Certificate in Hybrid Vehicle Technology & Service

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  • Course Duration4 months
  • Learning FormatOnline Learning

Course Overview

The Certificate in Hybrid Vehicle Technology & Service is designed to provide learners with practical knowledge and technical skills required to understand, inspect, service, maintain, and troubleshoot modern hybrid vehicles. The program covers hybrid vehicle architecture, internal combustion engines, electric motors, high-voltage battery systems, battery management systems, power electronics, hybrid transmissions, regenerative braking, charging systems, thermal management, electronic controls, diagnostics, and high-voltage safety.

Learners will develop an understanding of different hybrid configurations and how conventional and electric propulsion systems work together. The program emphasizes practical inspection, preventive maintenance, fault identification, diagnostic procedures, component servicing, high-voltage isolation, and safe workshop practices for hybrid vehicle maintenance.

Skills Covered

  • Fundamentals of hybrid vehicle technology

  • Types and configurations of hybrid vehicles

  • Mild hybrid, full hybrid, and plug-in hybrid systems

  • Hybrid vehicle architecture and operating principles

  • Internal combustion engine systems in hybrid vehicles

  • Electric motor and generator systems

  • Hybrid powertrain components

  • High-voltage battery technology

  • Battery cells, modules, and packs

  • Battery Management System (BMS)

  • Battery State of Charge (SOC) and State of Health (SOH)

  • Hybrid power control systems

  • Inverters and power electronics

  • DC-DC converter systems

  • Hybrid transmissions and power-split systems

  • Regenerative braking systems

  • Hybrid vehicle charging systems

  • Plug-in hybrid charging technology

  • High-voltage electrical circuits

  • Hybrid vehicle control units

  • Sensors, actuators, and electronic control systems

  • Vehicle communication and diagnostic systems

  • Hybrid vehicle thermal management

  • Battery cooling and temperature control

  • High-voltage system inspection and isolation

  • Hybrid vehicle diagnostic procedures

  • Use of automotive diagnostic scan tools

  • Identification of hybrid system fault codes

  • Preventive maintenance procedures

  • Hybrid battery inspection and maintenance

  • Electrical and mechanical component inspection

  • High-voltage safety procedures and PPE

  • Safe handling of hybrid components and service equipment

  • Workshop risk assessment and service documentation

Why Join This Program?

  • Develop a strong technical foundation in hybrid vehicle technology.

  • Understand how electric and conventional powertrains operate together.

  • Learn the major components and systems used in modern hybrid vehicles.

  • Gain knowledge of high-voltage batteries and battery management systems.

  • Understand hybrid motors, generators, inverters, and power electronics.

  • Learn how regenerative braking contributes to vehicle efficiency.

  • Develop skills for hybrid vehicle inspection and preventive maintenance.

  • Understand common hybrid system faults and diagnostic procedures.

  • Learn how to use diagnostic tools for hybrid vehicle troubleshooting.

  • Develop awareness of high-voltage safety and isolation procedures.

  • Understand battery thermal management and hybrid system cooling.

  • Build practical skills relevant to automotive workshops, dealerships, fleet operations, and vehicle service centers.

Course Objective

The objective of this program is to develop practical knowledge and technical competence in hybrid vehicle technology and service. Learners will gain an understanding of hybrid powertrain configurations, internal combustion engines, electric motors, high-voltage batteries, battery management systems, inverters, DC-DC converters, hybrid transmissions, regenerative braking, charging systems, thermal management, and electronic control systems. The program aims to develop the ability to safely inspect, maintain, diagnose, and support the servicing of hybrid vehicles while applying appropriate high-voltage safety and workshop practices.

Learning Outcomes

Upon successful completion of the program, learners will be able to:

  • Explain the fundamental principles of hybrid vehicle technology.

  • Identify different hybrid vehicle architectures and configurations.

  • Distinguish between mild hybrid, full hybrid, and plug-in hybrid systems.

  • Identify the major mechanical, electrical, and electronic components of hybrid vehicles.

  • Explain how the internal combustion engine and electric motor work together.

  • Describe the operation of hybrid electric motors and generators.

  • Explain the function and operation of high-voltage battery systems.

  • Identify battery cells, modules, packs, and associated components.

  • Explain the role of the Battery Management System.

  • Understand battery State of Charge and State of Health.

  • Explain the operation of inverters and other power electronic components.

  • Describe the function of DC-DC converters in hybrid vehicles.

  • Explain hybrid transmission and power-split operating principles.

  • Describe how regenerative braking recovers and manages electrical energy.

  • Explain hybrid and plug-in hybrid charging systems.

  • Identify major hybrid vehicle sensors, control units, and electronic systems.

  • Explain hybrid vehicle thermal management and battery cooling requirements.

  • Perform basic hybrid vehicle inspection and condition assessment.

  • Apply appropriate procedures for high-voltage system isolation.

  • Identify common hybrid system warning indicators and fault symptoms.

  • Use appropriate diagnostic equipment and scan tools for basic fault identification.

  • Interpret basic hybrid system diagnostic information and fault codes.

  • Identify common battery, motor, inverter, charging, and control-system faults.

  • Apply preventive maintenance procedures for hybrid vehicle systems.

  • Follow appropriate high-voltage safety procedures and personal protective equipment requirements.

  • Handle hybrid vehicle service tools and components safely.

  • Maintain appropriate maintenance, inspection, and diagnostic records.

  • Apply systematic troubleshooting and service procedures when working on hybrid vehicles.

Why Choose London Technology College?

  • • Open to All – Whether you're brand new or brushing up your skills, our courses are designed to meet you where you are.
  • • Practical Approach – Learn by doing, with hands-on exercises that reflect real-world office tasks.
  • • Experienced Tutors – Our instructors bring real industry know-how and a passion for teaching.
  • • Certificate of Completion – Add an accredited certificate to your CV or LinkedIn profile to boost your job prospects.
  • • Flexible Learning Options – Study at your own pace, from anywhere in the world. Ideal for working professionals and international students seeking flexibility without compromising quality.
  • • Job-Ready Skills – Get trained in tools and techniques that employers actually look for.
  • • Support That Stays With You – Need help? Our team is here from start to finish—no question is too small.
  • • Learn at Your Own Pace – Take your time or move quickly—the course is designed to adapt to your needs.
  • • Hands-On Projects – Put your skills into action with tasks like reports, spreadsheets, resumes, and more.

Certificate of Completion

Earn a professional Certificate of Completion from London Technology College, demonstrating your newly acquired skills. This certificate is ideal for academic CVs, research proposals, and job applications in professional roles.

Earn Your Certificate in Certificate in Hybrid Vehicle Technology & Service:

  • • Industry-recognised certificate issued by London Technology College.
  • • Demonstrate competence through real-world, practical projects.
  • • Validate your skillset for research, analytics, and professional careers.