Graduate School of Science,
Technology and Innovation

Breakthrough& Innovation

The systems and ideal environment for the developmentof people who will bring about innovation

Graduate School of Science, Technology and Innovation
Kobe University
1-1 Rokkodai-cho, Nada-ku Kobe, JAPAN 657-8501
E-mail: stin-soumu2@office.kobe-u.ac.jp
URL: http://www.stin.kobe-u.ac.jp/en/
September 2023 issue

Rokkodai Campus

36 Shindai Seimon Mae

Kougakubu Mae

9

Graduate Schoolof Engineering
Graduate
School of
Graduate Science
School of
Humanities

Graduate
School of
Agricultural
Science
To KobeSannomiya

Admission Policy …………………………………………………… 5

36 Hankyu Rokko

To Gakuentoshi,Myodani

K

To Osaka(Umeda)To Sannomiya
Minatogawa
Jinja

Bioproduction………………………………………………………… 6

To Shinkaichi

Kosoku Kobe
Kobe Kosoku Railway

36 JR Rokkomichi

Advanced Membrane Science and Technology……………… 7

ma
raya
way
Oku
Sub
pal
i
c
i
Mun
obe

Kobe
Bunka
Hall

Graduate Schoolof System Informatics

Hankyu Lines

Rokko

Kusunokicho6chome

To Sannomiya

JR Lines

Rokkomichi

Advanced Information and Communication Technology … 8
Advanced Medical Science ……………………………………… 9

be
Ko

JR

HanshinMikageRoute 2
Hanshin Lines

Shinzaike

To KobeSannomiya

To Osaka
36

To KobeSannomiya

To Sannomiya
Shin-Kobes

Strengths and Unique Features ………………………………… 4

Graduate School of
Medicine
Kobe University
Hospital
OkurayamaPark

36 Shindai Honbu

36 Shindai Bunri-

Nogakubu Mae
Administration
OfficesAccess Map ………………………………………………………… 2

9DaigakuByoin-Mae(Located inside Graduate
School of Medicine）

ne

INDEX

Graduate Schoolof Science,Technology
and Innovation

Li

Graduate School of
Science,Technology
and Innovation

Kusunoki Campus

To Akashi

MikageStrategic Entrepreneurship ……………………………………… 10
On Foot
15-20 minutes from Hankyu “Rokko” station

On Foot
5 minutes from Kobe Municipal Subway “Okurayama” station
15 minutes from JR “Kobe” station
15 minutes from Kobe Kosoku Railway “Kosoku Kobe” station

By BusFrom Hanshin “Mikage” station, JR “Rokkomichi” station, orHankyu “Rokko” station, take Kobe City Bus No. 36 to Shindai
Bunri-Nogakubu Mae

By BusFrom JR “Kobe” station, take Kobe City Bus No. 9 to Daigaku-Byoin Mae

By Taxi
15-20 minutes from Hanshin “Mikage” station
10-15 minutes from JR “Rokkomichi” station
5-10 minutes from Hankyu “Rokko” station

Acccess Map
Osaka International
AirportPort Island Campus

HotarugaikeShin-Kobe

Minatogawa
Okurayama

Iryo Center
StationShinOsaka
Kyoto

Osaka
（Umeda）

Kobe

Shinkansen Lines
JR Lines
Hankyu Lines
Hanshin Lines
Kobe Airport

Kansai International
AirportKobe-Sannomiya

JR Lines

Sannomiya
Sannomiya

Hanshin Lines

Kobe-Sannomiya

Minatojima Tunnel
Kobe Bridge
Port Liner

Port Island

Kobe University
Integrated Research Center
Main Bldg.
Education and ResearchCenter on Computational
Science and Engineering

Rokkomichi

Port Island
Campus

Kobe Municipal Subway
Hankyu Lines

Translational Research Center
for Medical Innovation

KOBE MI R&D Center Building

Rokko
Sanno
miya

Shinkaichi

Shin-Kobe

Port Liner

RokkodaiCampus

Shinkansen Lines
Subway Sannomiya

To Sannomiya

KusunokiCampusBy Taxi
5 minutes from JR “Kobe” station

Iryo Center
Keisan Kagaku Center

Keisan Kagaku
Center Station

Namba
RIKEN Center for
Computational Science

Nara

Kobe
Airport

Kobe Animal
Kingdom
Annex Bldg.

Kobe Airport

To KobeAirportTennoji
From “Sannomiya” station
Take the Port Liner bound for “Kobe Airport” to “Keisan Kagaku Center” station (15 minutes).

2

3

Strengths and Unique Features
The Graduate School of Science, Technology and Innovation（STIN）aims to nurture and produce future leaders who combine ascience background with entrepreneurship and prepare them for a successful career in the global arena by offering consistenteducation to acquire a whole set of skills necessary to complete the entire journey from R&D in advanced science and technology tobuilding innovation strategies for translating academic findings into business. STIN positions four natural science fields (namely,
Bioproduction, Advanced Membrane Technology, Advanced Information and Communication Technology, and Advanced Medical
Science) and social science fields, including entrepreneurship, as the pillars of its education and research. By fusing these fields, we
expect to create new fields of science and technology and new disciplines and build an ecosystem that continuously incubates
innovations by efficiently combining education, R&D, and business creation. We aim to be a global initiative hub to create innovation in（１）Bringing Together Cutting-Edge Research Fields
The natural science fields pursued at STIN are Bioproduction, Advanced Membrane Technology, Advanced Information andCommunication Technology, and Advanced Medical Science. Kobe University boasts world-class cutting-edge research in these fields,
which are producing promising seed technologies with the potential of commercialization. STIN can pursue research in these fields
leveraging regional strengths and characteristics, as Kobe is designated as a special zone for advanced medical industries andSPring-8 is situated nearby. Researchers in these fields have come together at STIN to build an education system that offers training

Admission Policy
Master's course
The Master's Course of the Graduate School of Science, Technology and Innovation aims to foster science-oriented individuals withresearch capabilities in a broad range of cutting-edge fields and the entrepreneurial skills necessary to design the marketing processof research outcomes such as intellectual property acquisition, production engineering development, and market development.
In line with these education and research aims, the Graduate School of Science, Technology and Innovation seeks students with thefollowing qualities:
１．Students should have a strong enthusiasm for research and basic research abilities in any of the following fields: engineering,
informatics, agriculture, science, medicine, or pharmaceutical science[Required elements: Knowledge / Skills, Thinking / Judgment / Expression, Interest / Motivation]
２．In addition to basic research and applied research in their chosen specialist field, students should possess a strong desire tocommercialize their research, from production and development to marketing[Required elements: Thinking / Judgment / Expression, Independence / Cooperation, Interest /Motivation]from the basics to application of advanced research. We also provide education with an interdisciplinary perspective to allow for theacquisition of knowledge from various fields so that students can acquire a broad perspective in addition to deep expertise.

Various factors, as described above, will be measured during the selection of students based on the diploma and curriculum policies of（２）Education That Integrates Science and Humanities

the Master’s Course of the Graduate School of Science, Technology and Innovation.

STIN introduces a novel interdisciplinary research and education system that transcend disciplinary boundaries through organic

In the recommendation entrance examination, “Knowledge / Skills” will be evaluated based on a document screening process, andcollaboration between science and humanities, in other words, research and education in advanced science and technology and“Thinking / Judgment / Expression,” “Independence / Cooperation,” and “Interest / Motivation” will be evaluated based on an oral

entrepreneurship. Through this system, STIN cultivates human resources with a science background who can create innovation based

examination.

on skills for R&D in advanced science and technology fields and design the process for translating academic research findings into

In the general entrance and the special entrance examination for international students, “Knowledge / Skills” will be evaluated based on

business, which ranges from establishing IP rights and developing production technologies to building a go-to-market strategy.

a document screening process, essay examination, and English-language examination; “Thinking / Judgment / Expression,”（３）Practical Training“Independence / Cooperation,” and “Interest / Motivation” will be evaluated based on an oral examination.

STIN offers practical training through a unique curriculum that includes hands-on practice using a pilot plant and Project-Based
Learning (PBL) in which students actually build a business plan. Our instructors include many business practitioners with experience incorporate R&D, new product development, new business development, startup consulting, and investment and incubation of venturefirms, as well as law practitioners with expertise in laws and regulations related to intellectual property and venture startup.

In order to achieve scientific and technological innovations in diverse fields, the Doctoral Course of the Graduate School of Science,

Configuration

Technology and Innovation aims to produce individuals with the ability to build an innovation strategy.

Aims
By conducting cutting-edge biotechnology
R&D, we aim to advance innovation in thebiomanufacturing field, including biochemicals,
biologics, and biofinechemicals.

Strategic
Entrepreneurship

The goal is to realize a resource-circulating society
based on energy-saving and energy-generatingprocesses with water purification and gas separation
utilizing the membrane.

4

In line with this goal, the Graduate School of Science, Technology and Innovation seeks students with one of the following qualities:

Advanced Information andCommunication Technology

Bioproduction

Advanced Membrane
Science and Technology

Doctoral course

Researchers at the frontlines of Internet of Things (IoT)
wide area network, AI (Artificial Intelligence) andquantum computers are driving cutting-edge researchand development in the field of IT application throughtechnological development and collaboration.
We contribute to the realization of Society 5.0 throughthe creation of innovation.

１. Students entering from workplaces with diverse backgrounds should intend to acquire entrepreneurship skills and theresearch capabilities equivalent to those awarded a master’s degree in any of the following fields: engineering, informatics,
agriculture, science, medicine, or pharmaceutical science[Required elements: Knowledge / Skills, Critical thinking / Judgement / Expression, Independence / Cooperation, Interest /Motivation]
２. Students who have obtained a master’s degree in the science fields should have a strong desire to achieve scientific andtechnological innovations through their research capabilities in any of the following fields: engineering, informatics,
agriculture, science, medicine, or pharmaceutical science[Required elements: Knowledge / Skills, Critical thinking / Judgement / Expression, Independence / Cooperation, Interest /Advanced Medical Science
Promotion of the development of new methodologies
leading to the novel clinical diagnosis and therapy, byutilizing innovative strategies such as computational
simulation, single cell RNA sequencing, and vaccine
platform technologies, further using special medical
industry zone in Kobe.

Motivation]

There will be an entrance examination to select candidates based on the Degree Awarding Policy and Curriculum Policy of the doctoral
program of the Graduate School of Science, Technology and Innovation. We will assess “Knowledge / Skills” through document
screening and conduct oral examinations to assess the “Critical thinking / Judgement / Expression,” “Independence / Cooperation,” and“Interest / Motivation” of prospective students.
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Bioproduction

Advanced Membrane Scienceand Technology

By conducting cutting-edge biotechnology R&D, we aim
to advance innovation in the biomanufacturing field,
including biochemicals, biologics, and biofinechemicals.

The goal is to realize a resource-circulating society based onenergy-saving and energy-generating processes with water
purification and gas separation utilizing the membrane.

Research Strengths and Achievements

Research Strengths and Achievements

Established the Biorefinery Center (in December 2007) and the Engineering Biology Research Center (in July 2018), the first centers of theirkind in Japan.
Established a variety of cutting-edge research facilities for biomanufacturing, including a pilot plant for biomass fermentation, and a
GMP-compliant manufacturing plant for biological pharmaceuticals.
Engages in numerous programs to establish centers, as well as ambitious projects. These include the following: "Creation of Innovative
Bioproduction Kobe; iBioK (MEXT)", "Synthetic Bioengineering Research Center (MEXT)", "Project Focused on Developing Key Technology
for Discovering and Manufacturing Drugs for Next-Generation Treatment and Diagnosis (AMED)", and "Development of Production
Techniques for Highly Functional Biomaterials Using Smart Cells of Plants and Other Organisms; Smart Cell Project (NEDO)"

The completion of an on-campus research facility of Organization for Membrane and Film Technology (6000 m2, February 2015)
Establishment of Research Center for Membrane and Film Technology (April 2019) (Research collaboration with 14 overseas institutions andmembrane research centers)
The introduction of various membrane technology pilot plants
The driving of an industry-academic alliance in cooperation with the Organization for Membrane and Film Technology (80 firms)
The development of energy-saving water treatment and gas separation process, membrane based energy generating process, andcirculating environmental detoxification processes through an industry-academic-government alliance

Strongly promotes collaboration between industry, academia and government as well as human resource development by working with theOrganization for Engineering Biology (consisting of around 50 participating companies) and the Biologics Center for Research and Training(consisting of around 30 participating companies).
Conducts cutting-edge research to develop new biotechnologies, cell breeding technologies and bioXdigital hybrid platforms, as well as
developing practical application processes through industry-academia-government collaborations.
A number of Kobe University-launched startups have been established based on university research achievements, including Bio PaletteCo., Ltd. (base editing), Synplogen Co., Ltd. (long-chain DNA synthesis), and Bacchus Bio Innovation Co., Ltd. (biofoundry).

Graduates
Typical graduates are expected to master comprehensive membrane scienceand technology which encompasses material development, membrane
manufacturing, and membrane application processes and to create technology
innovations in the environment/energy areas in order to achieve an eco-friendly
society.

Graduates
Our cutting-edge biotechnology research and entrepreneurship educationequips our graduates with an understanding of the biomanufacturing field’sneeds, trends and success stories, enabling them to develop their own
innovations.

Business Creation

Business Creation

Field of
Research

Synthetic biology

Applied microbiology

Applied biological chemistry

Functional genomics

Genome engineering

Protein engineering

Metabolic engineering

Evolutionary engineering

Biomanufacturing

Cell breeding

Gene expression regulation

Genome editing

Metabolome

Keywords
Biosensor

Biomass

Biochemicals, Bioplastics
and Biofuels

Biofoundry

Microorganism

Biologics andBiodiagnostics

Target Products

Creation of new academic and industrial fields

Cell line

（

Plant

Virus

Biofinechemicals
Functional materials, Health foods andSupplements, Cosmetic raw materials,
Pharmaceutical raw materials, and etc.

Formation of an innovation ecosystem

ImpactRealization of a bioeconomy society
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Realization of a carbon-neutral society）

Creation of innovative biotechnologies and bioprocesses

Cutting-edge researches on biotechnology

Functional
Membranes

Stacked nanosheet
membranes

Ceramic
membranes

membrane
Hollow fiber
membraneInterfacial polymerization
membraneHigh functionality・High performance
Computer-assisted

Applicable
Processes

Seawater desalination

Water purification

Natural gas purification

Hydrogen production

Water treatment

Concentration of valuables

Petroleum refining

Flue gas treatment

Energy-saving process

Innovative
Processes（

Separation and concentration
by forward and reverse osmosis
Organic solvent filtration）

Energy-generating process

Resource-circulating process

Power generation
with pressure retarded osmosis
Membrane reactor
Biogas production

Water recovery
Ammonia recovery
Solvent recovery（）

Permeate

Impact）Waste Water
Membrane

Retentate
Distillation（Rectification）（

Organic Solvent Hyper Filtration（OHF）

Reuse

Water business creation

New energy creation

Establishing resource-circulating society

Security of water and air

TreatedWater

CO2 emissions reduction

Creation of innovative membranes and membrane processes

Gas separation
Water treatment
Organic solvent
filtration

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Advanced Information andCommunication Technology

Advanced Medical Science
Promotion of the development of new methodologies leading to
the novel clinical diagnosis and therapy, by utilizing innovative
strategies such as computational simulation, single cell RNA
sequencing, and vaccine platform technologies, further using
special medical industry zone in Kobe.

Researchers at the frontlines of Internet of Things (IoT) wide area
network, AI (Artificial Intelligence) and quantum computers are
driving cutting-edge research and development in the field of IT
application through technological development and collaboration.
We contribute to the realization of Society 5.0 through thecreation of innovation.

Research Strengths and Achievements

Research Strengths and Achievements

Practical research and development (R&D) through industry, academia and government collaboration by front-line researchers covering thesearch for advanced electronic materials, semiconductor device design methods and IoT system implementation techniques.

Research and development of novel oral vaccine platform using bifidobacteria, and the clinical development of oral hepatitis C vaccine, andoral cancer vaccine

Leader in the creation and development of academic areas related to hardware security and safety.

Establishment of drug discovery system utilizing SPring-8, SACLA and computer simulation. The joint research in developing Ras inhibitors(molecular targeted anti-cancer drug candidates) with synthetic chemistry manufacture in Kobe realized the licensing out of the compound
patent to the domestic pharmaceutical company.

Multifaceted and practical approach to R&D in areas related to noise problems in semiconductor and electronic devices throughindustry-academia and international collaboration.
Development of ultra-low power IoT sensor nodes and digital healthcare devices.
Collaborative development with industry on cryogenic device technology for fault-tolerant quantum computers.

Search for novel therapeutic targets for cardiovascular diseases via performing single cell RNA sequencing analysis of clinical specimens.
Survey of gut microbiota in cardiovascular and lifestyle-related disease patients and development of live biotherapeutic products.
The industry-academic alliance leveraging the special medical industry zone and the research-friendly environment with regards topharmaceutical regulations.

Graduates

Graduates

Development of human resources who can bridge the search for advanced
electronic materials and the creation of information and communication
technology, and demonstrate leadership in predicting effects throughmultidimensional simulations and designing semiconductor application
systems.

Typical graduates are expected to be equipped with high level of management
skills, based on the specialized knowledge and skills of life science, to address
unmet medical needs and to create cutting-edge medical technologies i.e.,
novel medicine, diagnosis, cell- and tissue-based medical products anddevices.

Business Creation

IT Platform
Research

Base Materials
and Devices

Innovative
Realization
andManufacturing
Technology

IoT devices

Medical healthcare devices

Tactile stimulation devices

High-performance materials

Quantum devices

Advanced packaging

Non-contact sensing

AI

Automobile/Drone

Compact/High-density
secure devices

Fault-tolerant quantum
computers

Flexiblesensors/actuatorsIntelligent information and communication
devices that will realize Society 5.0

Energy and resource savings for cleanand sustainable societies

Development of next-generation infrastructurethat brings high economic effects

Advanced manufacturing
for reduced environmental loads

Impact8Development of semiconductor devices and system implementation
techniques to realize high performance, energy and resource saving,high reliability and security of advanced IT equipment

Highly efficient machinelearning for IoT applications
High-precision sensing
techniques for medical
healthcare
Hardware security and safety
Cryogenic implementation
techniques for quantum
computers

Technology
for Novel Drug
Discovery

In Silico
Drug Discovery
Cell Processing
Search fornovel therapies
Bifidobacterium

Technical
Elements

Crystal of Ras

Single cell RNA sequencing

Probiotics

VaccineIT-based drug discovery

Moleculary targeted drugs

NMR

SPring-8, SACLA

Gut microbiota

LBPs

scRNAseq

Therapeutic/Prophylactic“Oral vaccine”
Potential
Products“Novel anti-cancer drugs”
targeting specific signaling
molecules
Anti-inflammatory
and anti-atherogenic LBPs

Paradigm shift in vaccine therapy

Overcome intractable cancers having difficultyin early detection and surgical resection

Promotion of pharmaceutical industry
and contribution to global health and welfare

Development of novel therapies
for cardiovascular diseases

ImpactExtension of healthy life expectancy by breaking through stagnant
drug development with innovative technologies of Japanese origin

Business Creation

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Strategic Entrepreneurship

Outline of Subjects
Masterʼs Program

The goal is to nurture and produce entrepreneurs with a naturalscience background who will create innovations (creation of socialand economic values) that are competitive on a global level,
based on promising research findings (seeds) in advanced
science and technology.

For an education in natural science, students are required to pursue ingenious research by studying thoroughly in their

EntrepreneurshipIntellectual property strategy

Entrepreneurs should have vision and innovation ideas for solving social issues
which can develop into a promising business plan.
Students can learn a process how to create a business based on innovation
idea through lecture, case study, group project, and project-based learning.

Entrepreneurs should understand Intellectual Property (IP) Strategy when they
try to realize innovation by using scientific breakthrough.
Students learn patent law, copyright law, and process how to acquire, utilize,
and protect various IPs, which are necessary in realizing above mentioned
innovation.

Subject

specialized areas. On the other hand, many companies are looking for talents who can create social and economic values bytranslating breakthrough which arises from natural science to innovative results. Especially in Japan, people who have thoseexpertise are being needed for realizing economic growth.
STIN’s educational goal is to develop talented people who have knowledge such as entrepreneurship, strategy, finance, and IP
rights, which are essential for achieving innovation, as well as expertise in Bioproduction, Advanced Membrane Science andTechnology, Advanced Information and Communication Technology, and Advanced Medical Science.

Entrepreneurship Courses taught in the master’s program cover the following five areas:
Entrepreneurship, Strategy, Finance, IP Rights, and Project-Based Learning (PBL).
Unlike business schools (graduate schools of business administration) in general, our program isdesigned to ensure that students who have natural science background can efficiently acquire
knowledge that is necessary for the creation of innovation (creation of social and economic values).

●Startup Science ●Design Thinking / System Thinking●Business Planning

Project Based Learning： PBL

Entrepreneurs require not only entrepreneurship but also strategic thinking tominimize the risks involved in starting a business and maximize value creation.
Strategy theories required in innovation creation are continuously evolving,widely ranging from competition strategy and resource-based view toinnovation strategy and marketing management.
Students learn the outlines of these theories, such as through lectures, casestudies, and group work.

Students engage in group work in the first year of the master’s program.
Students choose an existing science and technology venture firm, such as abiotech spinoff from STIN, and conduct detailed research and analysis into thefirm’s technology, IP rights, strategy, and finance. They will also think of a new
business that they wish to propose to the firm and prepare a business plan
through lectures and group work. A presentation workshop will be held at theend of the course for each group to present their business plan.

●Business Strategy●Innovation Strategy

Education and Research Strengths
engineering, and social science degree such as MBA, are playing active roles.
In a global competitive market, talents who understand entrepreneurship, science and technology have been increasingly●Legal & IP Strategy

Strategy

Subject

In promising startup companies in a global market, people who have both natural science degree such as biology, chemical andSubject

Finance
Students study basic corporate finance, making of financial plan, corporate
valuation, and design of deal structure, and further master execution skills offinance in enterprise creation thorough case studies and exercises.
Subject●Corporate FinanceIn the second year, each student will select one of the scientific themes pursued
in the research lab they belong to and analyze what new business could becreated from that theme. Finally, they will put together an innovation idea report.
Multiple instructors will be involved in the process to provide advice from naturalscience, technology, IP rights, strategy, and finance perspectives.
Subject●Project-Based Learning of Entrepreneurship in Science and Technology●Entrepreneurial Financeregarded important.
Our Strategic Entrepreneurship Program is designed for students who have natural-science undergraduate degree to be able toacquire business knowledge, skills, and experience in real fields. Though education in natural science and one in social science

Doctoral Program

are distinguished strictly in Japanese academic areas, we believe that STIN’s integrated education system is beneficial forbusiness society which is looking for people of practical ability.

Finance

Entrepreneurship,
Strategy,
Finance,
IP rights,
and PBL

Here, the term entrepreneur refers to the following human resources:❶Independent entrepreneurs who start venture firms and lead an active career while exerting a significant impact on society❷Corporate entrepreneurs who launch new businesses within an existing organization by leveraging advanced science and technology

Strategy

Corporate FinanceBusiness Strategy

Entrepreneurial Finance

Innovation Strategy

Entrepreneurship
Business Planning

Project-Based Learningof Entrepreneurshipin Science and Technology

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Design Thinking /System Thinking

IP strategy
Legal & IP Strategy

in Strategic
Entrepreneurship❸Researchers and educators who practice research and education on science and technology innovation from an interdisciplinary perspective
integrating science and humanities
The STIN doctoral program offers education in line with the career path each student wishes to pursue (i.e.,., independent entrepreneur,
corporate entrepreneur, or researchers and educators) through a curriculum designed to cultivate the three main skill sets necessary for
science and technology entrepreneurs (skill sets to carry out advanced R&D, identify opportunities, and build strategies) under aninterdisciplinary system integrating science and humanities.

Advanced Science and Technology Research Courses

Startup Science

Project
Based Learning

The doctoral program aims to nurture and produce science and technology entrepreneurs who canachieve breakthroughs in advanced science and technology fields (such as Bioproduction, Advanced
Membrane Science and Technology, Advanced Information and Communication Technology andAdvanced Medical Science, and interdisciplinary fields) and at the same time build a concreteinnovation strategy based on such breakthroughs.

Science and Technology Entrepreneurship Courses（Cultivation of skills to carry out advanced R&D）

（Cultivation of skills to build strategies）

Cultivates the skills required to identify important issues in science andtechnology, to set a specific problem, to achieve breakthroughs (discovery orinvention) to solve that problem, and to write and submit academic papers andmake presentations.

Offers education on IP rights, strategy, and finance necessary fortranslating an innovation idea into products and services according to thestudent’s level of experience in practical business management. Throughthis process, students will cultivate practical skills on innovation strategies.

●Advanced Science and Technology Research

Furthermore, under an interdisciplinary system integrating science andhumanities, students will deeply explore innovation ideas that will lead to thecreation of economic and social values and promote R&D projects thattranslate science and technology breakthroughs into innovative products andservices. Students will put their research findings together in an innovation
strategy research report.
●Science and Technology Entrepreneurship
Subject●Science, Technology and Innovation Strategy Project Research

Subject

Research on Science, Technology and Innovation Courses（Cultivation of skills to identify opportunities）

Cultivates the skills required to utilize advanced scientific and technologicalbreakthroughs and build ideas for translating them into products and services
that create economic and social values. Furthermore, cultivates the skills
required to build an innovation idea by leveraging systems and design thinking
to translate ideas into products and services.
Subject●Research on Science, Technology and Innovation 1●Research on Science, Technology and Innovation 2

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