Automotive Disciplines (University / Higher Vocational Education)

1. Definition and System Structure

Automotive Major refers to a specialised academic cluster established by higher education institutions and vocational colleges to cultivate technical and skilled talent for the automotive industry, spanning both undergraduate degree and higher vocational (diploma) levels. The undergraduate tier centres on Vehicle Engineering, focusing on developing high-level engineering and technical talent in complete vehicle and component R&D, testing and validation, and production management. Meanwhile, the higher vocational (diploma) tier is represented by programmes such as Automotive Inspection and Maintenance Technology and New Energy Vehicle Technology, focusing on nurturing skilled technical personnel for frontline vehicle manufacturing and after-sales servicing.

2. Core Majors at the Undergraduate Level

Major Name	Degree Awarded	Core Positioning	Typical Courses
Vehicle Engineering	Bachelor of Engineering	Focuses on the design, manufacturing, testing, and evaluation of road transport, new energy vehicles (NEVs), and intelligent connected vehicles (ICVs); a broad-based, multidisciplinary engineering discipline	Engineering Graphics, Theoretical Mechanics, Electrical and Electronic Technology, Automotive Construction, Automotive Theory, Automotive Design, Automotive AI Technology
Automotive Service Engineering	Bachelor of Engineering	Catered to the entire automotive value chain, cultivating versatile "technical + management" professionals with an emphasis on smart services such as automotive marketing, technical support, and vehicle appraisal and valuation	Automotive Marketing and Planning, Fundamentals of Automotive Service Engineering, Motor Insurance and Claims, Used Vehicle Appraisal and Valuation, Automotive Diagnostic Experiments
New Energy Vehicle Engineering	Bachelor of Engineering	Delivers systematic mastery of NEV theory, design, manufacturing, and control technologies, geared towards R&D design and validation of NEV complete vehicles and core powertrain components	New Energy Vehicle Construction, Electric Drive Theory and Design, Traction Battery Systems, Drive Motor and Control Technology
Intelligent Vehicle Engineering	Bachelor of Engineering	Tailored to the growth of the intelligent connected vehicle (ICV) industry, combining vehicle engineering, intelligent transport, and interdisciplinary domains for autonomous driving and smart vehicle development	Intelligent Vehicle Theory, Intelligent Vehicle Design, Modern Control Technology, Environmental Perception Technology, Intelligent Vehicle Motion Planning and Control

Vehicle Engineering programmes generally require a background in Physics and Chemistry in university entrance examinations, with a standard four-year duration. Undergraduate training adopts an integrated "theory + practical + innovation" model, building an interdisciplinary syllabus across mechanical materials, electronic control, and artificial intelligence, while reinforcing engineering competencies through university-industry collaboration platforms.

3. Core Majors at the Higher Vocational (Diploma) Level

Major Name	Duration	Core Positioning	Typical Courses
Automotive Inspection and Maintenance Technology	Three Years	Nurtures highly skilled technicians specialising in automotive electromechanical repairs, diagnostics, and performance testing	Automotive Construction and Principles, Automotive Electrical and Electronic Systems, Automotive Fault Diagnostics, Vehicle Servicing and Maintenance
New Energy Vehicle Technology	Three Years	Aimed at NEV assemblers and component manufacturers, focusing on product performance testing, quality inspection, and after-sales technical support	New Energy Vehicle Technology, EV Traction Battery Technology, Drive Motor and Inverter Control, EV Charging Infrastructure Technology
Intelligent Connected Vehicle Technology	Three Years	Targeted at the ICV and autonomous driving sectors, focusing on the deployment and testing of perception suites, smart cockpits, and telematics systems	Vehicle Environmental Perception Technology, Smart Cockpit Human-Machine Interface (HMI), Telematics & V2X Applications, Intelligent Vehicle Platform Technology
Automotive Technical Service and Marketing	Three Years	Develops automotive aftermarket professionals proficient in vehicle sales, dealership service operations, and motor insurance claims	Automotive Marketing, Dealership Service Operations, Motor Insurance and Claims, Customer Relationship Management (CRM)

The standard programme duration for higher vocational automotive studies is three years. The pedagogical model is anchored in industry-academia integration and enterprise-institution synergy, highlighting work-study alternation and the integration of curriculum with industry credentials, vocational standards, and technical competitions. Real-world corporate projects and technical standards are directly woven into coursework. Selected institutions also conduct dedicated corporate-sponsored classes, enabling graduates to transition seamlessly into direct employment with partner firms.

4. Shared Curriculum Architecture and Training Models

Automotive academic programmes typically comprise five core modules: general basic courses, foundational engineering courses, specialised core subjects, professional electives, and practical training. Hands-on practical training is central to the syllabus; institutions are standardly equipped with on-campus facilities (such as vehicle testing centres and NEV workshops) alongside off-campus industrial placement bases co-developed with leading automotive players. In recent years, numerous colleges and universities have integrated emerging technologies—such as vehicle-to-everything (V2X) cooperative systems, solid-state battery manufacturing, and autonomous driving algorithms—into their syllabi, shortening curriculum update cycles to a matter of months to keep pace with rapid industry evolution.

5. Development Trends

NEVs and smart connectivity take centre stage: Vocational colleges are broadly rolling out New Energy Vehicle Technology and Intelligent Connected Vehicle Technology programmes, while universities are establishing dedicated degree tracks in New Energy Vehicle Engineering and Intelligent Vehicle Engineering.
Rising demand for multidisciplinary skill sets: The automotive sector's demand for cross-domain talent has surged. Hybrid professionals well-versed in automotive engineering, software development, electronic controls, and AI have become highly sought-after in R&D, whereas conventional single-discipline roles are steadily declining.
Deepening industry-academia integration: Enterprise-institution collaboration and customized talent incubation schemes are increasingly prevalent, with automotive companies directly participating in syllabus design and practical instruction to shorten the onboarding learning curve for graduates.
Standardised vocational certification framework: Professional credentials—including Low-Voltage Electrical Certifications, Intelligent Connected Vehicle Testing Specialist qualifications, and Certified NEV Service Technicians—have become essential industry passports for vocational graduates.