Automotive Engineering

Automotive Engineering at Nagoya University offers a comprehensive and innovative program dedicated to advancing knowledge and skills in the analysis, design, manufacturing, and testing of automobiles and their components. This program aims to cultivate engineers who are capable of contributing to the rapidly evolving automotive industry by integrating fundamental engineering principles with cutting-edge technologies such as electric vehicles, autonomous driving systems, and advanced mobility solutions. Students will engage in a combination of rigorous coursework, laboratory experiments, and project-based learning facilitated by experienced faculty members specializing in automotive systems, robotics, materials science, and environmental sustainability. The curriculum emphasizes a multidisciplinary approach, encouraging students to develop problem-solving abilities relevant to vehicle dynamics, powertrain engineering, safety standards, and manufacturing processes. Moreover, the program fosters collaborations with leading automotive companies and research institutions, providing students with hands-on experience through internships and joint research projects. Facilities equipped with state-of-the-art laboratories, simulation tools, and experimental setups enable students to perform detailed analyses and prototype development. Graduates of this program will be equipped with the technical expertise and innovative mindset necessary to drive technological advancements in the automotive sector and address global challenges such as reducing emissions, improving safety, and enhancing user experience. Whether aiming for a career in automotive design, research and development, or industry management, students will benefit from rigorous academic training combined with practical exposure, preparing them for leadership roles in the future of mobility. The program emphasizes sustainable development and ethical practices, ensuring graduates are committed to creating environmentally responsible and socially beneficial transportation solutions.

Mechanical Science and Engineering 

• Advanced Lectures on Dynamical System Theory
• Advanced Lectures on Automotive Engineering
• Automotive Engineering Seminar 1A
• Automotive Engineering Seminar 1B
• Automotive Engineering Seminar 1C 
• AutomotiveEngineering Seminar 1D
• Advanced Thermal Engineering
• Advanced Lectures on System Dynamics
• Advanced Lectures on Strength and Fracture of Materials
• Advanced Lectures on Computer-Aided Engineering
• Advanced Lectures on Communication and Image Processing
• Advanced Experiments and Exercises in Automotive Engineering A
• Advanced Experiments and Exercises in Automotive Engineering B
• Electric Power and Energy Engineering
• Semiconductor Devices
• Advanced Lectures for Information and Computer Sciences
• Advanced Lectures on Mathematical Analysis of Heat Transfer
• Advanced Battery Systems for Future Automobiles
• Industrial Uses of Radiation
• Advanced Lectures on Chemical Engineering
• Transportation Systems Analysis
• Advanced Traffic Engineering and Management
• Latest Advanced Technology and Tasks in Automobile Engineering
• Introduction to Academic Communication
• Research Internship1
• Advanced Lectures on Scientific English

Electrical Engineering and Computer Science

• Theory of Data Analysis and Processing
• Automotive Engineering Seminar 1A
• Automotive Engineering Seminar 1B
• Automotive Engineering Seminar 1C 
• AutomotiveEngineering Seminar 1D
• Advanced Lectures on Automotive Engineering
• Electric Power and Energy Engineering
• Semiconductor Devices
• Advanced Lectures on Communication and Image Processing
• Advanced Lectures for Information and Computer Sciences
• Advanced Lectures on Computer-Aided Engineering
• A Advanced Experiments and Exercises in Automotive Engineering A
• Advanced Experiments and Exercises in Automotive Engineering B
• Advanced Thermal Engineering
• Advanced Lectures on System Dynamics
• Advanced Lectures on Strength and Fracture of Materials
• Advanced Lectures on Mathematical Analysis of Heat Transfer
• Advanced Battery Systems for Future Automobiles
• Industrial Uses of Radiation
• Advanced Lectures on Chemical Engineering
• Transportation Systems Analysis
• Advanced Traffic Engineering and Management
• Latest Advanced Technology and Tasks in Automobile Engineering
• Introduction to Academic Communication
• Research Internship1
• Advanced Lectures on Scientific English

• TOEFL: minimum score of 80 iBT; 550 PBT
• IELTS: minimum band score of 6 
• Application fee: JPY 5,000
• Payment of the registration fee (JPY 282,000)
• Application Form
• Bachelor's Degree Diploma (or Prospective Bachelor's Degree Diploma) from Your University (Original Copy)
• Academic Transcript for Undergraduate Education (Original Copy)
• Certified Score Report of the GRE
• Research Proposal
• Two Letters of Reference (Original Copies)
• Summary of Undergraduate Graduation Research
• Major Publications
• Documents Showing Other Strengths
• Document Validating Your Nationality and Residence Status

The Automotive Engineering program at Nagoya University offers various financing options to support students throughout their studies. Tuition fees for the program are structured according to university standards, with annual tuition costs typically around 535,800 Japanese Yen for undergraduate programs. Additionally, students are responsible for additional fees such as admission fees, which are approximately 282,000 Yen at the start of the program, and other miscellaneous costs including examination fees and materials. To assist students financially, Nagoya University provides a range of scholarship opportunities, including university-sponsored scholarships, government-funded grants, and external scholarships from private organizations. These scholarships are awarded based on academic merit, financial need, or a combination of both. International students are also encouraged to seek financial aid from their home countries or through bilateral agreements.

Part-time work options are available for students to supplement their income, and the university offers guidance and support for job placement during the academic year. The university's financial aid office provides detailed counseling to help students plan their finances effectively, including advice on applying for scholarships, understanding tuition payment schedules, and managing living expenses. Students enrolled in the Automotive Engineering program are also eligible to participate in various research projects and internships, which can sometimes offer stipends or financial benefits, further supporting their educational journey. Overall, Nagoya University aims to make education accessible by providing comprehensive financial support systems and flexible arrangements to ensure that talented students can pursue their automotive engineering degrees regardless of financial background.

The Automotive Engineering program at Nagoya University offers a comprehensive and in-depth curriculum designed to prepare students for innovative careers in the automotive industry. This program integrates fundamental engineering principles with advanced concepts tailored specifically to the development, production, and optimization of modern vehicles. Students will have the opportunity to study a wide range of topics including mechanical engineering, electrical systems, control engineering, materials science, and environmental sustainability, all within the context of automotive technology.

The program emphasizes hands-on experience through laboratories, project-based coursework, and collaboration with industry partners, enabling students to apply theoretical knowledge to real-world problems. Research facilities at Nagoya University provide access to cutting-edge tools and equipment, supporting students' learning and research activities. The curriculum also focuses on emerging trends such as electric vehicles, hybrid powertrains, autonomous driving technologies, and intelligent vehicle systems, reflecting the future directions of the automotive sector.

Nagoya University’s automotive program encourages interdisciplinary approaches, combining insights from engineering, computer science, and environmental science to foster innovation. The faculty comprises experts with extensive experience in automotive technology research and industry collaboration, ensuring that students receive a high-quality education aligned with current industry standards and future developments.

Moreover, the program promotes international engagement, offering opportunities for exchange programs, joint research projects, and participation in global automotive forums. Graduates of the Automotive Engineering program are well-equipped to pursue careers in automotive manufacturing, research and development, consulting, and regulatory agencies, or to continue their academic pursuits through master's and doctoral studies. Overall, Nagoya University's automotive program aims to nurture skilled engineers capable of shaping the future of mobility through innovation, sustainability, and technological excellence.