20-Day Practical Syllabus for Mobile Phone Repair & Electronics

Days 1–3: Electronics Fundamentals & Soldering Techniques

• Day 1: Introduction to basic electronic components (resistors, capacitors, transistors, diodes, ICs).

• Day 2: Hands-on soldering and desoldering of through-hole components.

• Day 3: Introduction to SMD components; practice soldering and desoldering SMD resistors and capacitors.

Days 4–5: Advanced SMD Rework & Jumper Techniques

• Day 4: SMD rework station setup; reheating and mounting SMD and BGA chips.

• Day 5: Jumper techniques for repairing broken PCB traces; using jumper wires and PCB traces effectively.

Days 6–7: Mobile Phone Hardware Servicing

• Day 6: Disassembly and assembly of various mobile phone models.

• Day 7: Identification and replacement of faulty components (charging ports, power ICs, display connectors).

Days 8–9: Combo Replacement & OCA Lamination

• Day 8: Combo replacement procedures; handling LCD and digitizer assemblies.

• Day 9: OCA lamination process; tools and techniques for lamination and screen refurbishing.

Days 10–11: Software Flashing & Unlocking

• Day 10: Introduction to mobile operating systems; flashing firmware using tools like Miracle Box, Z3X.

• Day 11: Unlocking techniques; removing FRP locks, pattern locks, and IMEI repair.

Days 12–13: Troubleshooting & Fault Diagnosis

• Day 12: Using multimeters and DC power supplies for fault detection.

• Day 13: Advanced troubleshooting; analyzing circuit diagrams and identifying faults.

Days 14–15: Water Damage Repair & Ultrasonic Cleaning

• Day 14: Techniques for handling water-damaged phones; drying and component inspection.

• Day 15: Ultrasonic cleaning procedures; restoring functionality to affected components.

Days 16–17: Power Circuit & Battery Management

• Day 16: Understanding power circuits; diagnosing charging issues and power IC failures.

• Day 17: Battery testing and replacement; ensuring proper battery health and performance.

Days 18–19: Display & Audio Circuit Repair

• Day 18: Diagnosing and repairing display issues; handling LCD and touch screen problems.

• Day 19: Audio circuit troubleshooting; repairing speaker, microphone, and vibrator motor issues.

Day 20: Final Assessment & Certification

• Day 20: Comprehensive practical test covering all modules; evaluation and certification.

🛠️ Tools & Equipment Recommended

• Soldering iron and SMD rework station

• Multimeter and DC power supply

• Ultrasonic cleaner

• OCA laminating machine

• Flashing tools (e.g., Miracle Box, Z3X)

• Jumper wires and PCB repair kits

DURATION - DAILY 2 HOURS - 1MONTH - FEES JUST RS.4999/-

20-Day Syllabus for Android Mobile eMMC Repair & Chip-Level Training

Days 1–3: Introduction to eMMC Technology & Basic Electronics

• Day 1: Overview of eMMC storage technology, architecture, and applications.

• Day 2: Introduction to basic electronics concepts: voltage, current, resistance, and power.

• Day 3: Hands-on training with multimeters, oscilloscopes, and other essential tools.

Days 4–6: Schematic Analysis & Component Identification

• Day 4: Understanding schematic diagrams and PCB layouts.

• Day 5: Identifying and testing components: resistors, capacitors, ICs, and transistors.

• Day 6: Tracing power and signal lines on PCBs; using thermal cameras for fault detection.

Days 7–9: eMMC Chip-Level Repairs & Reballing Techniques

• Day 7: Techniques for removing and replacing eMMC chips.

• Day 8: Reballing eMMC and CPU chips using stencils and solder paste.

• Day 9: Hands-on practice with micro-jumpers and under-mask jumper techniques.

Days 10–12: Data Recovery from eMMC Chips

• Day 10: Introduction to data recovery concepts and tools.

• Day 11: Techniques for recovering data from dead or damaged eMMC chips.

• Day 12: Hands-on practice with Easy JTAG Plus, UFI Box, and other recovery tools.

Days 13–15: Advanced Troubleshooting & Repair Techniques

• Day 13: Diagnosing and repairing boot loops, hang-on-logo, and dead boot issues.

• Day 14: Handling water-damaged devices; ultrasonic cleaning methods.

• Day 15: Reprogramming eMMC chips; expanding internal storage (e.g., 8GB to 16GB).

Days 16–18: Software Flashing & Unlocking

• Day 16: Introduction to mobile operating systems and flashing tools.

• Day 17: Flashing firmware using UFI Box, UMT Pro, and other tools.

• Day 18: Unlocking FRP, pattern, PIN, and other security locks.

Days 19–20: Final Assessment & Certification

• Day 19: Comprehensive practical test covering all modules.

• Day 20: Evaluation, feedback, and certification ceremony.

🛠️ Recommended Tools & Equipment

• Hardware Tools: Soldering iron, rework station, hot air gun, thermal camera, ultrasonic cleaner.

• Software Tools: Easy JTAG Plus, UFI Box, UMT Pro, JTAG Plus, Miracle Box.

• Consumables: Soldering paste, flux, stencils, jumper wires, PCB stands.

ADVANCED ANDROID MOBILE PHONE EMMC & NANO BGA CHIP LEVEL SERVICE TRAINING

DURATION - DAILY 2 HOURS - 1MONTH - FEES JUST RS.4999/-

20-Day Syllabus: A+ Hardware PC & Laptop Servicing

Days 1–3: Introduction to Electronics & Computer Hardware Basics

• Day 1: Overview of electronics fundamentals; understanding voltage, current, resistance, and power.

• Day 2: Introduction to computer hardware components: motherboard, CPU, RAM, storage devices, and power supply.

• Day 3: Safety protocols and tool handling; using multimeters and oscilloscopes

Days 4–6: Assembling & Disassembling PCs and Laptops

• Day 4: Step-by-step assembly of a desktop PC; connecting motherboard, CPU, RAM, and peripherals.

• Day 5: Disassembling and reassembling laptops; identifying and handling internal components.

• Day 6: Troubleshooting common assembly issues; ensuring proper cable management and

Days 7–9: Advanced Hardware Troubleshooting

• Day 7: Diagnosing and repairing motherboard issues; identifying faulty capacitors, ICs, and traces.

• Day 8: SMPS (Switch Mode Power Supply) servicing; testing and replacing power supply components.

• Day 9: Handling and repairing laptop-specific components: DC jack, charging circuit, and display

Days 10–12: Operating System Installation & Configuration

• Day 10: Installing Windows 10 and 11; partitioning hard drives and setting up file systems.

• Day 11: Installing necessary drivers; configuring BIOS/UEFI settings for optimal performance.

• Day 12: Setting up user accounts, network configurations

Days 13–15: Driver Installation & Software Configuration

• Day 13: Installing and updating device drivers for graphics, audio, network, and storage devices.

• Day 14: Configuring peripheral devices: printers, scanners, and external storage.

• Day 15: Installing essential software: antivirus, productivity suites, and utility tools.

Days 16–18: Networking Basics & Internet Configuration

• Day 16: Understanding networking fundamentals; setting up LAN and Wi-Fi connections.

• Day 17: Configuring network settings; troubleshooting connectivity issues.

• Day 18: Setting up shared folders and printers; basic network security practices.

Days 19–20: Final Assessment & Certification

• Day 19: Comprehensive practical test covering all modules; diagnosing and repairing hardware and software issues.

• Day 20: Evaluation, feedback session, and certification

🛠️ Recommended Tools & Equipment

• Hardware Tools: Soldering iron, multimeter, screwdriver set, thermal paste, heat gun.

• Software Tools: Windows installation media, driver update utilities, antivirus software.

• Diagnostic Tools: POST card, power supply tester, laptop disassembly tools.

ADVANCED A+ HARDWARE PC & LAPTOP CARD LEVEL SERVICING & SOFTWARE REPAIRS TRAINING

DURATION - DAILY 2 HOURS - 1MONTH - FEES JUST RS.4999/-

20-Day Syllabus: PC & Laptop Chip-Level Servicing

Days 1–3: Introduction to Electronics & Basic Tools

• Day 1: Overview of basic electronics concepts: voltage, current, resistance, and power. Introduction to AC/DC circuits.

• Day 2: Identification and testing of electronic components: resistors, capacitors, diodes, transistors, MOSFETs, and ICs.

• Day 3: Hands-on training with tools: digital multimeter, soldering/desoldering iron, hot air gun, and BGA rework station.

Days 4–6: Motherboard Architecture & Schematic Understanding

• Day 4: Study of motherboard block diagrams and signal flow.

• Day 5: Understanding and reading motherboard schematics.

• Day 6: Tracing power sequences and voltage rails on the Motherboard.

Days 7–9: Voltage Regulation & Power Supply Sections

• Day 7: Understanding Voltage Regulator Modules (VRM) and their role in power distribution.

• Day 8: Identifying and testing VRM circuits using a digital multimeter and oscilloscope.

• Day 9: Troubleshooting power-related issues: no power, automatic shutdown, and charging

Days 10–12: Signal Tracing with Oscilloscope

• Day 10: Introduction to oscilloscope functions and settings.

• Day 11: Signal tracing for clock generators, reset signals, and power good signals.

• Day 12: Analyzing waveforms for troubleshooting: identifying faulty signals and components.

Days 13–15: BIOS Programming & Troubleshooting

• Day 13: Understanding BIOS and its role in motherboard functionality.

• Day 14: BIOS chip identification and removal techniques.

• Day 15: BIOS programming using EEPROM programmer; flashing and restoring

Days 16–18: Advanced Chip-Level Troubleshooting

• Day 16: Using diagnostic tools: POST card, CPU socket tester, and RAM tester.

• Day 17: Troubleshooting common motherboard issues: no display, overheating, and USB failures.

• Day 18: Hands-on practice with real-world motherboard faults

Days 19–20: Final Assessment & Certification

• Day 19: Comprehensive practical test covering all modules.

• Day 20: Evaluation, feedback session, and certification ceremony.

🛠️ Recommended Tools & Equipment

• Diagnostic Tools: Digital multimeter, oscilloscope (DSO), POST card, CPU/RAM testers.

• Programming Tools: EEPROM programmer, BIOS programmer.

• Rework Tools: Soldering/desoldering iron, hot air gun, BGA rework station.

• Supportive Tools: Laptop motherboard block diagrams, schematics, and datasheets.

ADVANCED MASTER LEVEL CHIP LEVEL SERVICE TRAINING FOR PC & LAPTOP

DURATION - DAILY 2 HOURS - 1MONTH - FEES JUST RS.4999/-

20-Day Syllabus: CCTV Camera Installation & Maintenance

Days 1–3: Introduction to CCTV Systems & Basic Electronics

• Day 1: Overview of CCTV systems: Analog, IP, and Hybrid (DVR, NVR, XVR). Introduction to basic electronics concepts.Connectors , Power supplies , Baluns etc...

• Day 2: Understanding passive and active components: Resistors, capacitors, diodes, transistors, MOSFETs, and ICs.

• Day 3: Hands-on exercises: Identifying and testing components using multimeters and SMD

Days 4–6: CCTV Camera Types & Installation Techniques

• Day 4: Exploring different types of CCTV cameras: Dome, bullet, PTZ, and IP cameras.

• Day 5: Camera selection criteria based on location, lighting, and coverage area.

• Day 6: Practical installation: Mounting cameras, adjusting angles, and ensuring optimal field of view.

Days 7–9: DVR, NVR & XVR Systems

• Day 7: Introduction to DVRs: Setup, configuration, and connecting cameras.

• Day 8: Understanding NVRs: Network-based recording, IP camera integration.

• Day 9: Exploring XVRs: Hybrid systems supporting both analog and IP

Days 10–12: Networking & Remote Access

• Day 10: Basics of networking: LAN, WAN, IP addressing, and routers.

• Day 11: Configuring remote access: Setting up DDNS, P2P, and port forwarding.

• Day 12: Mobile viewing: Installing and configuring CCTV apps on smartphones and tablets.

Days 13–15: Troubleshooting & Maintenance

• Day 13: Common issues: No display, poor image quality, and connectivity problems.

• Day 14: Diagnostic tools: Using multimeters, cable testers, and network analyzers.

• Day 15: Preventive maintenance: Cleaning lenses, checking cables, and updating firmware.

Days 16–18: Advanced Features & Integration

• Day 16: Motion detection and alert systems.

• Day 17: Integrating CCTV with other security systems: Alarms, access control, and intercoms.

• Day 18: Cloud storage solutions: Configuring cloud backups and remote

Days 19–20: Final Project & Certification

• Day 19: Capstone project: Designing and installing a complete CCTV system for a mock site.

• Day 20: Review, troubleshooting, and certification

🛠️ Recommended Tools & Equipment

• Hardware Tools: Soldering iron, crimping tools, cable testers, drill, screwdriver set.

• Software Tools: CCTV configuration software, mobile apps for remote viewing.

• Diagnostic Tools: Multimeter, network analyzer, camera lens cleaning kit.

ADVANCED CCTV & IP CAMERA MASTER LEVEL TECHNICIAN COURSE

DURATION - DAILY 2 HOURS - 1MONTH - FEES JUST RS.4999/- ( NOTE NO PANEL REPAIR TRAINING IN THIS COURSE )

20-Day Syllabus: Power Electronics & Chip-Level Servicing

Days 1–3: Introduction to Power Electronics & Basic Components

• Day 1: Overview of power electronics; understanding voltage, current, resistance, and power. Introduction to AC/DC circuits.

• Day 2: Identification and testing of electronic components: resistors, capacitors, diodes, transistors, MOSFETs, and ICs.

• Day 3: Hands-on training with tools: digital multimeter, soldering/desoldering iron, hot air gun, and BGA rework station.

Days 4–6: SMPS (Switch Mode Power Supply) Fundamentals

• Day 4: Introduction to SMPS: types (buck, boost, buck-boost), components, and working principles.

• Day 5: SMPS circuit analysis: rectifier, filter, oscillator, transformer, and feedback mechanisms.

• Day 6: Troubleshooting SMPS: common faults, voltage tracing, and fault isolation

Days 7–9: Monitor Power Board Servicing

• Day 7: Monitor power board architecture: power input, rectification, filtering, and regulation.

• Day 8: Fault diagnosis in monitor power boards: no power, flickering, and color issues.

• Day 9: Hands-on repair: replacing faulty components, soldering techniques, and

Days 10–12: TV Power Board Chip-Level Servicing

• Day 10: Understanding TV power board components: SMPS, inverter, T-CON, and main board.

• Day 11: Identifying and repairing common faults: no display, backlight issues, and power cycling.

• Day 12: Advanced troubleshooting: using oscilloscopes for signal tracing and voltage

Days 13–15: Cold Tracing & Hot Checking

• Day 13: Diagnosing smps power board all sections , signal tracing etc..

• Day 14: Repairing monitor all sections .

• Day 15: Servicing Lcd and Led Tv

Days 16–18: Advanced Troubleshooting & Repair

• Day 16: Using diagnostic tools: multimeter, oscilloscope, and thermal camera for fault detection.

• Day 17: Component-level repair: replacing SMD components, reballing ICs, and BIOS programming.

• Day 18: Preventive maintenance: cleaning, thermal management, and firmware updates.

Days 19–20: Final Project & Certification

• Day 19: Capstone project: diagnosing and repairing a faulty power board from a monitor or TV.

• Day 20: Review, troubleshooting, and certification exam.

🛠️ Recommended Tools & Equipment

• Diagnostic Tools: Digital multimeter, oscilloscope (DSO), thermal camera.

• Rework Tools: Soldering/desoldering iron, hot air gun, BGA rework station.

• Programming Tools: EEPROM programmer, BIOS programmer.

• Supportive Tools: Laptop motherboard block diagrams, schematics, and datasheets.

ADVANCED POWER ELECTRONICS , SMPS , MONITOR & TV CHIP LEVEL SERVICE TRAINING

DURATION - DAILY 2 HOURS - 1MONTH - FEES JUST RS.4999/-

Pc & Laptop Chip Level Repair Course

Android Mobile Phone Emmc & Nano Chip Level Service Course ( Hardware & Software )

Learn advanced Card level diagnostics and repair methods for laptops and desktops.

Learn advanced Chip level diagnostics and repair methods for laptops and desktops.

Hands-on training in Emmc Data Recovery , Dead Phone Repair , Chip reballing , Schematics etc...

CCTV Repair Course

Pc & Laptop Repair Course

Get trained Installation & repair for CCTV camera systems and Ip Cameras.

Get trained in Power elctronics , smps , monitor and tv repair

Power Electronics , Smps , Monitor & Tv Power Board Chip level Repair Course

Hands-on training in mobile motherboard repair and troubleshooting techniques for devices.

Android Mobile Phone Repair Course ( Hardware & Software )

ADVANCED ANDROID MOBILE PHONE SERVICING HARDWARE & SOFTWARE TRAINING

Repair Training

Expert training for mobile, laptops, and CCTV repairs since 1999.

Hands-on Skills

Our courses focus on practical skills for hardware diagnosis and repair, preparing students for real-world challenges in mobile and computer servicing with industry-relevant techniques.

Certified Programs

Offering ISO-certified training programs with government endorsement, ensuring quality education in chip-level repair for students aspiring to enter the technology service industry.

The training at Chip Technologies transformed my skills in chip-level repairs. Highly recommended for aspiring technicians!

Ravi Kumar

Exceptional training! The hands-on approach at Chip Technologies prepared me for real-world repair challenges effectively.

Anita Roy

★★★★★

★★★★★