Major: Hybrid and Electric Vehicles Technology (Hibrit ve Elektrikli Araçlar Teknolojisi)
Program Overview
A cutting-edge, hands-on program focused on designing, maintaining, and repairing hybrid and electric vehicles (EVs). Combines automotive engineering, electrical systems, battery technology, and sustainability to prepare graduates for careers in EV manufacturing, automotive service, charging infrastructure, and R&D in Turkey’s rapidly growing green mobility sector.
Key Learning Objectives
- Master electric vehicle (EV) and hybrid vehicle architectures.
- Learn high-voltage electrical systems and safety protocols.
- Gain expertise in battery technology (lithium-ion, charging systems).
- Develop skills in electric motor and power electronics.
- Understand EV charging infrastructure and grid integration.
- Explore autonomous and connected vehicle technologies.
- Apply diagnostic tools and predictive maintenance for EVs.
Core Courses
- Introduction to Hybrid and Electric Vehicles
- History, types (HEV, PHEV, BEV), and market trends.
- High-Voltage Electrical Systems
- Wiring, insulation, and safety (ISO 6469, GB/T standards).
- Battery Technology and Management
- Lithium-ion batteries, BMS (Battery Management Systems), and thermal management.
- Electric Motors and Power Electronics
- AC/DC motors, inverters, and regenerative braking.
- EV Charging Infrastructure
- Charging stations (AC/DC), grid integration, and smart charging.
- Hybrid Vehicle Systems
- Powertrain integration, energy recovery, and fuel efficiency.
- Autonomous and Connected Vehicle Basics
- Sensors, ADAS, and V2X communication.
- Diagnostics and Maintenance for EVs
- OBD-II, diagnostic software, and troubleshooting.
- Sustainability and Energy Efficiency
- Life cycle analysis, recycling, and green energy integration.
- Practicum in EV Technology
- Hands-on training with EVs, charging stations, or automotive labs.
- Capstone Project
- Design a charging station, optimize an EV powertrain, or develop a diagnostic tool.
Assessment Methods
- EV system design and assembly projects
- Battery and motor performance tests
- Charging infrastructure simulations
- Diagnostic and troubleshooting exercises
- Capstone project presentations
Tools & Resources
- Equipment: EV training benches, battery analyzers, oscilloscopes, charging stations
- Software: Diagnostic tools (e.g., Tesla Toolbox, AVL), MATLAB/Simulink, CAD (SolidWorks)
- Books:
- Electric and Hybrid Vehicles: Design Fundamentals by Iqbal Husain
- Lithium-Ion Batteries: Science and Technologies by Masaki Yoshio
- Power Electronics for Electric Vehicles by S. N. Vukosavic
Prerequisites
- Interest in automotive technology, electrical engineering, or sustainability.
- Basic knowledge of mechanics or electronics helpful.
Program Duration
- 2–4 years (associate/bachelor’s), including industry practicum.
Certifications (Optional/Required)
- Electric Vehicle Technician Certification (e.g., from ASE or Turkish Automotive Industry)
- High-Voltage Safety Certification (e.g., HV1-HV3)
- EV Charging Infrastructure Certification
Career Paths
- EV Technician (dealerships, service centers)
- Battery Systems Engineer (R&D, manufacturing)
- Charging Infrastructure Specialist (energy companies, municipalities)
- Hybrid/EV Design Engineer (automotive OEMs)
- Automotive Electrical Engineer (powertrain, electronics)
- Fleet Electrification Manager (logistics, public transport)
- EV Sales and Technical Support (manufacturers, startups)
- Sustainability Consultant (green mobility, energy efficiency)
Why This Major?
Turkey’s automotive industry is shifting toward electrification, creating high demand for skilled EV technicians and engineers. This program provides hands-on training in EV systems, batteries, and charging infrastructure, preparing graduates for future-proof careers in a rapidly evolving, sustainable field. Ideal for those passionate about green technology, innovation, and the future of mobility.
