Engineering in Japan: Top Courses, Eligibility, Fees & Scholarship

Every year, more than 240,000 international students choose Japan for higher education, and a rising number of them are aspiring engineers. Among them, Nepalese students are increasingly drawn to Japan’s reputation for innovation, safety, and career-ready education. But why engineering?

 

Because Japan is the world’s third-largest economy, home to tech giants like Toyota, Sony, and Panasonic, and is at the forefront of robotics, AI, automotive design, and precision manufacturing. The country invests heavily in R&D, with over 3% of its GDP going into scientific research, one of the highest in the world.

 

If you are one of those students with dreams of building cutting-edge systems, working in smart factories, or designing next-gen infrastructure, this blog is your roadmap to Japan.

 

Stay with us as we unpack the how, why, where, and what next of studying engineering in Japan, specifically for Nepalese students ready to build their future.

 

Table of Contents

1. Why Study Engineering in Japan?
2. Top Engineering Courses in Japan for Nepalese Students
3. Engineering Program Levels, Duration & English-Taught Degrees in Japan
4. Eligibility Requirements for Engineering Programs in Japan
5. How Much Does It Cost to Study Engineering in Japan?
6. Best Japanese Universities to Study Engineering (with English Programs)
7. Scholarships for Engineering Students in Japan
8. Post-Study Work Opportunities and PR Pathways in Japan
9. How to Get Admission in Japan for Engineering?
10. Your Next Step to Studying Engineering in Japan from Nepal
11. Frequently Asked Questions - Engineering in Japan from Nepal

 

 

Why Study Engineering in Japan?

Japan doesn’t just teach engineering. It lives it.
 

From earthquake-resistant skyscrapers to space satellites, Japan’s engineering achievements shape everyday life. The country offers international students a powerful mix of hands-on learning, technology-driven curriculum, and global recognition.

 

Here’s what makes studying engineering in Japan worth considering for Nepalese aspirers:

 

1. World-Class Innovation
   Japan ranks among the top 10 countries for innovation (Global Innovation Index 2024). Universities regularly partner with industries on real-world projects, giving students exposure far beyond textbooks.
    
2. Affordable Compared to Western Countries
   Public university fees range from ¥500,000 to ¥800,000 per year, significantly lower than most universities in the US, UK, or Australia. Many offer generous scholarships for international students.
    
3. Courses in English
   Over 800 programs across Japanese universities are now taught entirely in English — including engineering majors — making it easier for international students to adapt.
    
4. Safe and Student-Friendly Environment
   Japan is ranked among the safest countries in the world, with a highly efficient public transport system and a lifestyle that balances modern amenities with deep-rooted culture.
    
5. Strong Employment Prospects
   Engineering is one of Japan’s most in-demand sectors. International graduates with Japanese work ethics and tech skills are highly valued by both domestic and global companies.
    
6. Welcoming International Student Policy
   The Japanese government is actively working to increase international enrollment. That means streamlined visa policies, student support centers, and post-graduation job opportunities.
    

 

Top Engineering Courses in Japan for Nepalese Students

Japan offers a wide spectrum of engineering programs that combine deep academic theory with practical, hands-on experience to prepares students to enter cutting-edge industries straight after graduation.

Here’s an overview of the most in-demand engineering streams in Japan for international students:

 

1. Civil and Structural Engineering

Japan’s civil infrastructure is a global benchmark for safety, innovation, and resilience. From the seismic-resistant skyscrapers of Tokyo to the earthquake-proof bullet train tracks that span the country, Japan has engineered its cities to withstand some of the world’s harshest natural disasters.

 

In 2024, the Japanese government allocated ¥3.7 trillion (approx. USD 25 billion) to infrastructure resilience and development, with a focus on sustainable urban planning, smart transport, and disaster prevention. These national priorities directly support university research and talent development in civil engineering.

 

 Specialisation & Learning Experience

• Earthquake-resistant structural design
• Smart urban development and transit systems
• Geotechnical and water resource engineering
• Green infrastructure and environmental systems
• Use of BIM, GIS, and simulation tools
• Field-based research in collaboration with city municipalities or infrastructure firms
   

Career Pathways

• Structural engineer in public/private construction projects
• Urban planner or transport systems designer
• Infrastructure consultant for international development firms
• Researcher in sustainable construction technologies
• Civil engineer in disaster prevention and smart city development

 

Why is it popular?
Civil engineering in Japan is not just a degree; it’s an opportunity to participate in a living, evolving ecosystem of innovation. Programs often include field visits, government-backed research projects, and internships with top construction and planning firms.

 

Best for you if:
You’re someone who wants to build the cities of the future, who is excited by structural safety, sustainability, and solving real-world urban challenges. If your dream is to design buildings that last and protect, this is your path.
 

 

2. Software and Computer Engineering

Japan has long been a tech powerhouse — home to global leaders in electronics, automation, gaming, and artificial intelligence. While hardware once ruled, today it’s software and digital infrastructure that drive the country’s innovation engine.

 

According to Japan’s Ministry of Economy, Trade and Industry (METI), there is an expected shortage of 790,000 IT professionals by 2030, particularly in AI, cybersecurity, and data science. This demand is reshaping engineering education across top universities.

 

Specialisation & Learning Experience

• Artificial Intelligence and machine learning
• Cybersecurity and cryptography
• Human-computer interaction (HCI) and UX engineering
• Data science and big data analytics
• Cloud computing, distributed systems
• Collaborations with IT labs, startups, or tech R&D parks
   

Most programs offer hands-on learning in research labs, and many are taught in English under the Global 30 (G30) initiative or equivalent international pathways.
 

Career Pathways

• Software developer or AI engineer in multinational firms
• Data analyst or machine learning researcher
• Cybersecurity specialist in banking, defense, or digital infrastructure
• Product engineer or UI/UX designer
• Startup founder or tech entrepreneur

 

Why is it popular?
Japan’s fast-evolving digital ecosystem offers students the chance to contribute directly to smart cities, healthcare AI, fintech, and more. Engineering schools collaborate with major firms like Fujitsu, Rakuten, and SoftBank, bridging academia and industry.

 

Best for you if:
You’re passionate about creating solutions with code. If you enjoy building digital tools, solving logical puzzles, or imagining how tech can shape society, software engineering in Japan could give you both the education and the platform to grow globally.
 

 

3. Mechanical Engineering

As the birthplace of precision manufacturing, robotics, and automation, Japan remains a global authority in mechanical engineering. Its industries are deeply integrated with academia, enabling universities to offer some of the most industry-relevant programs in the world.

 

From assembling humanoid robots to producing world-class machine tools, Japan leads in research and development. The country spends nearly ¥19 trillion annually on R&D (over 3.5% of its GDP), with a major share directed toward engineering and tech-based innovation.

 

Specialisation & Learning Experience

• Robotics and intelligent systems
• Thermal systems and renewable energy mechanics
• Computational fluid dynamics and materials engineering
• Micro/nano systems and 3D prototyping
• Automotive and aerospace design integration
• Hands-on experience in mechatronics labs and industrial design studios

 

 Career Pathways

• Mechanical design engineer in robotics, aviation, or industrial automation
• Energy systems consultant or researcher in green technologies
• Production or systems engineer in manufacturing firms
• Specialist in additive manufacturing (3D printing)
• R&D role in high-precision equipment development
   

These programs are well-aligned with real-world applications and offer internships or lab-based collaborations with corporations like Mitsubishi, Hitachi, and Yamaha.

 

Why is it popular?
Mechanical engineering is the backbone of Japan’s global exports, from bullet trains to micro-engines. Its applications are vast, and the education system trains students not just to understand machines, but to reimagine them.

 

Best for you if:
You’re fascinated by how things move, work, or are built. If you’re someone who wants to engineer new technologies from energy systems to robotic arms and be at the centre of industrial innovation, mechanical engineering in Japan is a smart, future-forward choice.
 

 

4. Electrical and Electronics Engineering

Japan’s legacy in electrical innovation is legendary. It was the birthplace of Walkman, Blu-ray, and the earliest LED displays. Today, it leads advancements in semiconductors, smart energy grids, autonomous devices, and next-gen communication systems.

 

In 2023, the Japanese government allocated over ¥1.5 trillion (approx. USD 10 billion) to support its semiconductor strategy, boosting education and R&D in electronic component design, power electronics, and circuit integration. Universities play a key role in executing this national plan.

 

Specialisation & Learning Experience

• Embedded systems and smart sensors
• Power electronics and renewable energy integration
• Integrated circuits and semiconductor devices
• Signal processing and high-speed communication (5G/6G)
• AI-driven automation systems
   

Collaborative research with tech labs and electronics giants

Career Pathways

• Electronics engineer in consumer or industrial device firms
• System architect in communication or mobility tech
• Renewable energy systems developer
• R&D specialist in chip design or IoT infrastructure
• Graduate research assistant progressing to PhD in cutting-edge labs
   

Why is it popular?
This field remains critical to Japan’s leadership in consumer electronics, automotive tech, and smart infrastructure. It also offers diverse job opportunities across sectors.

 

Best for you if:
You’re curious about how signals travel, how machines communicate, or how devices become “smart.” If you’re interested in engineering future-ready technologies, this field gives you the tools to build and power them.
 

 

5. Automotive and Automobile Engineering

Japan’s automotive sector is not only one of the biggest in the world, it’s one of the most futuristic as well. Home to brands like Toyota, Honda, Mazda, and Subaru, Japan has pioneered hybrid engines, EVs, and autonomous driving technologies.

 

In fact, Japan ranks #1 in automobile innovation globally (World Economic Forum, 2024), and exports over 3.7 million vehicles annually. Universities often work directly with manufacturers to develop new components, mobility systems, and sustainability solutions.

 

 Specialisation & Learning Experience

• Electric vehicle (EV) systems and hybrid powertrains
• Vehicle control systems and autonomous driving
• Crash safety design and human-machine interaction
• Advanced automotive materials and manufacturing
• Simulation modeling and design validation
   

Projects in partnership with automakers (Toyota, Honda, etc.)
 

Career Pathways

• Automotive systems engineer in EV and smart car firms
• Mobility tech developer or transportation systems analyst
• Safety systems designer or simulation modeler
• Design engineer in motorsports or performance vehicles
   

Technical expert in regulatory or innovation-focused automotive roles
 

Why is it popular?
Japan offers access to live industrial labs, research centers funded by top carmakers, and job pipelines through industry-academia cooperation.

 

Best for you if:
You’ve always been fascinated by cars - not just driving them, but understanding how they’re built, optimized, and made smarter. If your ambition lies in transforming mobility, Japan’s automotive programs are your perfect ignition point.
 

 

6. Biomedical Engineering

With one of the world’s most rapidly aging populations, Japan is investing heavily in healthcare technology, rehabilitation devices, and biosignal processing. Biomedical engineering lies at the center of this transformation, where science, medicine, and innovation converge.

 

In 2024, Japan’s Ministry of Health and METI jointly pledged ¥750 billion to boost medical R&D, particularly in robotic surgery, prosthetics, diagnostic imaging, and patient-monitoring AI.

 

Specialisation & Learning Experience

• Medical robotics and rehabilitation devices
• Biosignal processing and wearable health tech
• Biomedical imaging systems (MRI, CT)
• AI diagnostics and health data systems
• Prosthetics, bionics, and assistive device design
• Interdisciplinary labs involving engineering, biology, and medicine
   

Career Pathways

• Biomedical engineer in hospitals or med-tech firms
• Researcher in health-tech innovation or AI diagnostics
• Product developer for medical equipment manufacturers
• UX/system designer for healthcare software
• PhD track in regenerative medicine or neural engineering

 

Why is it popular?
Biomedical engineering is growing in demand across Japanese research institutes and medical device companies. Universities often run collaborative projects with hospitals and tech startups.

 

Best for you if:
You want to apply your engineering skills to improve human health. If you see yourself designing life-saving equipment, working with medical AI, or building the future of healthcare, this course offers a fulfilling and impactful path.
 

 

Engineering Program Levels, Duration & English-Taught Degrees in Japan

International students from Nepal can pursue the following academic programs in their chosen engineering specialisation:

 

Program Level	Overview	Typical Duration	Language Availability
Bachelor’s Degree	Covers foundational engineering and applied sciences	4 years	English / Japanese
Master’s Degree	Offers deeper specialisations, hands-on research, and advanced technical training	2 years	English / Japanese
Doctoral Degree	Focuses on advanced, independent research leading to a dissertation. Students contribute original knowledge to their field through in-depth study and experimentation.	3 years	English / Japanese

 

 

English-Taught Engineering Programs in Japan

Many top Japanese universities now offer full engineering degrees in English, especially for international cohorts. These include:
 

• Global 30 Universities like The University of Tokyo, Tohoku University, and Kyushu University
• Private and public universities with international graduate schools
• National Institutes of Technology (KOSEN) and polytechnics with bilingual faculty

 

Students don’t need prior Japanese language skills to apply for these programs, although learning Japanese during the course is highly encouraged for better career prospects.
 

 

Eligibility Requirements for Engineering Programs in Japan

Studying engineering in Japan requires careful planning, especially with entrance exams, documentation, and timelines differing by course level and university type. Below is a structured overview to help you understand how to get started.
 

For a Bachelor’s Degree	For Master’s and PhD Degrees
Academic Requirements
Completion of +2/Grade 12 or equivalent with strong grades in Science or Math  GPA equivalent to 2.6 or higher on a 3.0 scale (for MEXT and most universities)	A recognised bachelor's degree in a related engineering field Minimum GPA of 2.6/3.0 (for government scholarships) A clearly defined research proposal or study plan is usually required
Language Requirements
English proficiency: IELTS 6.0+ / PTE 50+ (for English-medium programs) Japanese Proficiency (JLPT N2 or higher) required only if applying for Japanese-medium courses	English proficiency: IELTS 6.5+ / PTE 58+ Japanese is not required for English-medium graduate programs
Entrance Exams	Research Supervision (Important)
Many top universities require the EJU (Examination for Japanese University Admission for International Students), especially for Japanese-taught courses Subjects typically tested: Mathematics (Course 2), Physics or Chemistry, and Japanese English programs may require their own entrance exams or interviews conducted online	Most graduate programs follow a lab-based or research-oriented model Students must find and contact a professor in their chosen field before applying (especially for MEXT University Recommendation) Include your study plan, CV, and transcripts in the first contact email
Application Documents
Academic transcripts and certificates Passport copy Language proficiency test scores (IELTS/TOEFL or JLPT) Statement of Purpose or Research Proposal Letters of recommendation Proof of funds or sponsor letter (for student visa) Health certificate (if required)

Study Intakes in Japan

• Spring Intake (April): Main intake, aligning with the Japanese academic year. 
• Fall Intake (September/October): Another popular intake, especially for international students, as it allows for easier integration with exchange programs and other global academic calendars. 
• Summer Intake (July/August): Some universities offer a mid-year intake, which may be suitable for language programs or short-term courses.

 

Notes for Nepalese Students:

• The Embassy of Japan in Nepal handles MEXT scholarship selections. Consider visiting their official site or attending annual information sessions
• For English-taught programs, it is often better to apply directly to the university, especially if you don’t plan to take the EJU or JLPT
• If applying to Japanese-taught programs, consider joining a language school in Japan through a student visa and then shifting to a university
  
   

How Much Does It Cost to Study Engineering in Japan?

The cost of studying engineering in Japan varies depending on the university type (national, public, or private), location, and program medium (English or Japanese). Here's a breakdown:

 

Tuition Fees

University Type	Annual Tuition	Admission Fee	Total (1st Year)
National Universities	¥535,800	¥282,000	~¥817,800 (≈ NPR 730,000)
Public Universities	¥537,000–¥600,000	¥300,000	~¥850,000–¥900,000
Private Universities	¥800,000–¥1,800,000	¥200,000–¥300,000	~¥1,000,000–¥2,000,000

Engineering programs in private universities can be slightly costlier due to lab and tech facilities.
 

 

Living Expenses

Item	Monthly Cost	Annual Estimate
Accommodation	¥25,000–¥50,000	¥300,000–¥600,000
Food & Groceries	¥20,000–¥30,000	¥240,000–¥360,000
Transport & Others	¥10,000–¥15,000	¥120,000–¥180,000
Total Living Cost	~¥600,000–¥1,200,000/year

 

Reducing Costs

• Apply for JASSO scholarships or tuition waivers
• Choose cities outside Tokyo and Osaka (e.g., Nagoya, Fukuoka)
• Look for university dormitories and part-time work opportunities (up to 28 hrs/week allowed)
   

Understand the Total Cost of Studying in Japan as a Nepali Student

 

Best Japanese Universities to Study Engineering (with English Programs)

Japan is home to some of the most respected engineering universities in Asia, many of which offer full-degree programs in English. Here are the top institutions that consistently rank high for engineering education, research, and international opportunities.
 

S.N.	University	Key Features
Public Universities
1	The University of Tokyo	#1 in Japan, ranked top 30 globally Offers Global Science Course (UG) and English-taught Engineering Master’s programs Strong links with JAXA, Toshiba, and Hitachi for research
2	Tokyo Institute of Technology (Tokyo Tech)	Specialises in science and technology Known for IGP (International Graduate Program) in English Focus areas: robotics, computing, electronics, materials science
3	Kyoto Univeristy	Prestigious national university Known for research-focused master’s and PhD programs Engineering programs ranked globally in top 100
4	Tokohu University	Based in Sendai, known for earthquake engineering and materials research Offers Future Global Leadership (FGL) Programs in English Top choices for Civil and Materials Engineering
5	Kyushu Univeristy	Offers undergrad and postgrad engineering courses in English Great for aerospace, renewable energy, and smart tech research Affordable living costs for students
Private Universities with Strong English Focus
1	Waseda University	Tokyo-based, highly ranked for computer, mechanical, and robotics engineering Offers English-based bachelor’s in Science and Engineering Close ties to companies like Sony and Toyota
2	Keio University	Offers graduate-level engineering degrees in English Renowned for innovation, design engineering, and AI
3	Ritsumeikan University	Global Engineering Program (GEP) at undergrad level Known for practical project work, industry collaboration, and modern labs

 

Explore the Best Japanese Universities for Nepalese Student

 

Scholarships for Engineering Students in Japan

Japan offers a wide range of government and university-funded scholarships to support international engineering students,  both at undergraduate and graduate levels. Most of these cover tuition fees, living costs, and travel expenses.

Scholarship Type	Program Level	Key Features
MEXT Scholarship	Undergraduate & Postgraduate	Full Tuition and airfare coversage coverage Monthly stipend of around ¥117k-¥145k Highly competitive and prestigious
JASSO Scholarship	Short-term & Degree-seeking	Monthly stipend (~¥48k) often combined with tuition waivers Suitable for self-financed students
University Scholarships	Typically for all study levels	Institution-Specific with varying amounts and coverage. Provided by majority of universities like University of Tokyo, Osaka University, Tokyo Institute of Technology, Kyushu University.
Other Notable Options	Master's & PhD	ADB-JSP: For master's in sustainable development, energy. Rotary Yoneyama: For self-supporting students. Private Foundations: Nitori, Honjo, etc. (apply after arrival).

 

Learn More About Applying for Scholarships in Japan from Nepal

 

Post-Study Work Opportunities and PR Pathways in Japan

Studying engineering in Japan doesn't just end with graduation. The country’s tech-driven economy, innovation culture, and ageing workforce make it one of the best destinations for international graduates seeking long-term careers.

 

Job Opportunities for Engineering Graduates

Japan faces a shortage of skilled engineers, especially in fields like robotics, civil planning, IT, renewable energy, and automotive R&D. As a result, the Japanese government encourages international students with technical degrees to stay and contribute to the workforce.
 

Top industries hiring engineering graduates include:

• Automotive: Companies like Toyota, Nissan, Honda
• IT & Software: Fujitsu, NEC, SoftBank
• Infrastructure & Urban Planning: Obayashi, Taisei
• Electronics: Panasonic, Toshiba, Sony
• Aerospace & Manufacturing: Mitsubishi Heavy Industries, Kawasaki
   

Most engineering students find employment through:

• University placement support
• Company recruitment events
• Job matching platforms like Rikunabi and Mynavi
   

 

Visa Extensions and PR Pathways

After completing your engineering degree in Japan, you can apply for either of the following visas to stay in Japan for longer, begin your job or career, and plan other pathways in future:

 

1. Work Visa (Engineer / Specialist in Humanities / International Services)
Upon graduation, students can switch to this visa to work full-time in Japan.

 

2. Highly Skilled Foreign Professional Visa
If you meet the eligibility (salary, academic background, language), this fast-tracks your PR application to as little as 1–3 years.

 

3. Permanent Residency in Japan

• You can apply for PR after 10 years of residence, or even sooner (1–5 years) if you qualify under the points-based system
• Stable income, long-term employment, and tax records are key
   

Did you know?
A survey by JASSO revealed that nearly 50% of international engineering graduates in Japan were able to find jobs within 6 months of graduation, especially those with Japanese proficiency (JLPT N2 or higher).

 

How to Get Admission in Japan for Engineering?

Getting a student visa for Japan is a well-structured process, but it requires early preparation, attention to detail, and timely submissions. Below is a breakdown tailored for Nepalese students planning to study engineering.

 

Step-by-Step Student Visa Application Process

1. Secure Admission Offer

• Apply to your chosen university and receive the Letter of Admission (LoA)
• For English programs, you can apply directly. For Japanese-medium courses, consider language preparation in advance
   

2. Apply for Certificate of Eligibility (CoE)

• The university will sponsor and submit your CoE application to the Japanese Immigration Bureau
• It usually takes 4 to 8 weeks to process
• Documents you’ll need:
  • Passport copy
  • Financial sponsor documents
  • Proof of sufficient funds (approx. ¥1,000,000–¥1,200,000 per year)
  • Academic certificates and LoA
     

3. Submit Visa Application

After you receive the CoE, submit the following to the Embassy of Japan in Nepal:

• CoE (original and copy)
• Valid passport
• Visa application form with photograph
• Admission Letter
• Financial documents

Visa processing takes about 5 to 10 working days
 

4. Prepare for Arrival in Japan

• Book your flight 1–2 months before the course begins
• Confirm accommodation with university or on your own
• Attend any pre-departure orientations organized by the Japanese Embassy or your consultancy
   

For a more detailed application guide to Japanese university and student visa, visit our dedicated blog: Student Visa for Japan from Nepal

 

Application Timeline Overview

Phase	Ideal Time Frame
University Applications	Sept to Feb (or earlier)
CoE Application	Feb to May
Visa Submission	May to July
Intake	April or September

 

Tips for Nepalese Engineering Applicants

• Japanese universities are very strict with document formats, so follow exact templates for financials, certificates, and photos
• If your sponsor is a parent or guardian, make sure their income tax certificates and bank statements are in order
• CoE delays are common during peak season, so submit applications early!
   

 

Your Next Step to Studying Engineering in Japan

We understand how complicated international education journeys can feel, and that is why we are here to guide you at Asahi International Education. From selecting the right engineering program to handling your entire application-to-arrival process, our team helps you every step of the way.

 

With us, you get

• Expert counselling to match your goals with the best universities
• Full assistance for admission, scholarships, and visa processing
• Guidance on entrance exams, JLPT preparation, and scholarships
• Pre-departure orientation, travel assistance, and settlement support
• Post-arrival services and PR pathway counselling
   

Studying engineering in Japan is a life-changing decision. And with the right guidance, it doesn’t have to be a complicated one.

 

Ready to begin your journey?

Let us help you take the first step with confidence. Talk to Our Counsellors Today!

 

Frequently Asked Questions - Engineering in Japan from Nepal

How much percentage is required to study Engineering in Japan from Nepal?

To study engineering in Japan, Nepalese students typically need a minimum of 50-60% marks in +2 (Science stream), especially in Physics, Chemistry, and Mathematics. However, top universities and scholarship programs may require higher scores (around 70% or above). Meeting the academic criteria is essential for eligibility and competitive admission.

 

Is Japan good for studying engineering?

Yes, Japan is one of the best countries to study engineering due to its advanced technology, world-class universities, and strong industry-academia collaboration. It offers cutting-edge research facilities, practical exposure, and access to global companies in sectors like robotics, automotive, and electronics, making it an ideal destination for engineering students.

 

Can I go to Japan after 12th?

Yes, Nepalese students can go to Japan after completing +2 (12th grade) to pursue undergraduate engineering degrees. They can apply to Japanese universities offering bachelor’s programs, including those with English-taught engineering courses, and must meet academic and language requirements.

 

Is engineering in demand in Japan?

Engineering is highly in demand in Japan, especially in fields like software engineering, civil engineering, electrical engineering, and automotive engineering. The country faces a shortage of skilled engineers due to its aging population, creating ample job opportunities for international graduates.

 

Which engineer is in demand in Japan?

The most in-demand engineers in Japan include:

• Software engineers and IT specialists
• Civil and structural engineers for infrastructure projects
• Mechanical and automotive engineers focusing on EV and robotics
• Electrical engineers working on renewable energy and smart grids
• Biomedical engineers in healthcare technology development
   

 

What is the entrance exam for Japan engineering?

The main entrance exam for international students applying to Japanese universities is the EJU (Examination for Japanese University Admission for International Students). It tests subjects like Mathematics, Physics, Chemistry, and Japanese language. For English-taught programs, universities may conduct their own entrance tests or interviews instead of EJU.

 

What is the salary of an engineer in Japan per month?

The average monthly salary of an engineer in Japan ranges from ¥300,000 to ¥500,000 (approx. NPR 210,000 to 350,000) depending on experience, specialization, and location. Fresh graduates typically start around ¥300,000, while experienced engineers, especially in IT and automotive sectors, can earn higher salaries.

 

How many years is engineering in Japan?

A bachelor’s engineering degree in Japan typically takes 4 years to complete. Master’s programs usually last 2 years, while doctoral degrees take an additional 3 years. Some universities also offer accelerated or integrated programs.

 

How much gap is accepted for study in Japan?

Most Japanese universities accept a study gap of up to 2 years after completing +2 or a bachelor’s degree. However, this varies by institution. A longer gap may require additional explanation, proof of continuous learning, or work experience to strengthen the application.

 

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