Fundamental and Applied Physics

Study mode:On campus Study type:Full-time Languages: English
Foreign:$ 3.72 k / Year(s) Deadline: Feb 22, 2026
351–400 place StudyQA ranking:11757 Duration:4 years

The Faculty of Science at Nagoya University offers a comprehensive and rigorous undergraduate program in Fundamental and Applied Physics that equips students with a broad understanding of the principles and applications of physics. This program is designed to cultivate critical thinking, analytical skills, and experimental competence, preparing students for diverse careers in research, industry, and academia. Throughout the course of study, students explore foundational topics such as classical mechanics, electromagnetism, thermodynamics, quantum mechanics, and statistical physics, providing a solid theoretical base. In addition, they gain practical experience through laboratory work, computational physics, and specialized subjects such as condensed matter physics, optical physics, and applied physics techniques. The curriculum emphasizes problem-solving skills and encourages innovative approaches to tackling complex physical phenomena. Students have access to state-of-the-art laboratories and research facilities, enabling hands-on learning and opportunities for original research projects. The program also fosters international collaboration and offers pathways for students to participate in exchange programs and joint research initiatives with partner institutions worldwide. Graduates of this program are well-prepared for careers in scientific research, technology development, education, and other fields requiring a deep understanding of physical sciences. With a curriculum that combines theoretical foundation, experimental skills, and applications, the Fundamental and Applied Physics program at Nagoya University provides a solid platform for students aspiring to contribute to scientific advancement and technological innovation.

Basic Specialized Courses

Lecture Code

Course Title

credits

Starts (Elective/Compulsory)

10827

Mathematics Tutorial Ia

1.0

1 Autumn Semester
(Elective)

10828

Mathematics Tutorial Ib

1.0

1 Autumn Semester
(Elective)

10770

Fundamental Physics Tutorial Ia

1.0

1 Autumn Semester
(Elective)

10771

Fundamental Physics Tutorial I b

1.0

1 Autumn Semester
(Elective)

10207

Computer Software I

2.0

1 Autumn Semester
(Compulsory)

10829

Mathematics Tutorial II a

1.0

1 Spring Semester
(Elective)

10830

Mathematics Tutorial II b

1.0

1 Spring Semester
(Elective)

10516

Fundamental Physics Tutorial IIa

1.0

1 Spring Semester
(Compulsory)

10517

Fundamental Physics Tutorial IIb

1.0

1 Spring Semester
(Compulsory)

10208

Fundamentals of Biology II

2.0

1 Spring Semester
(Elective)

10209

Mathematics I and Tutorial

3.0

2 Autumn Semester
(Compulsory)

10210

Mathematics II and Tutorial

3.0

2 Autumn Semester
(Compulsory)

10155

Analytical Mechanics I

2.0

2 Autumn Semester
(Compulsory)

10157

Statistical Physics I

2.0

2 Autumn Semester
(Compulsory)

10211

Physics Tutorial Ia

0.5

2 Autumn Semester
(Compulsory)

10212

Physics Tutorial Ib

0.5

2 Autumn Semester
(Elective)

10152

Physical Chemistry I

2.0

2 Autumn Semester
(Elective)

10164

Electricity and Magnetism

2.0

2 Spring Semester
(Compulsory)

10213

Quantum Mechanics I

2.0

2 Spring Semester
(Compulsory)

10214

Analytical Mechanics II

2.0

2 Spring Semester
(Elective)

10215

Applied Physics Laboratory I

1.0

2 Spring Semester
(Compulsory)

10216

Statistical Physics II

2.0

3 Autumn Semester
(Compulsory)

10218

Applied Physics Tutorial II

2.0

3 Autumn Semester
(Compulsory)

10219

Applied Physics Tutorial III

1.5

2 Spring Semester
(Compulsory)

Specialized Courses

Lecture Code

Course Title

credits

Starts (Elective/Compulsory)

10220

Computer Software II

2.0

1 Spring Semester
(Compulsory)

10221

Mechanics of Continuous Media

2.0

2 Spring Semester
(Compulsory)

10181

Biophysics

2.0

2 Spring Semester
(Compulsory Elective)

10222

Astrophysics

2.0

2 Spring Semester
(Elective)

10223

Fluid Mechanics and Tutorial

2.5

2 Spring Semester
(Compulsory Elective)

10224

Quantum Mechanics II

2.0

3 Autumn Semester
(Compulsory)

10225

Applied Physics Laboratory II

2.0

3 Autumn Semester
(Compulsory)

10226

Applied Physics Seminar

2.0

3 Spring Semester
(Compulsory Elective)

10227

Optics

2.0

3 Spring Semester
(Compulsory)

10228

Condensed Matter Physics I

2.0

3 Autumn Semester
(Compulsory)

10184

Chemical Physics

2.0

3 Autumn Semester
(Compulsory Elective)

10188

Computational Chemistry

2.0

3 Autumn Semester
(Compulsory)

10252

Scientific Measurements

2.0

3 Autumn Semester
(Elective)

10230

Fluid Mechanics

2.0

3 Autumn Semester
(Compulsory Elective)

10231

Statistical Physics III

2.0

3 Spring Semester
(Compulsory)

10768

Applied Physics Tutorial IV a

1.0

3 Spring Semester
(Compulsory)

10769

Applied Physics Tutorial IV b

1.0

3 Spring Semester
(Compulsory Elective)

10233

Applied Physics Laboratory III

2.0

3 Spring Semester
(Compulsory)

10234

Quantum Mechanics III

2.0

3 Spring Semester
(Compulsory Elective)

10235

Condensed Matter Physics II

2.0

3 Spring Semester
(Compulsory)

10236

Applied Physics Tutorial V

1.5

4 Autumn Semester
(Compulsory)

10237

Condensed Matter Physics III

2.0

4 Autumn Semester
(Compulsory)

10238

Graduation Research A

2.5

4 Autumn Semester
(Compulsory)

10239

Graduation Research B

2.5

4 Spring Semester
(Compulsory)

Related Specialized Courses

Lecture Code

Course Title

credits

Starts (Elective/Compulsory)

10202

Outline of Engineering III

2.0

4 Autumn Semester
(Elective)

10203

View of Advanced Electrical/ Electronic and Information Engineering

2.0

4 Autumn Semester
(Elective)

10204

Introduction to Civil Engineering and Architecture

2.0

4 Autumn Semester
(Elective)

10240

Introduction to Chemical and Biological Industries

2.0

4 Spring Semester
(Elective)

10205

Introduction to Applied Physics/ Materials and Energy Engineering

2.0

3 Spring Semester
(Elective)

10206

Introduction to Production Engineering

2.0

4 Spring Semester
(Elective)

  • Application fee: JPY 5,000 
  • Non-Refundable Registration Fee One time payment at admission JPY282,000
  • High/Secondary School Graduation Diploma (required)*
  • Academic Transcript (required)*
  • Standardized Test Scores (if applicable)*
  • English Language Proficiency Test Score (if applicable)*
  • Two Essays (required)
  • Two Reference Letters (required)
  • Copy of Passport/Government Issued ID card (required)
  • Nagoya University Global 30 Scholarship Application and Income Statement (if applicable)

The financing of the Fundamental and Applied Physics program at Nagoya University is designed to support both domestic and international students through a variety of funding sources. The university offers a range of scholarships, fellowships, and financial aid options to assist students in covering tuition fees, living expenses, and research costs. International students are encouraged to apply for scholarships provided by the Japanese government, such as the MEXT scholarship, which covers tuition, a monthly stipend, and airfare. Additionally, Nagoya University provides its own scholarships for outstanding students, which are awarded based on academic achievement and research potential.

Students enrolled in the program may also have access to research assistantships and teaching assistantships, which not only provide financial support but also enhance academic and professional development. These positions are typically awarded based on merit and are available to both master's and doctoral students. Furthermore, many students seek external funding from research grants, national and private foundations, and industry partnerships that support scientific research and academic pursuits.

Part-time work opportunities on and near the university campus can also supplement student income, though they are subject to visa regulations for international students. It is recommended that prospective students explore all available funding avenues early in their studies to ensure adequate financial support throughout their academic career. The university maintains a dedicated office that provides counseling and assistance in application procedures for scholarships and financial aid programs, ensuring students are well-informed about their options. Overall, the financial support system at Nagoya University aims to make studying in the field of physics accessible and affordable for talented students from around the world.

Monthly Living Expense

Item Estimated monthly cost
Accommodation (Off-campus apartment) ¥ 30,000-50,000
Utility ¥ 10,000
Food ¥ 30,000
Telecommunications ¥ 5,000
Insurance ¥ 1,500
Other personal expenses ¥ 10,000
Total ¥ 86,500-106,500

*Living expense vary depending on students’ lifestyle and spending patterns. The amount suggested above is for reference only.

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