(1) Application qualifications: Applicants must be a ......CMRU 1. FundamentalCourse...

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Dual Degree Program Agreement

Between

Master's Program of Green Energy Science and Technology

Feng Chia University, Taiwan, ROC

and

Master's Program in Community Energy and Environment

Asian Development Institute for Community Economy and Technology

Chiang Mai Rajabhat University, Thailand

1. Objective

The primary objective of this Memorandum of Agreement is the development of

dual graduate degree program betw/een Master's Program of Green Energy Science

and Technology, Feng Chia University (FCU) and Master's Program in Community

Energy and Environment, Asian Development College for Community Economy and

Technology (adiCET), Chiang Mai Rajabhat University (CMRU). The collaboration aims

to promote student Interaction, enhance friendship, and improve educational

performance based on the terms set out in the Regulations for Joint Dual Degree

Programs between both universities.

2. Degree Conferral

Upon successful completion of all program requirements of both universities, the

students will be conferred an accredited Master's degree from Feng Chia University,Taiwan, R. 0. C. and an accredited Master's degree from Chiang Mai Rajabhat

University, Thailand.

3. Applications

Feng Chia University:

(1) Application qualifications: Applicants must be a student at the Master's Program

of Green Energy Science and Technology.

(2) Application procedure: Applications should be submitted to Feng Chia Universitybefore the international student admission application to Chiang Mai RajabhatUniversity. Feng Chia University and Chiang Mai Rajabhat University will reviewapplicants'qualification based on the relevant regulations.

(3) Quotas: Three students each year.

Chiang Mai Rajabhat University:

(1) Application qualifications: Applicants must be a Master student at Asian

Development College for Community Economy and Technology.

(2) Application procedure: Applications should be submitted to Chiang Mai Rajabhat

University before the student admission application to Feng Chia University.

Chiang Mai Rajabhat University and Feng Chia University will review applicants'

qualifications based on the relevant regulations.

(3) Quotas: Three students each year.

4. Date of Application

Students should submit their application to their respective department officebefore the university announced deadline.

5. Courses and Credits

Feng Chia University:

(1) Master's students of Feng Chia University are required to complete at least one

year at Feng Chia University and at least two semesters at Chiang Mai Rajabhat

University.

(2) Master's student of Feng Chia University must complete all the required credits,

9 credits of required course, 6 credits of elective courses, the Master thesis (0

credits) at Feng Chia University, and at least 30 credits at Chiang Mai Rajabhat

University to be conferred with the dual degree.

Chiang Mai Rajabhat University:

(1) Master's students of Chiang Mai Rajabhat University are required to complete a

minimum of two semesters at Chiang Mai Rajabhat University and at least one

year at Feng Chia University.

(2) Master's student of Chiang Mai Rajabhat University must complete all the

required 30 credits at Chiang Mai Rajabhat University, and at least 15 credits at

Feng Chia University to be conferred with the dual degree.

6. Conditions for Earning the Dual Degree

(1) Students of Feng Chia University must complete 15 credits to be eligible forstudying in the dual degree program at Chiang Mai Rajabhat University. Degrees

awarded are based on the regulations of each university (Annex 3).

(2) Students of Chiang Mai Rajabhat University must complete at least 30 credits tobe eligible for studying in the dual degree program at Feng Chia University.Degrees awarded are based on the regulations of each university (Annex3).

7. Thesis Co-advising Agreement

Eligible faculty members of both universities can act as the Thesis advisors of

students in the program. The thesis committee must be comprised of advisors fromboth universities. The arrangements are upon the agreement from the department.

8. Credit Transfer Policy

Credit shall be transferred according to the regulations of each university. Bothuniversities have also agreed to the credit transfer process set forth below:(1) The Master of Science degree conferred by Master's Program of Green Energy

Science and Technology, Feng Chia University must satisfy the following:

(a) Must complete all the required courses at Feng Chia University and complete

9 credits of required course, 6 credits of elective course.

(b) Must complete the master thesis (0 credits).

(c) Must complete 10 courses (30 credits) in the curriculum of Chiang Mai

Rajabhat University that are transferable to Feng Chia University.

(2) The Master of Science degree conferred by Chiang Mai Rajabhat University must

satisfy the following:

(a) Must complete 30 credits at Chiang Mai Rajabhat University.

(b) Must complete 15 credits in the curriculum of Feng Chia University that are

transferable to Chiang Mai Rajabhat University.

(c) Must achieve GPA of 3.0 or above.

(3) Credits shall be transferred according to the regulations of each university.

Students which comply with the requirements of both universities will be

conferred the Master of Science degree from Feng Chia University and the

Master of Science degree from Chiang Mai Rajabhat University (the curricula are

found In Annex 1 and 2). For any change in the required and elective courses, it

will be accredited by the departments.

9. Student Enrollment, Registration, Course Selection, and Performance Assessment

(1) Refer to the academic regulations of each university.

(2) Each university is required to advise students on course selection and should

provide official transcripts to the students at the end of each semester (or each

semester) once grades are available.

10. Fees

(1) Students should pay credit fees in accordance with standard of the university

where they have registered.

(2) During their study in the program, Feng Chia University students are still required

to register at Feng Chia University and pay tuition, miscellaneous fees, and health

insurance, as well as any fees or expenses required by Chiang Mai Rajabhat

University.

(3) ChiangMai Rajabhat University required CMRU students to register at CMRU andpay tuition fees for 4 semesters. Feng Chia University students are required toregister at CMRU and pay tuition and international fees for 2 semesters.

(4) Feng Chia University required FCU students to register at FCU and pay tuitionfees for 4 semesters. Chiang Mai Rajabhat University students are required toregister at FCU and pay tuition and international fees for 2 semesters.

11. Health or Injury Insurance Documents

Students should provide health or Injury Insurance documents.

12. Term, Amendment, and Termination of Agreement

(1) This agreement will become effective for five years on the date of signing. If any

party suggests to change or terminate this agreement, they should notify the

opposite party six months in advance. Alteration can be made with the

agreement of both parties. If there is no objection between both parties, it will

be renewed automatically.

(2) This agreement will be written In English. It will be implemented after signing by

both universities. For any outstanding issues not addressed In this agreement,

both institutions shall make good faith efforts to resolve them through common

agreement.

Annex 1. Program Structure

CMRU

No. Course Credit

Plan A Type A2

1 Fundamental Course 6

2 Required Course 15

3 Elective Course (no less than) 12

4 Thesis 12

5 Independent Study -

6 Remedial Course no credits

Total Credits (no less than) 45

FCU

No. Course Credit

1 Required Course 9

2 Elective Course 6

3 Thesis no credit

Total Credits (no less than) 15

CMRU

1. Fundamental Course

Annex 2. Course List

6 credits

CEN 5101 Research Methodology InScience and SocialScience 3

CEN 5102 English for Community Energy and Environment 3

2. Required Course 15 credits

CEN 5201 Community Energy 3

CEN 5401 Community Environmental Studies 3

CEN 5402 Green City Planning and Configuration 3

CEN 5911 Seminar 1 3

CEN 5912 Seminar II 3

3. Elective Course

Plan A Type A2 (no less than) 12 credits

CEN 5202 Solar Energy 3

CEN 5203 Biofuel Energy 3

CEN 5204 Wind Energy Technologies 3

CEN 5205 Hydrogen Energy Technologies and Applications 3

CEN 5206 Fuel Cell Theories and Applications 3

CEN 5207 Thermodynamics and Energy Conversion 3

CEN 5208 Photovoltaic System 3

CEN 5301 Energy Leaderand Community Knowledge Management 3

CEN 5302 Energy Economics 3

CEN 5303 Green Business 3

CEN 5304 Community Studies and Development 3

CEN 5403 Smart Grid and Energy Management 3

CEN 5404 Landscape Development and Community Environmental Management 3

CEN 5405 Community Ecology System and Nature Conservation 3

CEN 5406 Community Environmental Pollution Control 3

CEN 5407 Physical and Environmental Control of Green Building 3

CEN 5408 Selected Topic in Community Energy and Environment 3

CEN 5409 Internship 3

4. Thesis 12 credits

CEN 5901 Thesis 12

5. Remedial Course No credits

COM 5101 Computer for Graduate Studies 3

ENG 5101 English for Graduate Studies 3

FCU

1) Required and Electives

1.1) Required

GEST601 Seminar (i) 1

6EST602 Seminar (II) 1

GEST627 Carbon Footprint 3

GEST663 Special Topics on Renewable Energy Technology 3

GEST622 Hydrogen Energy Technology and Economy 3

GEST608 Nature Resources and Environment Economics 3

GEST621 Smart Grid 3

1.2) Electives

GEST603 Seminar (III) 1

GEST604 Seminar (IV) 1

GEST607 Energy Converter Design 3

CHE610 Microorganism Fermentation Engineering 3

GEST620 Processes of Green Energy Technology 3

EES615 Energy and Environmental Policy Analysis 3

EES612 Principle and Application of Energy from Waste 3

GEST603 Special Topics Study (1) 1

GEST623 Fuel Cells: Theory and Practice 3

GEST618 Wind Power Engineering 3

GEST619 Hydrogen Production, Utilization and Sodo-Economy Assess 3

GEST630 Off-Campus Internship (1) 3

GEST604 Spedal Topics Study (II) 1

GEST628 Solar Power Business Model and Application 3

GEST624 Green Buildings 3

GEST625 Eco-Architecture Technology 3

GEST626 Advanced Green Materials 3

GEST631 Off-Campus Internship (II) 3

GEST633 Off-Campus Internship (III) 3

Annex 3. Dual Degree Study Plan

3.1 For CMRU Students

At CMRU: Year 1/ Semester 1 At CMRU: Year 1/ Semester 2Code Course Type Credit Code Course Type Credit

CEN 5101 Research Methodology inScience and Social Science

Fundamental course - CMRU 3 CEN 5912 Seminar If Required course - CMRU(Transferable to FCU: GEST604Seminar II)

3

CEN 5102 Englishfor CommunityEnergy and Environment

Fundamental course - CMRU 3 CEN 5901 Thesis Thesis-CMRU 12

CEN 5401 Community EnvironmentalStudies

Required course - CMRU(Transferable to FCU:GEST 608 Nature Resources

and Environment Economics)

3

CEN 5911 Seminar 1 Required course - CMRU(Transferable to FCU:GEST603Seminar 1)

3

CEN 5402 Green City Planning andConfiguration

Required Course - CMRU 3

Total 15 Total 15

AtFCU:Year2/ Semester 1 At FCU: Year 2/ Semester 2Code Course Type Credit Code Course Type Credit

6EST5901 Processes Design of GreenEnergy Technology

Elective Course- FCU

(Transferable to CMRU;CEN5201 Community Energy)

3 GEST 621 Smart Grid Required Course(Transferable to CMRU:CEN 5403 SmartGrid and Energy Management)

3

GEST623 Fuel Cell:Theory andPractices


(Transferable to CMRU:CEN 5206 Fuel Cell Theories

and Applications)

3 GEST 663 Special Topic onRenewable

EnergyTechnology

Required course(Transferable to CMRU: CEN 5408 SelectedTopic in Community Energy andEnvironment)

3

GEST 622 Hydrogen EnergyTechnology andEconomy

Required(Transferable to CMRU: CEN 5205 HydrogenEnergy Technologies and Applications

3

Total 6 Total 9

3.2 For FCU Students

At FCU: Year 1 / Semester 1 At FCU: Year 1/ Semester 2Code Course Type Credit Code Course Type Credit

GEST5901 Processes Design of GreenEnergy Technology


(Transferable to CMRU:CEN 5201 Community Energy)

3 GEST 621 Smart Grid Required(Transferable to CMRU: CEN 5403 SmartGrid and Energy Management)

3

GEST623 Fuel Cell: Theory andPractices


(Transferable to CMRU:CEN 5206 Fuel Cell Theories

and Applications)

3 GEST 663 Special Topic onRenewable

EnergyTechnology

Required course(Transferable to CMRU: CEN 5408 SelectedTopic in Community Energy andEnvironment)

3

GEST 622 Hydrogen Ener^Technology andEconomy

Required(Transferable to CMRU: CEN 5205 HydrogenEnergy Technologies and Applications

3

Total 6 Total 9

At CMRU:Year 2/ Semester 1 At CMRU:Year 2/ Semester 2Code Course Type Credit Code Course Type Credit

CEN 5101 Research Methodology inScience and Social Science

Fundamental course - CMRU 3 CEN 5912 Seminar II Required course - CMRU(Transferable to FCU: GEST604Seminar II)

3

CEN 5102 Englishfor CommunityEnergy and Environment

Fundamental course - CMRU 3 CEN 5901 Thesis Thesis-CMRU 12

CEN 5401 Community EnvironmentalStudies

Required course - CMRU(Transferable to FCU:GEST 608 Nature Resources

^nd Environment Economics)

3

CEN 5911 Seminar 1 Required course - CMRU(Transferable to FCU:GEST603 Seminar 1)

3

CEN 5402 Green City Planning andConfiguration

Required Course - CMRU 3

Total 15 Total IS

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Annex 4. Course Description

CIViRU

1. Fundamental Course

CEN 5101 Research Methodology in Science and Social Science 3(3-0-6)Research methodology in science and social science; the criteria and process

formulation in scientific research; referencing; document research; planning and research design;proposal development with research statistics; conclusion and discussion; reporting; oralpresentation; case study of research methodology in science and social science from researcher andsuccessful and well accepted research

CEN 5102 Englishfor Community Energy and Environment 3(3-0-6)English skills in listening, speaking, and reading; writing publications and research

reports; specific vocabularies in energy and environment

2. Required Course

CEN 5201 Community Energy 3(3-0-6)Energy situation of Thailand and the world that affects the local community; basic

knowledge of community power and energy technology; biofuel, green fuel, biochar, biogas,biodiesel, and ethanol; renewable energy for agriculture; agricultural product processing solar drier;and the application of energy in the community

CEN 5401 Community Environmental Studies 3(3-0-6)

Problem and relations of natural resources, environment and energy; management andconservation of natural resources and environment; regulations and related policies; the study andsurvey of community environmental issues; the effect and evaluation on communities; method of

preventing and solving the environmental issues in the community and global level

CEN 5402 Green City Planning and Configuration 3(3-0-6)Fundamental knowledge in the concept of green cities and the configuration; the

establishment of humans and the ways of living in physical, economical, social, energy andenvironment; the studies of current issues in city and rural area; plans and problem solving methodbased on green city concept and key performance index

CEN 5911 Seminar! 3(3-0-6)Current problem or aspect relating to the energy and environment; guidance for the

literature survey; seminar format presentation. The method and format of presentation will be inaccordance to the curriculum committees.

CEN 5912 Seminar II 3(3-0-6)Current problem or aspect relating to the energy and environment; guidance for the

literature survey; seminar format presentation. The method and format of presentation will be inaccordance to the curriculum committees.

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3. Elective Course

CEN 5202 Solar Energy 3(3^)-6)Solar radiation; solar ray characteristics; solar radiation measurement equipment;

application of solar energy as thermal and electricity; economic analysis of solar cell's application;and the marketing opportunity for solar cells

CEN 5203 Blofuel Energy 3(3-0-6)Blofuel energy; type of blofuel; the production of blofuel; application and

transformation of blofuel through thermal, chemical and biological processing; issues of blofuel

application; economic analysis; and blofuel marketing

CEN 5204 Wind Energy Technologies 3(3-0-6)Potential of wind energy; electricity production system; application of wind energy; the

effect of using wind energy; the analysis of economics; and marketing of wind energy

CEN 5205 Hydrogen EnergyTechnologies and Applications 3(3-0-6)Basic of hydrogen energy; hydrogen generation methods; hydrogen storage techniques;

hydrogen transportation; fuel cell; hydrogen applications; application of hydrogen and fuel cell

CEN 5206 Fuel Cell Theories and Applications 3(3-0-6)Fuel cell introduction; fuel cell thermodynamics; fuel cell reaction kinetics; fuel cell

charge and transport; fuel cell types; fuel cell characteristic; fuel cell application

CEN 5207 Thermodynamics and Energy Conversion 3(3-0-6)Thermodynamics properties; work and heat; the first law of thermodynamics; the

second law of thermodynamics; entropy; heat transfer; energy conversion; and energy efficiency

CEN 5208 Photovoltaic System 3(3-0-6)Solar radiation; photovoltaic cells; properties of semiconductors, types of

semiconductors; photovoltaic cells fabrication; photovoltaic system design, photovoltaic cellsapplication; photovoltaic system performance evaluation; and economic analysis of photovoltaicsystem

CEN 5301 Energy Leader and Community Knowledge Management 3(3-0-6)Concept, theory, characteristics, morality and ethics of community leaders In energy;

leaders' responsibility, regulations, and psychology; energy management; human resourcemanagement; learning definition and goals; community knowledge management; The integration ofknowledge and theory for the application and promotion of community energy and environmentaldevelopment

CEN 5302 Energy Economics 3(3-0-6)Importance of energy to economy; effect of energy on environment; policy and planning

on energy usage; energy investment; energy market; energy project analysis and evaluation

CEN 5303 Green Business 3(3-0-6)Concept of green business; management and planning of environmental friendly

community business structure; carbon credit; strategy and guidelines to sociallyresponsible businessmanagement; the application and community product with natural resources; the development ofcommunity business; and the standardization of community products

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CEN 5304 Community Studies and Development 3(3-0-6)Definition, component and category of community; community studies; principal of

development and learning with the community; quality of life, economic and social development inthe community level; guideline to solve the community issues in the aspect of energy andenvironment for sustainability

CEN 5403 Smart Grid and Energy Management 3(3-0-6)Smart grid system and infrastructure; distributed generations; local distribution grid;

smart meter; smart home; electronic devices; electric vehicles; energy management systems; andcommunity participation

CEN 5404 Landscape Development and Community Environmental Management 3(3-0-6)Basic physical component in landscape development for the community; the relations

between architecture and urban planning; community natural resources management; land

allocations in an environmental friendly way; and the usage of natural resources in a multiplecompensation approach

CEN 5405 Community Ecology System and Nature Conservation 3(3-0-6)Changes in the ecology system; the effects on the community and the ecological

agriculture; the problems in the community that relates to the ecology systems; the application ofadvance ecology; the development of using organism to monitor the condition and changes in theecology system; and natural conservation in the community

CEN5406 Community Environmental Pollution Control 3(3-0-6)Definition and categorization of pollution; the cause of pollution; the issues of pollution

to the environment; pollution control In the community; the application of technology to control,treatment, and eliminate of each pollution category

CEN 5407 Physical and Environmental Control of Green Building 3(3-0-6)Physical and environmental characteristics of green building; building energy consumption

analysis and technique; building climatology, urban environment and climate; indoor air/environmentalcontrol system; ventilation and air change control mode; green building heat transfer and insulationcontrol; thermal loading of building envelope; energy saving technologies

CEN 5408 Selected Topic in Community Energy and Environment 3(3-0-6)This course offers opportunities to go beyond the usual curriculum in order to abreast

with changes in community energy and environment. Course description and details are providedwhen appropriate

CEN 5409 Internship 3(135)internship to achieve expertise, skills and experiences; provide report, presentation and

discussion from the intern collaboratively

4. Thesis

CEN 5901 Thesis 12(540)The thesis work is under the supervision of advisory committee members

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5. independent Study

CEN 5902 Independent Study 6(270)Independent study on the development of community energy and environment; reporting;

oral presentation at the end of the Master's degree program

6. Remedial Course

COM 5101 Computer for Graduate Students 3( 2-2-5)Basic concepts of computer system and program; application of computer in various fields

of study; basic concept of information technology; computer network and internet

ENG5101 Englishfor Graduate Students 3(3-0-6)English skills in listening, speaking, reading and writing for research study; reading for

main idea of academic publications abstract

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FCU

EST601Seminar 1(1*0)

Part time of the class will be the specific presentations related to green energy technology byInvited specialists. The other time of the class will be the research reports, research progresses, anddiscussions from the graduate students.

GEST608Nature resources and environment Economics 3 (3*0)

This course is based on the assumption that there is close relationship between environment

and economic activities. The field of study which explores this growing orientation between the

natural environment and artificial goods or activities is called environmental economics. This course

examines the methods used to assess economic development when the contested issues of natural

resources and environmental protection come up. Students will learn the skills, knowledge, attitudes

and roles of environmental economic analysis. In addition, students will discuss the cases and

implications relevant to the subject and inspire the brainpower.

GEST607 Energy Converter Design 3 (3*0)

This course is mainly to describe the usage of power source and the technology of energy

source conversion nowadays. The development and technology of green power have particularly

been enhanced to establish the ideas of environment protection and literature kind of students.

Finally, the principle of the primary electrical equipment that is necessary for energy conversion is

introduced conceptually.

CHE663Spedal Topics on Renewable Energy Technoiogy 3 (0*3)

The aim of this course is to learn the science of renewable energy formation, development,

and conversion. This course also provides the information of renewable energy utilization and

technology development, including wind energy, thermal solar and PV energy, geothermal, ocean,

hydro energy, and biomass energy. The global and Taiwan renewable energy strategies and climate

change related to energy utilization and its solutions are also introduced.

GEST622 Hydrogen Energy Technoiogy and Economy 3 (0*3)

As the global energy crisis getting serious, it becomes of important to understand the demand

of low cost renewable energy such as hydrogen energy and its application technology. This course is

for students to understand the development of low cost bio-hydrogen energy technology and the

technology for bio-hydrogen energy application. The topics contain: introduction of the hydrogen

energy technology and economy, low cost green hydrogen production technology, the technologiesfor hydrogen purification and storage, fuel cell technology and the electrical control system forhydrogen energy. Besides, the demand and supply for energy, the relationship between energy andeconomic development, and the cost and benefit analysis for hydrogen technology will beintroduced in this course.

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GEST610 Microorganism Fermentation Engineering 3 (3*0)

The rapid growth of biotechnology has led to an upsurge in intensive researches on microbialtechnology. Scientists from the field of biochemistry, biology, and genetics usually rely on the use ofmicroorganisms, especially microbes, to conduct their fundamental experiments in the lab. Once theresearch results are verified with high commercial value, the employment of microbes for the large-scale production of products becomes the most effective and practical way of choice. For scale up ofthe production process, it will call for the pressing need for the microbial fermentation technology.Therefore, the aim of this course is to introduce many unit operations essential for a bioprocessdeveloped by using microbes. The subjects offered by this course consist of biochemical structureand physiological behavior of microbes, screening and culturing of microbes, microbial growthkinetics, enzyme kinetics, culture medium optimization, medium sterilization technique, inoculumdevelopment process, fermenter design, and fermenter operation and control. In addition, a fewgood practical examples will be given to help students to catch the essences of the fermentationtechniques instructed in this course.

EES615 Energy and Environmentai Policy Analysis 3 (0*3)

To teach and discuss policy analysis on energy and environmental related topics; introducehow engineering, economics, and statistics are applied to assist the policy analysis; use examples toIllustrate the applications of policy analysis tools.

GEST618Wind Power Engineering 3 (3 * 0)

Content of this course: l.Hlstory of Wind Energy. 2.Characteristics of the Wind Resource 3.Airfoils and General Concepts of Aerodynamics ' Momentum Theory and Blade Element Theory. 4.Wind Turbine Rotor Dynamics ' Detailed and Specialized Dynamic Models. 5. Basic Concepts ofElectric Power' Power Transformers' Electrical Machines' Power Converters. 6. Design Procedure ofWind Turbine. 7. Wind Turbine Operation ' Supervisory Control. 8. Wind Turbine Sitting' Installationand Operation Issues. 9. Capital Costs of Wind Energy Systems ' Operation and maintenance costs 'Value of Wind Energy' Economic Analysis Methods ' Wind Energy Market Considerations. 10. VisualImpact of Wind Turbines ' Wind Turbine Noise ' Electromagnetic Interference Effects' Land-useenvironmental impacts' Other Environmental Considerations. 11. Visiting local Wind Farm.

GEST619 Hydrogen Production, Utilization and Economy 3(3*0)

To understand the global energy crisis; to learn hydrogen safety; to learn hydrogen productionfrom steam methane reforming (SMR) process, partial oxidation process, plasma reforming process,and coal; to learn hydrogen production from water electrolysis; to learn hydrogen production fromsolar energy; to learn hydrogen production from photoelectrochemical (PEC); to learn hydrogenproduction from nuclear energy; to learn hydrogen production from biomass; to learn how to utilizehydrogen as a fuel and an energy carrier through fuel cells(FCs), internal combustion engines (ICEs),and hydrogen burners; to learn hydrogen economy and costs.

GEST620 Processes Design of Green EnergyTechnolos^ 3 (0*3)

Green energy technologies play the main role for the new alternative energy resources. Thecourse will focus on the design of processes of biomass energy, solar energy, wind energy, as well asthe hydrogen and fuel cell technology, in which including the case study, life cycle assessment, andeconomical evaluations of every processes.

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GEST621SMARTGRID 3 (0 * 3)

For the purpose to comprehend the contribution of renewable power facilities to the powersystem, traditional power system, renewable power system, system impact, and smart gridtechnologies will be introduced in this course to analyze power grid system management. Theunderstanding of smart grid technology can be used to increase the interoperable of renewablepower system and traditional power system.

GEST623 Fuel Cells: Theory and Practice 3 (3 * 0)

Hydrogen is an excellent energy carrier. Through electrochemical processes in fuel cells,hydrogen can be converted into electricity with a very higher efficiency. Fuel cell development thuscould help to resolve the deficient supply of traditional energy. Contents of this course are related toscience and technology of fuel cells, including fuel cell theory, materials, components, design,operation, diagnostics, and supporting system, etc.

GEST625 Eco-Architecture TECHNOLOGY 3 (0 * 3)

Eco-Architecture makes every effort to maintain harmonization between architecture andnature that meets the need for occupants' living and not to damage performances of ecologicalcycles simultaneously. This course will explain principles that maintain harmonization, and apply"ecotect software" to verify their relationship.

GEST627 Carbon Footprint 3 (3*0)

This course is for students to understand a carbon footprint. A carbon footprint has historicallybeen defined as "the total set of greenhouse gas (GHG) emissions caused by an organization, event,product or person. In order to fit the trend of mitigation of carbon footprints and greenconsumption, some of the products have been required to show their eco-design and carbonfootprint. The producer should provide the carbon footprint by the life cycle assignment (LCA)calculated and ecological report. Nowadays, the human resources on the skills are very less In therelevance private sector. The course can offer the training on the carbon footprint calculation andprofessional knowledge in particular. The course also can support the talent to the private sectordemand In the future.

GEST628 Solar Power Business Model and Application 3 (0 * 3)

This course is for students to understand the whole picture of solar power from the upstreamof silicon wafer, solar cell manufacture as well as its theory how to generate electricity, to thedownstream of solar panel and system integration. And also understand the application andbusiness model.

EES612 Principle and Application of Energy from Waste 3 (0*3)

Thermal treatment is becoming more attractive or necessary as an alternative disposal methodfor wastes in Taiwan. However, for most organic wastes (including solids and many liquids wastes),energy conversion treatment is only a processing step, a lot of residues remain for subsequentdisposal or resourcification. The outline for an introductory course in principle and application ofenergy from waste is presented as follows: Introduction of waste-to-energy technology,stolchiometry of waste thermal treatment, selected topics on thermal processes, energy conversiontreatment systems for wastes, and approaches to thermal treatment systems selection and design,

17

bio-energy, biomass transformation teclinology, etc.

GEST624 Green BUILDINGS 3 (0 * 3)

Sustainable development has become an important concept for decreasing global environmentcrisis. Building industry, a high-pollution and high energy-consuming industry should pursue this goalin this moment. The purpose of this course is to help students develop correct concepts of greenbuildings. 1. It will introduce current trend of green building in the worid and provide applicativetechnologies in practice. 2. Students would be encouraged to establish correct attitudes towardprotecting our living environment and natural ecology. 3. Recommend nine assessment objectivitiesof green building standard.

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Annex 5. Transferable Course

CMRU

CEN 5205 Hydrogen Energy Technologies andApplications

Basic of hydrogen energy; hydrogengeneration methods; hydrogen storagetechniques; hydrogen transportation; fuel cell;hydrogen applications; application of hydrogenand fuel cell

CEN5206 Fuel Cell Theories and Applications

Fuel cell introduction; fuel cell

thermodynamics; fuel cell reaction kinetics; fuel

cell charge and transport; fuel cell types; fuel cell

FCU

GEST 622 Hydrogen Energy Technology and

Economy

As the global energy crisis getting serious,

it becomes of important to understand the

demand of low cost renewable energy such as

hydrogen energy and its application technology.

This course is for students to understand the

development of low cost bio-hydrogen energy

technology and the technology for bio-hydrogen

energy application. The topics contain:

introduction of the hydrogen energy technology

and economy, low cost green hydrogen

production technology, the technologies for

hydrogen purification and storage, fuel cell

technology and the electrical control system for

hydrogen energy. Besides, the demand and

supply for energy, the relationship between

energy and economic development, and the cost

and benefit analysis for hydrogen technology will

be introduced in this course.

GEST 619 Hydrogen Production, Utilization and

Socio-economy Assess

To understand the global energy crisis; tolearn hydrogen safety; to learn hydrogenproduction from steam methane reforming(SIVIR) process, partial oxidation process, plasmareforming process, and coal; to learn hydrogenproduction from water electrolysis; to learnhydrogen production from solar energy; to learnhydrogen production from photoelectrochemical(PEC); to learn hydrogen production fromnuclear energy; to learn hydrogen productionfrom biomass; to learn how to utilize hydrogenas a fuel and an energy carrier through fuel cells(FCs), internal combustion engines (ICEs), andhydrogen burners; to learn hydrogen economyand costs.,

GEST 623 Fuel Cell: Theory and Practice

Hydrogen is an excellent energy carrier.Through electrochemical processes in fuel cells,hydrogen can be converted into electricity with avery higher efficiency. Fuel cell development

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CMRU

characteristic; fuel cell application

CEN 5407 Physical and Environmental Controlof Green Building

Physical and environmental characteristicsof green building; building energy consumptionanalysis and technique; building climatology,urban environment and climate; indoor

air/environmental control system; ventilation

and air change control mode; green buildingheat transfer and insulation control; thermal

loading of building envelope; energy saving

technologies

CEN5204 Wind Energy Technologies

Potential of wind energy; electricityproduction system; application of wind energy;the effect of using wind energy; the analysis ofeconomics; and marketing of wind energy

CEN5408 Selected Topic in Community Energy

and Environment

This course offers opportunities to gobeyond the usual curriculum in order to abreast

with changes In community energy and

environment. Course description and details are

FCU

thus could help to resolve the deficient supply oftraditional energy. Contents of this course arerelated to science and technology of fuel cells,including fuel cell theory, materials,components, design, operation, diagnostics, andsupporting system, etc.GEST624 Green Building

Sustainable development has become animportant concept for decreasing globalenvironment crisis. Building industry, a high-pollution and high energy-consuming industryshould pursue this goal in this moment. Thepurpose of this course is to help studentsdevelop correct concepts of green buildings. 1. Itwill introduce current trend of green building inthe world and provide applicative technologiesin practice. 2. Students would be encouraged toestablish correct attitudes toward protecting ourliving environment and natural ecology. 3.Recommend nine assessment objectivities ofgreen buildingstandard.GEST618 Wind Power Engineering

Content of this course: 1. History of WindEnergy. 2.Characteristics of the Wind Resource 3.Airfoils and General Concepts of Aerodynamics,Momentum Theory and Blade Element Theory.4. Wind Turbine Rotor Dynamics, Detailed andSpecialized Dynamic Models. 5. Basic Conceptsof Electric Power' Power Transformers, ElectricalMachines, Power Converters. 6. DesignProcedure of Wind Turbine. 7. Wind Turbine

Operation, Supervisory Control. 8. Wind TurbineSitting, Installation and Operation Issues. 9.Capital Costs of Wind Energy Systems, Operationand maintenance costs. Value of Wind Energy,Economic Analysis Methods, Wind EnergyMarket Considerations. 10. Visual Impact ofWind Turbines, Wind Turbine Noise,Electromagnetic Interference Effects, Land-useenvironmental impacts. Other EnvironmentalConsiderations. 11. Visiting local Wind Farm.GEST 663 Special Topic on Renewable EnergyTechnology

The aim of this course is to learn the

science of renewable energy formation,

development, and conversion. This course also

provides the information of renewable energy

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CMRU

provided when appropriate

CEN5201 Community Energy

Energy situation of Thailand and the worldthat affects the local community; basic

knowledge of community power and energy

technology; biofuel, green fuel, biochar, biogas,biodiesel, and ethanol; renewable energy for

agriculture; agricultural product processing solardrier; and the application of energy in the

community

CEN 5403 Smart Grid and Energy Management

Smart grid system and infrastructure;distributed generations; local distribution grid;

smart meter; smart home; electronic devices;

electric vehicles; energy management systems;

and community participation

CEN 5401 Community Environmental Studies

Problem and relations of natural resources,

environment and energy; management and

conservation of natural resources and

environment; regulations and related policies;

the study and survey of community

environmental issues; the effect and evaluation

on communities; method of preventing and

solving the environmental issues in the

community and global level

FCU

utilization and technology development,

including wind energy, thermal solar and PV

energy, geothermal, ocean, hydro energy, and

biomass energy. The global and Taiwan

renewable energy strategies and climate change

related to energy utilization and its solutions are

also introduced.

6EST 620 Processes of Green Energy Technology

Green energy technologies play the mainrole for the new alternative energy resources.The course will focus on the design of processesof biomass energy, solar energy, wind energy, aswell as the hydrogen and fuel ceil technology, inwhich including the case study, life cycleassessment, and economical evaluations of everyprocesses.

GEST 621 Smart Grid

For the purpose to comprehend thecontribution of renewable power facilities to thepower system, traditional power system,renewable power system, system impact, andsmart grid technologies will be introduced in thiscourse to analyze power grid systemmanagement. The understanding of smart gridtechnoio^ can be used to increase theinteroperable of renewable power system andtraditional powersystem.GEST608 Nature resources and environment

Economics

This course is based on the assumption thatthere is close relationship between environmentand economic activities. The field of study whichexplores this growing orientation between thenatural environment and artificial goods or

activities is called environmental economics. This

course examines the methods used to assess

economic development when the contested

issues of natural resources and environmental

protection come up. Students will learn the skills,

knowledge, attitudes and roles of environmentaleconomic analysis. In addition, students willdiscuss the cases and implications relevant tothe subject and inspire the brainpower.

21

CMRU FCU

Seminar 1

Current problem or aspect relating to the energyand environment; guidance for the literaturesurvey; seminar format presentation. The

method and format of presentation will be inaccordance to the curriculum committees.

Seminar 1

This course will invite experts in the fields of

energy, environment and sustain community tomake keynote speeches, share the most

advanced international information, and discuss

and exchange information with students.

Seminar II

Current problem or aspect relating to the energyand environment; guidance for the literature

survey; seminar format presentation. The

method and format of presentation will be in

accordance to the curriculum committees.

Seminar II

This course will invite experts in the fields ofenergy, environment and sustain community to

make keynote speeches, share the most

advanced international information, and discuss

and exchange information with students.

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Annex 6. Thesis Advisors

CMRU

No. Position Name Highest Education Specialty

1 Dean/Lecturer Worajit Setthapun Ph.D. (Chemical Engineering)University of IS^ichigan, USA

Green aty Design, Energy Policy, RenewableEnergy, Catalysis, Reforming, Hydrogen,

Carbides & Nitrides, Sur^ceCharacterization

2 Lecturer Hathalthip Sintuya Ph.D. (Electrical and Information)Engineering, Niigata University, Japan

Ph.D. (Chemistry, Chiang Mai University,Thailand

Photovoltaic System, DC-AC Hybrid System,Power Monitoring, Solar Cells Fabrication,Water Pollution Control, Photocatalyst,Nano Materials, Renewable Energy

3 Assistant Professor ChawitJitviJarn Doctor of Education (EnvironmentalStudies), Mahidol University, Thailand

Community Environmental Development,Environmental Education, Biodiversity andEcosystem

4 DistinguishedProfessor

Manus Suwan Ph.D. (Geography) GISfor Environmental Management, GreenManagement, Environment and SocialDevelopment

5 Lecturer Pasu Pramokchon Ph.D. (Science (Chemistry), Chiang MaiUniversity, Thailand

Biochemical Process, Bioenergy, ChemicalStructure Analysis

6 Lecturer Nuttiya Tantranont Ph.D. (Education Administration)University of Warwick, UK

Green Training and Technology Transfer,Green Development and CommunityInvolvement, Green Management, Energyand Environmental Policy

7 Lecturer Surachai Narrat Jansri Ph.D. (EnergyTechnology)King's Mongkut University of TechnologyThonburi, Thailand

Biodiesel Production, Solar Drying,Renewable Energy, Enei^for Community,Green Community Product, CarbonFootprint Product and Carbon Absorption

8 Lecturer ChayanonSawatdeenarunat

Ph.D. (Molecular Biosciences andBioengineering),University of Hawaii, USA

Anaerobic Digestion TechnologyWaste to EnergyWaste Management

Agricultural Residue to BiofuelsBiological EngineeringBioenergy and Bio-based ProductsWastewater Treatment

Waste Reclamation

Resource Recovery

FCU

No. Position Name Highest Education Specialty

1 Director/ AssociateProfessor

Chen-Yeon Chu Ph.D. (Chemical Engineering),National Tsing Hua Unh/ersity,Taiwan

Chemical Reaction, Scale-up Technology, GreenEnergy and Process, Biohydrogen Production

2 Chair Professor Chiu-Yue Un Ph.D. (CivilEngineering),Tohoku University, Japan

BiologicalTreatment, Bio-hydrogen, Bioenergy


Rong-Fuh Louh, Ph.D. (Materials Science and

Engineering), University of Illinois,Urbana Champaign, USA

Solar Cells, Fuel Cells, Self-Assembled PhotonicCrystals, Ceramic Nanoplanarization, PhotonicCrystals, Laser Materials Processing


Jerry J.Wu Ph.D. (Environmental Engineeringand Science), Michigan StateUniversity, USA

Water and Wastewater Treatment Technology.Ozone and Advanced Oxidation Processes,

Catalyst Technology


Sy-Ruen Huang Ph.D. (Electrical Engineering),National Tsing Hua University,Taiwan

Power System, Smart Grid, Renewable EnergyPower Management


Kuo-Feng Chlu Ph.D. (Material Science), Universityof Cambridge, UK

Solid-state Thin FilmBattery, HighDensityPlasma Processing, Photonic and EnergyMaterials


Chi-Chang Wang Ph.D. (Mechanical Engineering),National Cheng Kung University,Taiwan

Numerical Methods, Heat and Mass Transfer,Hydrogen Storage'Technology, ArtificialIntelligent


Yun-Peng Chao Ph.D. (Chemistry),Texas A81M University, USA

Genetic Engineering, Biomass Energy, GreenChemistry, Microblal Fermentation Engineering

9 Professor Shu-YilWu Ph.D. (Chemical Engineering),Catholic University of Louvain,Belgium

Reactor Design, Bio-hydrogen ProductionTechnology, Electrochemical DepositionTechnology, Powder Technology

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No. Positfon Name Highest Education Specialty

10 Professor Ben-Ray Jai Ph.D. (Sociology), TunghaiUniversity, Taiwan

Financial sociology. Sociology Theory, SocialEnterprise

11 Professor IVIing-Jen Cheng Ph.D. (Architecture and UrbanPlanning), Tongji University, China

School Building and Campus Planning, GreenBuilding Planning, Architecture Planning,Environment Planning and Architecture Design

12 Professor Chiung-Wen Hsu Ph.D. (iSlanagement Science),National Chiao Tung University,Taiwan

Technology Policy, Industrial Analysis, InnovationManagement, Performance Evaluation

13 Professor Vu-ChingWeng Ph.D. (Chemical Engineering),National Cheng Kung University,Taiwan

Applications of Scanning ElectrochemicalMicroscopy, Electrochemistry, ElectrochemicalSensors, Electrocatalysts

14 Professor Shen-Ho Chang Ph.D. (Business ly^anagement).National Chiao Tung University,Taiwan

Environmental Accounting, Financial RelatedIssues

15 Associate Professor Yung-Ming Lee Ph.D. (I\4echanical Engineering),University of Texas at Arlington, USA

Heat Transfer, Computational Fluid Dynamics,Numerical Methods, Electronic Cooling

16 Associate Professor Chen-Chang Chang Ph.D. (Chemical Engineering),University at Buffalo, The StateUniversity of New York. USA

Bloenergy and Biorefinery, CO2Sequestion andApplication, Heterogeneous Catalytic/ChemicalReaction Kinetics and Dynamic Analysis

17 Associate Professor Shang-yuan Chen IVIaster of Architecture, YaleUniversity, USA;Ph.D. (Architecture), National ChengKunR Unh/erslty, Taiwan

Green BIM, Smart City, Smart Green Building

18 Associate Professor Ju-Chuan Wu Ph.D. (informatics IS^anagement),National Cheng Kung University,Taiwan

Knowledge Management, Electronic Business,ICTInnovative Service, Project Management

19 Associate Professor Hoang-Jyh Leu Ph.D. (Chemistry), TamkangUnh/ersity, Taiwan

Chemistry Analysis, Electrochemistry, Bio-photonics, Nano-optoelectronic Material

20 Assistant Professor Chyi-How Lay Ph.D. (Environmental Engineeringand Science), Feng Chia University,Taiwan

Bioenergy Production Technology, Microbial FuelCell, Wastewater Treatment

21 Assistant Professor Andrew C. Chien Ph.D. (Chemical Engineering),University of Akron, USA

Catalysis, Fuel Cell,Surface Science

24

CMRU

Tuition fees

International Student fees

Fees:

Application Fee

Credit Transfer Fee

University Damaged Insurance

Qualifying Exam Fee

Thesis Defense Fee

Housing and Living Expenses

Student Insurance

Annex 7. Fees

18,000 baht/Semester

15,000 baht/Semester

SOObaht

500 baht per course

1,000 baht

SOObaht

4,000 baht

Approximately 180,000 baht/year

Approximately 3,500 baht/year

Estimate total cost to receive degree conferred from CMRU:

For FCU Students 257,800 baht

FCU

Tuition fees

Housing

Uving expenses

Student Insurance

International Insurance fees

International Student Medical Insurance (First six months of enrollment)Approximately NT$3,000/semester

National Health Insurance (continuously residing six months after enrollment)ApproximatelyNT$4,500/semester

OnlineTraining (user)fees Approximately NT$400/semesterAdministration Fees Approximately NT$3,000

Estimate total cost to receive degree conferred from FCU:

ForCMRU Students ApproximatelyNT$272,700

Please check with the Officeof International Affairsfor information regarding medical insurance

Note Students have to pay all fees at registered host university. However, CMRU has to open thecourses for registration while students are studying at NCUT for transferable courses.

Note Scholarship/Financiai Aid Information in FCU

(1) FCU International Student Scholarship/Financial Aid FCU provide three kinds ofscholarship/financial aid: Full-tuition, Halftuition and Living allowance for the first academic year.

A. In an effort to encourage outstanding international students apply FCU program.International students may apply scholarship/Financial Aidduring the admission application..

B. Scholarships/financial aid will be issued to recipients who have completed registration andcourse selection procedures for the academic year that the scholarship is awarded. Thescholarship/financial aid funds will be transferred to the recipient's bank account in Marchand October.

NT$65,960/Semester

Approximately NT$15,000/semesterApproximately NT$48,000/semesterApproximately NT$235/semester

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C. To apply for the scholarship/financial aid, simplytick the scholarship/financial aid box on theFCU international student admissions application form. English proficiency certificate(TOEFL, lELTS or TOEIC, may be waived If the applicants Is a native speaker) Is required forscholarship/financial aid application. For more details about scholarships/ financial aid,please visit http://www/.ad mission•fcu.edu.tw/wSite/mp?mp=218199

D. For applicants who received Taiwan scholarship, please do not apply FCU Internationalstudent scholarship/ Financial Aid.

(2) Taiwan Scholarship In an effort to encourage outstanding International students to undertakestudies in Taiwan, international students can apply for the government-offered TaiwanScholarship. Applicants must submit applications for the Taiwan Scholarship to the TaiwanOverseas Mission (TOM) located in their home country or in a nearby country betweenFebruary 1 and March 31.

For more information about the MOFA/MOE Taiwan Scholarship, please visithttp://tafs.mofa.eov.tw/Schs.aspx?loc=en For a list of Taiwan's overseas missions, please visithttps://www.mofa.gov.tw/en/Content List.aspx?n=D7B7FlB4196DDS82

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Annex 8. Degree Conferred

CMRU

FullTitle: Master of Science (Community Energy and Environment)

Abbreviation: M.S. (Community Energy and Environment)

FCU

FullTitle: Master of Science (Green Energy Science and Technology)Abbreviation: M.S. (Green Energy Science and Technology)

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(1) Application qualifications: Applicants must be a ......CMRU 1. FundamentalCourse...

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