A6-3-1 課程網頁國際化之建置－授課目標
系所：環境工程與管理系
學程：碩士班
Course Descriptions of Undergraduate Program
Department of Environmental Engineering and Management
Code
EM3067
EM3092
Credits
1
1
Course Name
Seminar ( I )
Seminar ( II )
Course Description
1. lectures of senior professors 2.lectures of experts from
industries 3. lectures from government officials 4. paper
presentation by graduate students
1.lectures of senior professors 2.lectures of experts from
industries 3. lectures from government officials 4. paper
presentation by graduate students
The course concentrates on the discussion of the localized
environmental issues, especially for the local industry. The
emerging global issues related to environmental sciences
EM5002
EM1015
EM1017
3
Advanced
Environmental
Engineering and
Management
3
Design of Experiment
and Environmental
Data Analysis
3
Energy Management
and Greenhouse Gas
Control
have influenced on the business. Taiwanese enterprises
cannot get rid of these challenges if they want to win in the
global market. On the other hand, industry worsens our
environment during their production of goods. How do we
recognize these issues and solve the problems? This class
will introduce the techniques of environmental
engineering, as well as the economic and environmental
evaluations to the specified issues.
a. a quick review of basic statistics for DoE and data
analysis b. a series of examples to promote students’
sensitivity in examining the quality of data of their own or
the others. c. hands-on exercises using Excel and SPSS
for DoE and data analysis
To train the students to understand the updated energy
topics and problems related to greenhouse effect. These
Topics include introduction to energy, renewable energy,
Code
Credits
Course Name
Course Description
energy management, energy and greenhouse effect, ISO
standard, national regulation and management system,
GHGs reduction plan, GHGs validation/verification and
carbon dioxide reduction and recovery.
EM3076
EM3077
2
2
Special topics
Environmental
management and
system analysis ( 1 )
Special topics
Environmental
pollution control ( 2 )
With the literature review in environmental management
and decision making, the students will be trained to have
integrated concepts in this field and able to apply the
concepts to their own research thereafter.
This course will be designed to hold four union group
meetings on topic of pollution control technology during
the semester. Each graduate student has to prepare one
page abstract for his research progress in meetings. The
course especially emphasizes student’s oral presentation
and class participation. The subjects of pollution control
technology include: industrial wastewater treatment,
wastewater reclamation and reuse, biological process
development, environmental biotechnology and biological
process modeling and application. Through the joint
meeting and mutual discussion in class, the graduate
student may learn complementary area on the topic of
pollution control technology.
Special topics
This course will be designed to hold four union group
meetings on topic of pollution control technology during
the semester. Each graduate student has to prepare one
page abstract for his research progress in meetings. The
course especially emphasizes student’s oral presentation
and class participation. The subjects of pollution control
EM3078
2
Environmental
pollution control ( 1 )
technology include: industrial wastewater treatment,
wastewater reclamation and reuse, biological process
development, environmental biotechnology and biological
process modeling and application. Through the joint
meeting and mutual discussion in class, the graduate
student may learn complementary area on the topic of
pollution control technology.
EM3079
2
Special topics
With the literature review in environmental management
Code
EM3080
Credits
2
Course Name
Course Description
Environmental
management and
system analysis ( 2 )
and decision making, the students will be trained to have
integrated concepts in this field and able to apply the
concepts to their own research thereafter.
Specific topics
Environmental
remediation processes
(1)
EM3081
2
Specific topics
Environmental
remediation processes
(2)
The course is belong to students and their adviser. Students
need to meet with professors organized in the remediation
research groups to discuss their studies on the
environmental remediation at least one time a week.
Through the brainstorm and discussion, students can obtain
broader and deeper knowledge. Therefore, students is
capable of developing theory and innovative technology to
enhance the research quality.
The course is belong to students and their adviser. Students
need to meet with professors organized in the remediation
research groups to discuss their studies on the
environmental remediation at least one time a week.
Through the brainstorm and discussion, students can obtain
broader and deeper knowledge. Therefore, students are
capable of developing theory and innovative technology to
enhance the research quality.
EM3082
EM3083
2
2
Special topics
Environmental
management and
system analysis ( 3 )
Special topics
Environmental
management and
system analysis ( 4 )
EM3084
2
Special topics
Environmental
pollution control ( 3 )
With the literature review in environmental management
and decision making, the students will be trained to have
integrated concepts in this field and able to apply the
concepts to their own research thereafter.
With the literature review in environmental management
and decision making, the students will be trained to have
integrated concepts in this field and able to apply the
concepts to their own research thereafter.
This course will be designed to hold four union group
meetings on topic of pollution control technology during
the semester. Each graduate student has to prepare one
page abstract for his research progress in meetings. The
course especially emphasizes student’s oral presentation
and class participation. The subjects of pollution control
Code
Credits
Course Name
Course Description
technology include: industrial wastewater treatment,
wastewater reclamation and reuse, biological process
development, environmental biotechnology and biological
process modeling and application. Through the joint
meeting and mutual discussion in class, the graduate
student may learn complementary area on the topic of
pollution control technology.
Special topics
EM3085
EM3086
2
2
Environmental
remediation processes
(3)
Special topics
Environmental
remediation processes
(4)
Special topics
The course is belong to students and their adviser. Students
need to meet with professors organized in the remediation
research groups to discuss their studies on the
environmental remediation at least one time a week.
Through the brainstorm and discussion, students can obtain
broader and deeper knowledge. Therefore, students are
capable of developing theory and innovative technology to
enhance the research quality.
The course is belong to students and their adviser. Students
need to meet with professors organized in the remediation
research groups to discuss their studies on the
environmental remediation at least one time a week.
Through the brainstorm and discussion, students can obtain
broader and deeper knowledge. Therefore, students are
capable of developing theory and innovative technology to
enhance the research quality.
This course will be designed to hold four union group
meetings on topic of pollution control technology during
the semester. Each graduate student has to prepare one
page abstract for his research progress in meetings. The
course especially emphasizes student’s oral presentation
and class participation. The subjects of pollution control
EM3087
2
Environmental
pollution control ( 4 )
technology include: industrial wastewater treatment,
wastewater reclamation and reuse, biological process
development, environmental biotechnology and biological
process modeling and application. Through the joint
meeting and mutual discussion in class, the graduate
student may learn complementary area on the topic of
pollution control technology.
EM3088
2
Special Topics
The course is executed by students and their adviser
Code
EM3089
Credits
2
Course Name
Course Description
-Environmental
Monitoring ( 1 )
together. Students need to meet with their advisor at least
one time a week, and every month has one time-united
meeting for every students and advisors. The topics
include the trace analysis and environmental monitoring of
gas phase, water, and soil. Through this course, students
obtain advisor’s assistance directly and proceed deeper
study about his/her research.
Special Topics
-Environmental
Monitoring ( 2 )
EM3090
EM3091
EM3093
EM3094
EM4060
EM5009
The course is decided by students and their adviser.
Students need to meeting with their advisor at least one
time a week, and every month has one time meeting for
every students and advisors.
2
Special Topics
-Environmental
Monitoring ( 3 )
The course is executed by students and their adviser
together. Students need to meet with their advisor at least
one time a week, and every month has one time-united
meeting for every students and advisors. The topics
include the trace analysis and environmental monitoring of
gas phase, water, and soil. Through this course, students
obtain advisor’s assistance directly and proceed deeper
study about his/her research.
2
Special Topics
-Environmental
Monitoring ( 4 )
The course is decided by students and their adviser.
Students need to meeting with their advisor at least one
time a week, and every month has one time meeting for
every students and advisors.
Seminar III
1. lectures of senior professors 2.lectures of experts from
industries 3. lectures from government officials 4. paper
presentation by graduate students
Seminar IV
1. lectures of senior professors 2.lectures of experts from
industries 3. lectures from government officials 4. paper
presentation by graduate students
3
Water resource
management
This course introduces the methodologies to solve the
problems in resources management and planning based on
system analysis theories. The course is divided into seven
parts, in which several case studies are involved for
practical training.
3
Environmental
Biotechnology
Environmental biotechnology utilizes microorganisms to
improve environmental quality. This course introduces the
basic principles and application of environmental
0
0
Code
Credits
Course Name
Course Description
biotechnology. The basic principles include basics of
microbiology, molecular biology and microbial kinetics.
The topics of application are molecular biotechnology,
nutrient removal and bioremediation.
EM5011
EM5014
3
3
Environmental Biokinetic Mechanics
Environmental
Toxicology
The course investigates various fields in environmental
biokinetic mechanics, including types of biokinetics,
enzyme kinetics, activated sludge population dynamics,
biofilm kinetics, transportation dynamics, river biokinetics,
anaerobic biokinetics, biokinetic model, air biofilter, and
biokinetics in soil. The course not only introduces the
principle of each field of biokinetics, also the basic
mathematical technique and calculated method.
The course set up the basic toxicological concept on
environment for student, investigate the methodology and
elucidate the experimental procedure of environmental
toxicology for practical use.
This course introduces to students the fundamental concept
EM5015
EM5016
EM5018
3
3
3
Fundamental of
Nanotechnology
Special Topics in
Nanometer
Design for
Environment
of nano-science and nano-technology. It emphasizes the
significance of differences between micro-scale and
nano-scale materials in physical and chemical
characteristics. Then the course introduces to the
preparation technique for nano-scale materials and the
instrumental principles of the measurements and
identifications of nano-scale materials.
The contents of this course comprise the fundamental of
nanometer material, technology, and applications. The
nanometer employed in environmental engineering is also
covered. The purpose of this course is to assist students
understand the nanometer knowledge and help students fit
the new competition of industries.
The class will discuss the topic issues of environmental
concerns in the product and process development, life
cycle assessment, and product stewardship.
Code
EM5021
EM5022
EM5023
Credits
3
3
2
Course Name
Course Description
Applications of
Environmental
Nanometer Technology
The contents of this course comprise the classification of
particulate, formation, mechanisms, and size distribution.
Besides, the reaction chemistry occurred in the
transportation/transformation process would be discussed.
Advanced Solid Waste
The objective of this course is to provide students to
understand the solid waste treatment technology. The
subjects of the course will include: the definition of solid
waste, waste treatment and disposal regulation, waste
source and property, collection and transportation,
Treatment
Review on
Environmental Topics
pretreatment (resource recovery), storage and treatment,
incineration, landfill, solidification, biotreatment,
hazardous waste management, hazardous material spill
control technology.
To train the students to evaluate the updated concerned
topics and problems related to environment.
This course is to introduce the applications about the
EM5024
EM5025
EM5026
3
Environmental of Solid
Chemistry
chemical composition of soil; soil minerals and soil
organic matter; soil solution ; mid-term examination; soil
electrochemical phenomena and soil particle surfaces; soil
adsorption phenomena and soil exchangeable ion of soil
environmental.
3
Advanced
Environmental
Toxicology
This course is to investigate toxicology of metals, other
inorganic chemicals and organic compounds , study the
pesticide toxicology and elucidate the principal and
application of risk assessment.
3
Assessment
Technology of
Biological Toxicity in
Environment
This course was designed for understanding of the
principle together with the method in the safety evaluation
techniques. It prepares foe developing an insight in regard
to proper application of experimental results, especially on
environmental and bioproduct to market
Code
EM5031
Credits
3
Course Name
Environmental
Practices for Industry
Course Description
New Paradigm of Business in the modern enterprises
includes: (1) Smarting companies are realizing the integral
part that EMS play in business. (2) Companies that have
implemented an EMS have become more efficient,
responsive, and competitive. (3) ISO’s EMS standards
provide a framework for proactively controlling and
managing environmental impacts throughout any
companies. Therefore, the goals of this course include:
introduction to end-of-pipe technologies, waste
minimization, environmental management system, green
supply chains, and green product management.
EM6030
3
Study and Reading of
Environmental
Literature
Selected literature in English regarding the fields of
environmental engineering and management is used as
teaching materials. At the first beginning, the scientific
reports including the significance of their structures and
formats are introduced. Correspondingly, the
approaching and process of finishing a Master thesis are
also emphasized in the lectures. All reading and teaching
materials are in English to enhance students’ ability in
understanding and synthesizing English materials.
EM6031
3
Environmental
Decision Analysis
This course introduces the basic concepts, principles and
analytical tools of the various decision theories in order to
fully understand environmental issues as well as to utilize
system analysis and decision tools in a decision-making
process.
The fate and distribution of contaminants are controlled by
chemical equilibrium and kinetics. This course help
graduates understand how contaminants are influenced by
EM6032
3
Environmental
Thermodynamics and
Kinetics
the nature and embed graduates the fundamentals for
future research. The course covers Classical
Thermodynamics (laws and equilibrium), Multicomponent
Equilibrium (nonideal solution，fugacity),
Thermodynamics in environment (air-water and
soil-water), and Kinetics in environment (kinetics laws，
catalysis，redox reactions).
Code
EM6034
Credits
3
Course Name
Application of
Environmental
Instrumental Analysis
Course Description
At the beginning, the course introduces to students the
significance of the difference between traditional and
instrumental analysis. Then it introduces to the concept and
importance of quality assurance and quality control in
instrumental analysis. The course will emphasize the
fundamental principles of the instrumental used in the
measurements in environmental science and technology,
and the significance of the obtained data.
This course provides the characteristics of risk and its
assessment and management。Teaching content contains
EM6038
3
Risk Assessment and
Management
process description, hazard identification, source models,
fault tree analysis, consequence analysis, exposure
assessment, dose response and risk characterization,
radiation risk assessment, environmental assessment,
structural activity relationships, risk management,
managing risk, regulation and ISO 14000.
This course introduces the theory and application of the
EM6039
EM6040
EM6046
3
2
3
Soil and Groundwater
Remediation
Writing of Science and
Technology Reports
Advanced oxidation
Technology
soil and groundwater remediation technique to student.
The contents are divided two parts. First section begins
with the nature of soil, groundwater and pollutants, then
introduce the mechanism of chemical fate and transport in
the underground. Second part introduces the principles,
application and design for remediation techniques.
To train the students to improve their ability of writing
science and technology reports as well as theses and
reading science papers.
The course investigates various fields in advanced
oxidation processes. To train the students to evaluate the
updated technology related to pollution control. With the
literature review in advanced oxidation technology, the
students will be trained to have integrated knowledge in
this field and able to apply the knowledge to their own
research thereafter.
Code
EM6049
Credits
3
Course Name
Course Description
Special Topics of
Safety Evaluation
Technique for
Bioproducts
This course is designed for understanding of the principle
together with the methods in the safety evaluation
techniques. It prepares for developing an insight in regard
to proper application of experimental results, especially on
bioproducts.
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