Korea automotive and EV engineer salary: a Hyundai, battery and major roadmap for Indian students

For Indian students choosing an engineering major in Korea, the second question after semiconductors is often automotive and electric vehicles. Hyundai Motor is a familiar brand in India, and Korea's auto and battery industries now connect vehicles, EVs, hybrids, batteries, vehicle software, robotics and smart factories.

K-Study Times checked official sources as of June 28, 2026. The salary question has to be read in three layers. First, ADIGA's Automotive Engineering Technicians and Researchers job page, based on Korea Employment Information Service Employment24 data, lists 2023 wage indicators as KRW 49 million at the lower quartile, KRW 66 million at the median and KRW 90 million at the upper quartile. Second, Hyundai Motor's official 2025 annual results reported 4,138,389 global vehicle sales, KRW 186.3 trillion in revenue and 961,812 electrified vehicles sold. Third, Hyundai Motor's 2025 Sustainability Report Governance PDF cites KRW 124 million as average compensation per employee, based on its 2024 business report.

These are different indicators. The occupation wage figure is a job-group survey indicator. Hyundai's average compensation is a company-wide employee compensation indicator. Hyundai's 2025 results show company and industry scale. None of these should be read as a starting salary for an Indian graduate.

Key answer: automotive and EV is not only mechanical engineering

Students aiming for automotive or EV work in Korea can start from mechanical engineering, but the route does not end there. EVs and hybrids combine batteries, power electronics, vehicle software, controls, data, thermal management and production engineering. For Indian students, the practical formula is automotive or mechanical engineering + electrical/electronics, battery or software evidence.

Industry signal: read Hyundai results together with battery competition

Automotive and EV study is not only a Korea-only path. Hyundai is visible in India, and Korean automakers operate across India, the United States, Europe and Southeast Asia. A student who studies mechanical engineering, electrical engineering, batteries or software in Korea may later think about headquarters roles, supplier networks or regional operations. But the first counseling question should be the job role, not the company name.

Hyundai Motor announced its 2025 annual and fourth-quarter business results on January 29, 2026. The company sold 4,138,389 vehicles globally in 2025. Annual revenue reached KRW 186.3 trillion, up 6.3 percent year over year. Operating profit was KRW 11.47 trillion and operating margin was 6.2 percent.

The electrification signal is more important for students. Hyundai sold 961,812 electrified vehicles in 2025, up 27 percent year over year. This included 275,669 EVs and 634,990 HEVs. Electrified vehicles accounted for about 23 percent of total global sales. That points to demand for EVs, hybrids, power electronics, battery systems, software and data-based quality work, not only traditional internal combustion design.

Battery data should also be read carefully. SNE Research reported that the Korean trio, LG Energy Solution, SK On and Samsung SDI, recorded a combined 15.4 percent share of global EV battery usage in 2025, down 3.3 percentage points year over year. Korean battery companies remain important global players, but competition from CATL, BYD and other firms is intense. For students, that means battery and EV careers require real skills in electrochemistry, materials, thermal management, BMS, power electronics, manufacturing process and quality data.

What the official job profile says automotive engineers do

ADIGA's automotive engineering job profile says workers need deep knowledge of vehicle equipment, functions and performance. Related majors include automotive engineering, mechanical engineering and electrical/electronic engineering. Mechanical students need fluid mechanics, thermodynamics, solid mechanics and dynamics. Electrical and electronics students need knowledge of vehicle electronics, circuit logic, powertrain control, driving and braking control.

The same job profile notes that competition in unmanned vehicles, fuel-cell vehicles and eco-friendly cars may increase demand for automotive engineers with electrical and electronic backgrounds. This is a key signal for Indian students. Automotive engineering is no longer only about engines and bodies. Vehicle electronics, power electronics, sensors, controls, software and battery systems all matter.

Major roadmap for Indian students

The difference from the Day 1 semiconductor article is important. Semiconductors often narrow into devices, processes, circuits and materials. Automotive and EV work is systems-oriented. The vehicle, battery, controls, software and manufacturing process connect with each other. Students should first diagnose whether their strength is mechanical, electrical/electronic, coding, chemical/materials or data.

University and graduate routes to check in Korea

Official university pages show several routes. KAIST Mechanical Engineering explains graduate admission for international students. Hanyang University's previously published 2026 Spring Graduate Admission Guide listed Automotive Engineering as a recruiting unit. Sungkyunkwan University's English Mechanical Engineering page describes graduate study as a route for professional mechanical engineers and researchers.

Do not choose a school only by the university name. In automotive and EV study, the lab and course sequence matter heavily. Even inside a mechanical engineering master's degree, topics can split into thermal management, vehicle dynamics, robotics, manufacturing, controls and battery systems. Indian students should search beyond the department name automotive engineering and compare mechanical engineering, electrical engineering, materials science, chemical engineering and computer science, together with English-track and scholarship conditions.

Reverse-plan D-2, D-10 and E-7

Study in Korea explains that degree-seeking international students are generally connected to D-2 student status. After study, students who need time for job search or professional employment preparation may consider D-10 and E-7 routes. This path is not automatic. HiKorea and Ministry of Justice guidance should be checked for occupation category, degree, major, employment contract, wage requirement and company conditions.

Automotive and EV jobs may connect to mechanical engineering, electrical/electronic engineering, materials engineering, chemical engineering, software or ICT specialist occupation groups. Students should not wait until graduation to check visa rules. The better order is: choose a target role, build lab or project evidence, match job descriptions, then check D-10 and E-7 eligibility.

Questions Indian students and parents should prepare

1. Is the target role vehicle design, battery, vehicle software, production or quality?
2. Is the student's undergraduate background closer to mechanical, electrical, computer science, chemical or materials?
3. Does the student want an English-track master's route or a Korean-language undergraduate or transfer route?
4. Is scholarship support essential, and what is the self-funded budget?
5. What evidence can the student show: project, internship, paper, GitHub, CAD/CAE or data work?
6. Is Korean being prepared only for admission, or also for workplace communication?
7. If Korea employment is the goal, when will the student check D-10 and E-7 requirements?