাস্টমার ডিলিং ট্রেনিং

আমাদের সাপোর্ট

  • আজীবন সোশ্যাল মিডিয়া গ্রুপ সাপোর্ট
  • কোর্স শেষে জব পেতে সহযোগিতা
  • নিজস্ব ব্যবসা শুরু করার গাইডলাইন
  • যেকোনো প্রয়োজনে সরাসরি সাহায্য
Class 1 Class 1

Class 1: Basic Electronics Foundation

  • Voltage, Current, and Resistance basics.
  • Ohm’s Law practical uses.
  • Differences between Series and Parallel circuits.
  • Basic understanding of voltage flow on a real motherboard.
Class 2 Class 2

Class 2: Electronic Components Identification

  • How to identify Resistors, Capacitors, and Coils.
  • Functions of Diodes (Normal & Zener).
  • MOSFET structure and basic functions.
  • Reading SMD component markings.
Class 3 Class 3

Class 3: Multimeter & Soldering Practical

  • Multimeter full use (Voltage, Diode, Continuity).
  • Resistance measurement techniques.
  • SMD Soldering and desoldering basics.
  • Hot air rework station safety rules.
Class 4 Class 4

Class 4: Desktop Motherboard Overview

  • ATX and Micro ATX board architecture.
  • Identifying CPU, RAM, and PCI sections.
  • Chipset and Controller locations.
  • On-board ports and connector pinouts.
Class 5 Class 5

Class 5: Chipset (PCH) & Architecture

  • Evolution from Northbridge to PCH.
  • Platform Controller Hub (PCH) functions.
  • Data communication bus systems.
  • How CPU communicates with peripherals.
Class 6 Class 6

Class 6: CPU VRM & RAM Circuit

  • Voltage Regulator Module (VRM) analysis.
  • Understanding Phases and PWM Controllers.
  • RAM power supply architecture.
  • Measuring core voltages.
Class 7 Class 7

Class 7: BIOS & CMOS Circuit

  • BIOS Chip identification and role.
  • CMOS battery and RTC circuit flow.
  • Clear CMOS and Hardware reset methods.
  • BIOS Power-On Self Test (POST).
Class 8 Class 8

Class 8: SMPS Deep Analysis

  • Switch Mode Power Supply working logic.
  • Analyzing 12V, 5V, and 3.3V rails.
  • Power Supply protection circuits.
  • Testing SMPS under load conditions.
Class 9 Class 9

Class 9: Voltage Line Analysis

  • Identifying primary and secondary rails.
  • Standby voltage (5VSB) tracing.
  • Short circuit detection on rails.
  • Step-down voltage conversion logic.
Class 10 Class 10

Class 10: Power ON Sequence & PG Signal

  • Step-by-step motherboard power-up flow.
  • The importance of Power Good (PG) signal.
  • SIO (Super I/O) controller role in power.
  • Troubleshooting sequence failures.
Class 11 Class 11

Class 11: Clock & Reset Signal

  • Clock Generator IC and frequency.
  • Platform Reset (PLTRST) logic.
  • Crystal oscillator testing.
  • Timing synchronization between CPU/PCH.
Class 12 Class 12

Class 12: No Power Problem

  • Diagnosis flow for dead motherboards.
  • Input MOSFET and Fuse testing.
  • SIO chip failure symptoms.
  • Finding short circuits with DC power supply.
Class 13 Class 13

Class 13: No Display & Beep Code

  • Analyzing "Fan Spinning but No Display".
  • Decoding BIOS beep codes.
  • Diagnostic Card usage.
  • VGA/HDMI/LVDS circuit checking.
Class 14 Class 14

Class 14: CPU, RAM & Slot Fault

  • Detecting faulty CPU sockets.
  • RAM slot voltage and signal testing.
  • PCI-e slot and data lane repair.
  • Physical slot cleaning and restoration.
Class 15 Class 15

Class 15: USB, LAN & BIOS Problem

  • USB data line protection and repair.
  • LAN controller failure diagnosis.
  • BIOS corruption symptoms.
  • Peripheral I/O troubleshooting.
Class 16 Class 16

Class 16: MOSFET & Capacitor Repair

  • Removing and replacing SMD MOSFETs.
  • Electrolytic vs Tantalum capacitor replacement.
  • Repairing damaged copper pads/tracks.
  • Heat management during soldering.
Class 17 Class 17

Class 17: BIOS Programming + Schematic

  • Using CH341A/RT809H BIOS Programmers.
  • Introduction to Motherboard Schematics.
  • Boardview software for component locating.
  • Practical line tracing from circuit diagrams.
Class 18 Class 18

Class 18: Live Repair & Business Setup

  • Real-time troubleshooting of faulty boards.
  • Client communication and billing strategies.
  • Essential tools list for a professional workshop.
  • Building a long-term repair service brand.
Requesting A Call:

01838994422