EFI Hybrid Course in Rawalpindi Islamabad
The automotive industry is rapidly evolving, with traditional engines giving way to electronically controlled fuel systems and hybrid-electric vehicles. Technicians who understand both mechanical and electronic systems are in high demand, as modern vehicles rely heavily on sensors, ECUs, and high-voltage battery technology. The EFI & Hybrid course equips students with these critical skills, combining hands-on diagnostics, repair techniques, and modern workshop practices.
Course Overview
As the automotive landscape in Pakistan transitions from traditional engines to high-tech electronic and green energy systems, the demand for “Modern Mechanics” has reached an all-time high. 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 and scanners.
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: 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 for car owners in Pakistan today.
- Strategic Location: Our training center on Murree Road is easily accessible for students from across Rawalpindi and Islamabad.
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 to charge the battery.
- 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 priority. We teach you exactly how to use Insulated Tools and “Service Plugs” to de-energize the car before you touch the high-voltage components.
Do I Need a Science Background to Join?
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 Rawalpindi/Islamabad?
With the massive volume of Japanese 660cc and hybrid cars (Aqua, Prius, Vezel) on the roads of the twin cities, there is a huge shortage of qualified technicians. Our graduates are hired by top-tier workshops or open their own high-tech EFI centers.
Month 1 — Basic Automotive & Electrical Fundamentals
1. Theory Topics
- Introduction to Automobile Technology
- 2-Stroke & 4-Stroke Engine Working
- Petrol vs Diesel Engine Comparison
- Basic Engine Components
- Introduction to EFI System
- Electrical Fundamentals
- Voltage, Current, Resistance
- Ohm’s Law
- Series & Parallel Circuits
- Automotive Wiring Diagrams
- Introduction to Sensors & Actuators
2. Practical Work
- Engine parts identification
- Multimeter usage practice
- Battery testing
- Starter motor inspection
- Alternator testing
- Basic wiring joint practice
3. Workshop Tools Training
- Multimeter
- Test lamp
- Battery load tester
- Basic hand tools
Month 2 — Electronic Fuel Injection (EFI) System
1. Theory
- EFI System Introduction
- Types of EFI Systems
- Single Point Injection
- Multi-Point Injection
- EFI System Components
- Fuel pump
- Fuel injector
- Fuel pressure regulator
- Throttle body
- Engine Control Unit (ECU)
- Input Sensors:
- Throttle Position Sensor (TPS)
- MAP Sensor
- MAF Sensor
- Oxygen Sensor
- Crankshaft Sensor
- Camshaft Sensor
2. Practical
- Injector cleaning machine operation
- Fuel pump testing
- Sensor voltage testing
- Throttle body cleaning
- ECU pin-out testing
- OBD scanner fault code reading
- Live data monitoring
Month 3 — Electrical Installation & Maintenance
1. Theory Topics
- Fuel System Diagnostics
- Ignition System (Coil, Spark Plug, Igniter)
- Idle Control System
- Air-Fuel Ratio Control
- Emission Control System
- Catalytic Converter
2. Practical Work
- Misfire diagnosis
- Spark plug inspection
- Ignition coil testing
- Fuel pressure testing
- Scanner live data interpretation
- Sensor replacement practice
3. Project Work
- Complete EFI Engine Diagnosis Report
Month 4 — Introduction to Hybrid Vehicles
1. Theory
- Introduction to Hybrid Technology
- Types of Hybrid Vehicles
- Mild Hybrid
- Full Hybrid
- Plug-in Hybrid
- Hybrid System Components
- High Voltage Battery
- Inverter
- DC-DC Converter
- Electric Motor
- Hybrid Safety Precautions
- Regenerative Braking System
Reference Example Vehicle:
- Toyota Prius
2. Practical
- Hybrid battery structure study
- Safety gloves and PPE training
- High voltage cable identification
- Hybrid system layout inspection
- Scan tool hybrid menu operation=
Month 5 — Hybrid System Diagnostics & Repair
1. Theory Topics
- Hybrid ECU Functions
- Hybrid Battery Management System (BMS)
- Inverter System Working
- Hybrid Cooling System
- Hybrid Transmission System
- Hybrid Fault Codes
2. Practical Work
- Hybrid battery module testing
- Insulation resistance testing
- Cooling fan system testing
- Inverter inspection
- Hybrid vehicle diagnostic scanning
- Battery pack removal (demonstration)
3. Safety Module
- High voltage shutdown procedure
- Lock-out / Tag-out practice
- Emergency response training
Month 6 — Capstone Projects & Assessment
1. Theory
- Advanced Electrical Diagnostics
- CAN Bus System
- Oscilloscope Basics
- Workshop Management
- Customer Handling Skills
- Job Card Preparation
- Cost Estimation
2. Practical
- CAN communication testing
- Oscilloscope sensor waveform analysis
- Complete Hybrid Diagnosis
- Real Vehicle Fault Troubleshooting
- Final Practical Assessment
