A 10-week foundational programme in hybrid electric vehicle systems, automotive electronics, and sustainable transportation technologies — designed for the next generation of green automotive professionals.
Foundations Built for the Future of Mobility
The Award in Hybrid Electric Vehicle Theory (ASTI-EQ-ECAS-AWD-ELEC-HEV-217-26) equips learners with the theoretical knowledge and technical understanding needed to navigate today's rapidly evolving green transportation sector. Over 10 intensive weeks, students explore the core principles that underpin modern hybrid vehicle systems — from powertrain mechanics to electrical safety and energy management.
This programme is designed for prospective students and entry-level technicians who are ready to build a credible foundation in automotive electrification. Whether you are entering the industry for the first time or formalising existing knowledge, this award provides the essential competencies that employers are actively seeking in the hybrid and electric vehicle space.
Programme Code
ASTI-EQ-ECAS-AWD-ELEC-HEV-217-26
Duration
10 Weeks
Total Cost
$3,800
Delivery Mode
Classroom & Technical Study
What You Will Learn
The curriculum spans eight core topic areas, providing a comprehensive theoretical grounding across all major domains of hybrid vehicle technology.
HEV Fundamentals
Core principles of hybrid electric vehicle technologies, system architectures, and the role of HEVs in sustainable transportation.
Powertrain Systems
Introduction to hybrid powertrain configurations, vehicle operations, torque management, and the interaction between combustion and electric drive systems.
Battery & Energy Management
Battery system types, charging concepts, state-of-charge monitoring, and energy management strategies in hybrid applications.
Automotive Electronics
Fundamentals of automotive electrical and electronic systems, including circuits, sensors, actuators, and control modules.
Regenerative Braking
Study the principles of regenerative braking systems and how kinetic energy is captured and converted back into usable electrical energy within hybrid drive systems.
Electrical Safety Awareness
Develop critical awareness of high-voltage hazards specific to hybrid vehicle environments, including safe working practices, personal protective equipment, and emergency protocols.
Sustainable Transportation
Examine green energy technologies, low-emission transport strategies, and the environmental impact of transitioning to hybrid and electric vehicle fleets.
Diagnostics & Maintenance
Introduction to hybrid vehicle diagnostic principles, fault identification concepts, and routine maintenance practices used in modern HEV service environments.
Where This Award Takes You
Graduates of this programme are positioned to pursue a range of entry-level roles within the hybrid and electric vehicle sector. Employers across automotive services, fleet management, and green energy operations actively seek candidates with verified foundational HEV knowledge.
Hybrid Vehicle Support Technician Assistant
Support qualified technicians in the inspection, servicing, and basic diagnosis of hybrid electric vehicles in franchised or independent workshops.
Automotive Electrical Systems Assistant
Assist in the testing and maintenance of automotive electrical circuits, battery systems, and electronic control units under supervision.
Green Energy Automotive Support Associate
Work within EV charging infrastructure, fleet electrification projects, or sustainability-focused automotive operations to support green energy transitions.
Vehicle Diagnostics Support Assistant
Use introductory diagnostic tools and software to support fault-finding and vehicle health reporting in technician-led environments.
Sustainable Transport Support Technician
Contribute to sustainable transportation initiatives, including fleet management support, emissions reporting, and vehicle lifecycle data tracking.
Automotive Technology Assistant
Provide general technical support across automotive workshops, technical centres, and engineering support environments working with modern vehicle platforms.
Applicable Across Multiple Sectors
This programme has been developed with broad industry relevance in mind. The skills and knowledge gained are transferable across a wide range of professional environments where hybrid and electric vehicle technologies are being adopted or expanded.
A Launchpad for Advanced Learning
The Award in Hybrid Electric Vehicle Theory is designed not only as a vocational qualification in its own right, but as a strong academic and professional springboard for those who wish to pursue further study. The theoretical foundations covered in this programme align with entry requirements and preparatory knowledge for a range of advanced qualifications.
Students who complete this award will be well-prepared to progress into more specialised programmes, broadening both their technical depth and career prospects.
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Industrial Electronics & Transport Infrastructure
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Tuition & Registration
The total programme cost of $3,800 covers all components of your enrolment, including registration, tuition, and library access. Flexible payment plans are available, subject to institutional policy — contact our admissions team to discuss your options.
Registration Fee
One-time enrolment and administrative registration charge.
Tuition Fee
Covers all 10 weeks of instruction, course materials, and assessments.
Library Fee
Full access to technical resources, digital learning materials, and reference texts.
Total Programme Cost
All-inclusive fee. Flexible payment plans available on request.
Begin Your Journey in Green Automotive Technology
The hybrid and electric vehicle industry is growing at an unprecedented rate. Skilled technicians who understand HEV systems are in high demand — and this award is your first step toward a rewarding career in sustainable transportation. Enrol today and gain the foundational expertise that the industry requires.
📞 Office
868-610-7500
868-772-2135
868-727-8562
📍 Campus
46 Boundary Road, San Juan, Trinidad
Award in Hybrid Electric Vehicle Theory