- what's new
- Features
- Frequently asked questions
- List of each department's contents
- Facility Introduction
- inquiry
What’s New Department of Biomedical Engineering Latest News
FeatureFeatures
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Taking on the frontline of biotechnology
In the Department of Biomedical Engineering, we have faculty members with backgrounds in a wide range of specialties, including medicine, biology, chemistry, agriculture, and engineering, and students can learn about a wide range of fields, including life science, medicine, and food. In addition, we are focusing on practical education, taking advantage of the tradition of "manufacturing" that our university has cultivated for over 100 years. We have an environment that is rewarding to learn for those who want to make new discoveries through experiments and research, and those who love science and are interested in the mechanisms of life. We will strongly support you as you learn both cutting-edge biotechnology and manufacturing and play an active role in the future society.
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Extensive research facilities
You will learn about biotechnology that supports life and health at state-of-the-art facilities such as Japan's leading "Bio-Manufacturing Center."
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Extensive curriculum
There are a wide range of subjects available to learn about bioengineering, including genetic engineering, regenerative medicine, food, medical equipment, artificial organs, bioengineering, and manufacturing, so you can choose subjects that fit your interests and goals. In addition, through group experiments and research, you can improve your problem-solving skills and communication skills. Through this learning, you can also acquire the ability to work together in a team.
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A wide range of career paths
We provide comprehensive support for job hunting and graduate school entrance, and our graduates are active in a wide range of fields, including pharmaceuticals, food, medicine, chemistry, machinery and electricity, and civil service. In addition, we will be establishing a "Clinical Engineering Technician Training Course" from 2025, making it possible to obtain qualifications.
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International Exchange
Our overseas research support program sends fourth-year undergraduate students and graduate students who have been accepted into graduate school to research institutions abroad. Additionally, our international PBL program involves exchange activities with Tatung University in Taiwan.
Q&A Frequently asked questions
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I have the impression that there are not many women in the Faculty of Engineering.
More than 30% of students in the Department of Biotechnology and Department of Biomedical Engineering are women (48% in 2025). Biology and life sciences are a field where women are making a noticeable advancement. -
I didn't study biology in high school. Will that be ok?
We will cover the basics of what students learn in high school Department of Biomedical Engineering in university classes, so even those who have not studied biology will be interested and want to jump into this field. -
Can I choose Japanese as an entrance exam subject?
Yes, you can choose between the public recommendation entrance exam and the general entrance exam. For details, please see the application guidelines . -
I'm not good at math. Will I be able to keep up with university classes?
In the Department of Department of Biomedical Engineering, calculation is often emphasized over solving difficult proof problems. Please rest assured that the minimum necessary mathematics (calculation) will be covered in university classes. -
Can I have international exchange?
Our university has various international exchange programs, among which the International PBL program, in which students from the Department of Department of Biomedical Engineering visit Tatung University in Taiwan every year and conduct exchange activities for about a week. In addition, the overseas research support program for graduate students allows them to stay overseas for more than a month, conduct research activities at local universities, and have the opportunity to learn about different cultures. -
I'm interested in becoming a clinical engineer, but I'm undecided.
As for whether or not to choose the clinical engineer training course, after enrollment, students will receive detailed explanations and attend classes, and then a survey will be conducted in the summer of their first year, so even if you are undecided at the time of the entrance exam, you will have time to think about it. For more information, please click here . -
What qualifications can I obtain?
By completing the designated subjects, students can obtain qualifications as a food hygiene manager, and become eligible to take exams for clinical engineers, health food managers, and 危険物取扱者. Students can also aim to obtain qualifications such as ME技術者, バイオインフォマティクス技術者, バイオ技術者, and Associate Professional Engineer while enrolled in the school. -
What are Advanced Studies Classes?
Students who achieve a certain level of grades will be assigned to the "Advanced Research Class" in the second semester of their second year. Normally, students conduct their graduation research in their fourth year, but the "Advanced Research Class" allows students to experience full-scale research from the second semester of their second year. For more information, please click here .
Facilities
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Bio-manufacturing Center (Reactor)
This facility produces substances using animal and plant cells and microorganisms.
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Confocal Laser Microscope
High-performance fluorescence microscopes allow us to see inside cells and their three-dimensional structures.
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Scanning Electron Microscope (SEM)
It is possible to observe extremely small samples of nanometer size. It is also equipped with an X-ray photoelectron spectroscopy (XPS) device, which allows you to learn about the constituent elements of the sample surface.
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Flow cytometer
Cell numbers can be counted at high speed using fluorescence and light scattering.
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Clean bench
A workbench for performing operations in a clean environment, such as for cell culture.
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Real-time PCR system
It is possible to quantify gene expression levels.
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Biosafety Cabinets
This workbench is designed to prevent biohazards and allow researchers to work safely. The laboratory complies with Biosafety Level 2.
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UV-Visible Spectrophotometer
The degree of absorption of ultraviolet and visible light can be measured and the chemical structure of a sample can be analyzed.
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Fourier transform infrared spectrophotometer (FT-IR)
The degree of infrared absorption can be measured and the chemical structure of the sample can be analyzed.
ContentsList of each department's contents
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curriculum
Please click here for more information on the four years of study, lecture content, and global human resources.
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Laboratories and Faculty
Faculty members with a wide range of specializations, including medicine, biology, chemistry, agriculture, and engineering, are conducting cutting-edge research in fields such as life science, medicine, and food.
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Employment and Career Paths
Find out more about the paths and employment opportunities available to you after graduation. Check out the diverse career possibilities available to you.
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Clinical Engineer Training Course
A new course that will allow students to obtain the qualifications to take the exam to become a clinical engineer will be established in the Department of Department of Biomedical Engineering. *Opening in April 2025
Three Policies of the Department of Biomedical Engineering
FacilityFacility Introduction
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Cutting-edge learning here. Enjoy the ideal campus life.
Equipped with the latest high-tech equipment, the Omiya Campus provides an environment where students from nine departments can study in their respective fields of expertise and engage in cutting-edge research. Located in Osaka city, it offers the convenience of the city while being surrounded by lush nature along the Yodo River, making it a comfortable learning space.
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Bio-manufacturing Center
With a wide range of cultivation facilities from small to medium scale, we can meet the needs of companies interested in bio-manufacturing (production of useful substances). We will assist you in various ways so that you can provide a prototype of the substance you are interested in as quickly as possible. We also welcome visits and tours of our facilities.
ContactInquiries and Access
Department of Biomedical Engineering Office , Omiya Campus, East Building 2, 1st floor
Reception hours: Weekdays 9:00-17:00
Please note that it may take some time to respond to inquiries during the summer and winter holidays.
The Department of Department of Biomedical Engineering laboratories are located in the Omiya East Campus Buildings 1 and 2. It is a 5-minute walk from the Taishohashi-Imaichi Station on the Osaka Metro Tanimachi Line and Imazatosuji Line, or a 3-minute walk from the Imaichi stop on the Osaka City Bus Route 34.
