EFI Hybrid Course in Pakistan
The EFI (Electronic Fuel Injection) Hybrid Auto Electrician Course is a specialized technical training program designed to meet the growing demand for skilled automotive technicians in Pakistan. With the increasing import and local use of hybrid vehicles such as Toyota Prius, Honda Vezel, Nissan Note e-Power, and hybrid models from Suzuki and Kia, the automotive market in Pakistan is rapidly shifting toward fuel-efficient and electrically assisted vehicles. This course is structured month-wise, combining theoretical knowledge with hands-on practical training. It is suitable for students after matric/intermediate, auto electricians, mechanics, and workshop technicians who want to upgrade their skills in EFI and hybrid vehicle systems.
Course Overview
As the automotive industry shifts from traditional engines to high-tech electronic and green energy systems, the demand for “Modern Mechanics” has skyrocketed. At New Pak Technical Training Centre, our EFI (Electronic Fuel Injection) and Hybrid course bridges the gap between mechanical engineering and computer diagnostics. You will learn to troubleshoot, repair, and optimize modern engines and high-voltage battery systems using the latest 2026 diagnostic tools.
Why Choose Our EFI & Hybrid Program?
- Advanced Diagnostics: Master the use of OBD-II scanners, Oscilloscopes, and Multimeters to identify sensor failures in seconds.
- Hybrid & EV Specialization: Gain specialized training in Toyota, Honda, and Tesla hybrid systems, focusing on Inverters, Converters, and Battery management.
- Fuel Efficiency Focus: Learn to tune EFI systems to provide maximum power with minimum fuel consumption—a critical skill in Pakistan’s current economy.
- Gulf & Local Market Ready: This certification prepares you for high-end workshops in Pakistan and premium automotive centers in the UAE, Saudi Arabia, and Japan.
Detailed Course Modules
06 | Months Certificate
Focus: Sensors, ECU logic, and electrical wiring.
- Fundamentals of Electricity: Understanding Volts, Amps, and Ohms in an automotive context.
- EFI System Components: In-depth study of the Fuel Pump, Injectors, Throttle Body, and Air Sensors.
- Sensor Diagnostics: Testing and replacing Oxygen sensors, MAF sensors, and Crankshaft position sensors.
- ECU (Electronic Control Unit): Learning how the “Car Brain” processes data to control ignition and fuel timing
01 | Year Certificate
Focus: High-voltage systems, battery regeneration, and smart tech.
- Hybrid Drivetrains: Understanding Series, Parallel, and Power-split hybrid systems (Toyota Synergy Drive).
- High-Voltage Battery Packs: Safety protocols for disassembling, testing cells, and reviving Hybrid batteries (NiMH & Li-ion).
- Inverter & Converter Systems: Managing the flow of electricity between the battery and the electric motor.
- Regenerative Braking: How hybrid cars turn braking energy back into electricity.
- OBD-II Scanning & Programming: Using professional scanners to read “Live Data,” clear “Check Engine” lights, and reprogram ECUs
Frequently Asked Questions (FAQs)
Is It Safe to Work on Hybrid Cars?
High-voltage batteries can be dangerous, which is why Safety is our first module. We teach you exactly how to use Insulated Tools and “Service Plugs” to de-energize the car before you touch it.
Do I Need a Science Background?
No. While a basic understanding of math helps, we teach the electrical physics from the ground up. This course is perfect for both new students and traditional “ustad” mechanics wanting to upgrade to modern tech.
What Is the Career Scope in Pakistan?
With the massive import of Japanese 660cc and hybrid cars (Aqua, Prius, Vezel), there is a huge shortage of qualified EFI/Hybrid technicians in Rawalpindi and Islamabad. Our graduates often open their own high-tech workshops.
Month 1 — Fundamentals of Automotive Electricity & Electronics
Theory Topics
1. Introduction to Automotive Technology
- History of automotive electrical systems
- Conventional vs EFI vs Hybrid vehicles
- Overview of hybrid systems
2. Basic Electrical Theory
- Voltage, Current, Resistance
- Ohm’s Law
- Series & Parallel Circuits
- Power and Energy
3. Electronic Components
- Resistors
- Capacitors
- Diodes
- Transistors
- Relays
4. Measuring Instruments
- Digital Multimeter (DMM)
- Clamp Meter
- Test Light
- Oscilloscope (basic introduction)
5. Battery & Charging System
- Lead-acid battery
- AGM battery
- Alternator working principle
- Voltage regulator
Practical Sessions
- Identifying electrical components
- Using multimeter for voltage, resistance, continuity
- Battery testing & load testing
- Alternator testing
- Wiring practice board exercises
- Basic soldering and wire repair
Month 2 — EFI (Electronic Fuel Injection) System
Theory Topics
1. Introduction to EFI System
- Difference between carburetor and EFI
- Advantages of EFI
2. EFI System Components
- ECU (Engine Control Unit)
- Fuel Injectors
- Fuel Pump
- Throttle Body
- MAP Sensor
- MAF Sensor
- TPS (Throttle Position Sensor)
- Crankshaft Position Sensor
- Camshaft Position Sensor
- Oxygen Sensor
3. Engine Management System
- Air-fuel ratio
- Closed-loop and open-loop operation
- Fuel trim concept
4. Ignition System
- Coil-on-plug system
- Spark timing
- Knock sensor
5. OBD-II System
- Diagnostic Trouble Codes (DTC)
- Check Engine Light
- Freeze frame data
Practical Sessions
- Sensor testing with multimeter
- Injector testing & cleaning
- Fuel pressure testing
- ECU scanning using OBD-II scanner
- Reading and clearing fault codes
- Live data monitoring
Month 3 — Advanced Diagnostics & Automotive Computer Systems
Theory Topics
1. Automotive Networking Systems
- CAN Bus system
- LIN Bus
- Communication protocols
2. Advanced Diagnostic Tools
- Launch Scanner
- G-Scan
- Autel Scanner
3. Wiring Diagrams
- Reading automotive wiring diagrams
- Color codes and symbols
4. Immobilizer & Security Systems
- Key programming
- Anti-theft system
5. Body Control Module (BCM)
- BCM Functions & Overview
- Electrical & Communication Interfaces
- Diagnostics & Troubleshooting
Practical Sessions
- Diagnosing no-start condition
- CAN line voltage testing
- ECU pin testing
- Key programming practice
- BCM troubleshooting
Month 4 — Hybrid Vehicle Fundamentals
Theory Topics
1. Introduction to Hybrid Vehicles
- Types of hybrid vehicles
- Mild Hybrid
- Full Hybrid
- Plug-in Hybrid
2. Hybrid System Components
- High Voltage (HV) Battery
- Inverter
- Converter
- Electric Motor
- Hybrid Control Module
3. Safety in Hybrid Vehicles
- High voltage risks
- PPE (Personal Protective Equipment)
- Orange cable identification
4. Regenerative Braking System
- Braking Principles
- Energy Recovery Components
- System Diagnostics
5. Hybrid Cooling System
- Cooling System Basics
- Components & Circuits
- Troubleshooting
Practical Sessions
- Hybrid safety procedures
- HV battery isolation process
- Inverter inspection
- Hybrid system scanning
- Regenerative braking diagnosis
Month 5 — Hybrid Diagnostics & Battery Management
Theory Topics
1. Hybrid Battery Types
- Nickel Metal Hydride (NiMH)
- Lithium-ion Battery
2. Battery Management System (BMS)
- BMS Functions
- Battery Monitoring
- Fault Detection
3. Common Hybrid Faults
- HV battery weak cell
- Inverter failure
- Motor generator issues
Hybrid Transmission (e-CVT)
- Transmission Basics
- Power Split Components
- System Diagnostics
Hybrid Air Conditioning System
- AC System Overview
- Components & Controls
- Troubleshooting
Practical Sessions
- Hybrid battery health testing
- Cell balancing basics
- BMS data analysis
- e-CVT inspection
- Hybrid AC compressor testing
Month 6 — Workshop Management & Industrial Training
Theory Revision & Mock Tests
1. Workshop Setup
- Tools and equipment
- Safety standards
2. Customer Handling
- Job card preparation
- Estimation and billing
3. Entrepreneurship Skills
- Opening EFI/Hybrid workshop
- Cost management
- Spare parts sourcing
4. Industrial Standards & Career Scope
- Local job market
- Overseas opportunities (Gulf Countries)
