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：學士四年制
Course Descriptions of Undergraduate Program
Department of Environmental Engineering and Management
Code
Credits
Course Name
Course Description
The study of calculus has been of central importance to all
college students. Modern calculus was developed in order to
EM1001
2
Calculus
solve problems in physics and chemistry. Many important
laws were formulated in the language of calculus. In
addition, calculus is also used to describe the natural and
social phenomena. For environment field, calculus is a
basic tool to learn how to solve environmental problems.
This course introduces the basic concepts, principles and
analytical tools of economics in order to fully understand
economic issues as well as to utilize economic analysis in a
decision-making process. This course is designed to be a
EM1002
3
Economics
one year course. The first semester will focus on
microeconomics, focusing on how individuals make
decisions. The subjects include consumer theory, producer
theory, market economics, economic efficiency, and market
failure. The second semester will focus on macroeconomics,
including subjects such as national income, inflation,
unemployed rate, exchange rate, etc.
This course comprises three major parts: 1. Water chemistry.
2. Atmospheric chemistry. 3. Soil chemistry. Water
chemistry introduces acid-base equilibrium, complex
EM1003
3
Environmental
Chemistry
chemistry, oxidation-reduction reaction, solubility
chemistry, biochemistry in water, water pollution and water
treatment. Atmospheric chemistry includes particles in the
atmosphere, gaseous inorganic air pollutants, organic air
pollutants, photochemical smog and the endangered global
atmosphere. In soil chemistry, the soil characteristics and
soil pollution problems would be included.
Code
EM1004
EM1005
EM1008
EM1009
Credits
3
Course Name
Course Description
Introduction to
Environmental
Engineering
The issues in this course included: water pollution, solid
waste disposal, air pollution control, environmental impact
assessment and environmental ethics. The present condition
and fundamental calculation of environmental engineering
should be realized and learned.
3
Introduction to
Computers
3
Introduction to
Environmental
Management
2
Sampling and Analysis
of Pollutants
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
The course introduces the contents of management science
and their applications to pollution control and sustainable
development.
To understand the fundamental and quality control of
pollutants analysis. To learn the analytical methods and
skills of sampling and operation. To learn the design
objectives and principles of experiments weight analytical
methods(TS,SS,VS) volume analytical methods(acidity,
salinity, hardness, DO, BOD, COD) and color comparison
methods(color).
EM1010
1
Lab.of Pollutant
Analysis
To practice the experiments of pollutants analysis To learn
the analytical methods and skills. To learn how to organize a
team work and to write the experimental reports weight
analytical methods(TS, SS, VS) volume analytical
methods(acidity, salinity, hardness, DO、BOD、COD) color
comparison methods (color).
EM2015
EM2016
3
3
Statistics
Air Pollution
This course introduces essential concepts and applications
of statistics, including the introduction of statistics, statistic
charts, sample survey and experiment design, randomness
and probability, normal distribution and linear regression.
This course introduces rules and regulations, Meteorology
and air pollution, Sources and characteristics of air
pollutants (particulate and gas), photochemical reaction,
Control technology (cyclone, wet scrubber, bag house,
electric stastiprecipator), mobile pollution.
Code
EM2017
EM2018
EM2020
Credits
1
3
3
Course Name
Air Pollution
Experiments
Engineering
Mathematics ( 1 )
Environmental Laws
Course Description
The goals of this course is to train to sample and analyze air
pollutants actually and be able to analyze and explain the
data. The contents include the introduction of sampling and
analysis of air pollutants, QA/QC, quantitative analysis,
opacity, TSP and dust, PM10, sulfate, odor, PSI calculation,
HCs, O3, CO.
Objective: This course provide an introduction to those
branches of post-calculus mathematics with which
engineers need to be familiar in order to carry on their work
effectively. Content:
(1) First order (linear and
non-linear) differential equations, (2) Higher order (linear)
differential equations, (3) Laplace Transform
The course introduces the environmental laws of Taiwan.
First, the international trend of environmental protection
laws will be presented. Secondly, the environmental laws of
air, water, waste, soil and other related ones in Taiwan will
be also delivered.
The course investigates various unit operations and
processes for water treatment, including sedimentation,
filtration, adsorption for physical treatment；coagulation and
disinfection for chemical treatment；activated sludge,
biofilm processes and anaerobic processes for biological
treatment；and thickening, digestion and dewatering for
EM2021
3
Wastewater Treatment
sludge handling and management. The course not only
introduces the principle of each treatment unit, also the
basic mathematical technique and functional design method.
A corresponding laboratory course is also provided at the
same semester to allow students learning the topic from
experiments. The students are encouraged to take both of
the classes at the same time for complete learning.
Code
EM2022
Credits
1
Course Name
Wastewater Laboratory
Course Description
The objectives of this course are to train students various
laboratory skills for unit operations and processes. Students
are divided into several groups to learn teamwork and
writing skill for laboratory report as well. The experiments
include sedimentation and adsorption for physical
treatment; jar test for coagulation and disinfection for
chemical treatment; BOD kinetics and activated sludge pilot
plant operation.
This course is provided to the senior students as the first
EM3031
3
Graduation Project ( 1 )
part of Graduation Project. The students are required to
select a research topic for Graduation Project (I), such as,
pollution controls, waste minimization, economics,
resources, and energy management. Students are required to
write a formal report and submit to their advisors for
approval and grading.
This course is provided to the students at the third year as
the second part of the Graduation Project. This course is a
continued course from the previous course of Graduation
EM3032
3
Graduation Project ( 2 )
Project (I). The students are required to select a research
topic similar to the Graduation project (I), such as, pollution
controls, waste minimization, economics, resources, and
energy management. Students are required to write a formal
report and submit to their advisors for approval.
Environmental impact assessment (EIA): The purpose of the
course is to explain 1.The importance and regulatory
requirement of EIA and strategic environmental
assessment(SEA) towards sustainable development 2. The
procedure and substantive requirement, and 3. How to do an
EM3033
3
Enviroment impact
Evaluation
EIA (or SEA). The content includes 1. Evolution of the EIA
system here and abroad, 2. Laws and regulations relating to
the requirement of procedure and substantive matter, 3.
Environmental index and indicator, 4. Screening and
scoping methods, 5. Technical details of impact prediction
and 6. Case study.
Code
EM3034
EM3035
EM4049
EM6047
Credits
3
3
2
2
Course Name
Course Description
Solid Waste
Management
The objective of this course is to provide students to
understand the solid waste management issues. The subjects
of the course will include: the definition of solid waste;
introduction to Waste Treatment and Disposal Act and
Resource Recovery and Reuse Regulation; waste source and
property; collection and transportation; pretreatment
(resource recovery and reuse, waste minimization); storage
and treatment; incineration treatment; landfill disposal;
solidification; biotreatment; hazardous waste engineering
and management.
Environmental
Management System
This course provides the basic spirit and practice of ISO
14000. Teaching content contains introduction of
guidelines, environmental commitment and policy,
environmental planning, implementation, measurement and
evaluation, review and improvement. In addition, it includes
environmental management system, environmental
performance evaluation, environmental auditing, life cycle
assessment, environmental labelling and environmental
aspects in product standards and the like.
Model Making
Techniques
The Environmental Management program requires students
to serve as an intern for a period of 60 days in an enterprise
to learn how the real world get environmental management
done. Students will practice what they have learned in
school for productive use and explore the career interest.
Fundamental
Mathematics
This course is to enhance the freshmen's fundamental ability
in high school mathematics. It intends to review topics
regarding (1) the number system and its application, (2)
logarithmic and exponential function, (3) trigonometric
functions, (4) vector, (5) plane analytical geometry, (6)
matrix and algebraic equations, and other options.
EM1006
2
Environmental Physics
The application of physics in the environmental engineering
and management including mechanics, electronics,
magnetics, thermodynamics and optics. The major
applications are in the area of engineering, instrument
analysis and pollution control and monitoring.
Code
EM1007
Credits
2
Course Name
Environmental Science
Course Description
The objective of this course is to provide the students to
understand the fundamental issues in environmental science.
The course addresses what the environmental problems are,
how these problems impact the environment, and the means
society has chosen to deal with these problems. The topics
include the basic concept of environmental science, air
pollution, the climate issue and the dissipation of air
pollutant, air pollution control, water pollution, growth
mathematics, solid waste, hazardous waste and radiation,
risk analysis, soil and groundwater pollution and control,
noise pollution and control, and environmental impact
assessment.
EM1012
3
Environmental
Microbiology
This course is an introduction to the general concepts of
environmental microbiology. The course will emphasize
basic fundamentals of microbiology and microbial ecology
which will be described in the context of environmental
engineering applications.
The course present the basic applications of computers in
EM1013
EM1014
3
2
Computers in
Environmental
Engineering
Survey of Environment
Problem in Taiwan
environmental engineering. To improve the students’ ability
to analyze environmental problems, term projects are
required after each tool/software being introduced. These
computer tools include geographical information system, air
quality model, script language and linear programming
solver.
This course aims to introduce the economic, resources
profile and the environment problems in Taiwan. The topics
are listed as follows: Economic: economic sectors situation,
industrial structure change, economical development...
Resources: energy, water resource, land, natural resource...
Environment: air pollution, water pollution, solid waste, soil
pollution, land use, ecology...
Code
EM1016
EM2019
EM2023
EM2027
Credits
3
3
3
3
Course Name
Soil and Groundwater
Contamination Survey
and Remediation
Engineering
Mathematics ( 2 )
Water Supply
Engineering
Industrial Processes
EM2028
3
Fluid Mechanics
EM2029
3
Noise and Vibration
Control
Course Description
This course will introduce the theory and application of the
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.
Objective: This course provide an introduction to those
branches of post-calculus mathematics with which
engineers need to be familiar in order to carry on their work
effectively. Content: (1) Linear algebra, (2) System of linear
differential equations and
1.Water supply plan and related laws and regulations
2.Water resources, water quality and water quantity 3.Water
intake systems 4.Water piping systems 5.Water pumping
systems 6.Water purifying systems 7.Water distribution
systems
The course introduces the mass balance of materials, waste
flows, as and well as the close-loop recycling. It also
discusses the issues of environmental concerns associated
with the manufacturing process, including refinery and
petrochemical industry, steel mill, cement mill, and
electronic industry.
The course investigates various fields in fluid mechanics,
including fluid statics, elementary fluid dynamics, fluid
kinematics, finite control volume analysis, differential
analysis of fluid flow, similitude, dimensional analysis,
viscous flow in pipes and open-channel flow. The course not
only introduces the principle of each field of fluid
mechanics, also the basic mathematical technique and
calculated method.
part I: principle of noise、law、measuring and control of
noise, part II: principle of vibration、law、measuring and
control of vibration
Code
EM2030
EM3036
Credits
3
3
Course Name
Environmental Statistics
Hydrology
Course Description
This course introduces the practical theorems of statistics.
Students are proposed to be capable of applying these
theorems in environmental problems. The course will
introduce the theorems in inferential statistics, including
different statistic estimation and test techniques.
Detailed study of the hydrologic cycle including
precipitation, precipitation losses, and rainfall/runoff
processes. Concepts relating to streamflow, urban drainage,
river and reservoir routing, hydrologic measurement,
subsurface flow, and water quality are also addressed. Unit
hydrograph theory, watershed modeling, and analysis and
design of drainage structures.
This class intends to provide students with an introduction
to environmental problems and issues. The educational
settings are concerning with the connections between
human societies, ecosystems and the geophysical
environment. Mankind’s activities to and impacts on the
environment are varying in kind and scope. Many pollution
EM3037
3
Environmental
Sociology
problems are collective phenomenon of individual activities.
Conversely, environment influences our emotion and
conditions our behavior. Thus, the interaction between
human and the environment in both directions is one major
topic of the course. The scope of the course includes global
change, pollution problems in local area, environmental
issues at community, conservation of ecosystem, depletion
of energy and resources, impact of technology innovation
and the balance between economic development and
environmental protection.
Code
EM3038
Credits
3
Course Name
Environmental Hygiene
Course Description
1.To understand the content and spirit of environmental
hygiene 2.Teaching content includes toxicology,
epidemiology, occupational hygiene and safety, food and
drinking water safety and hygiene, air pollution and quality,
waste treatment and management, pest control, injury
control, electromagnetic radiation, standard and monitoring,
energy and the environment, disaster response, and a
macroscopic view of earth environment
This course illustrates how to apply MATLAB in solving
EM3039
3
Programming for
Environmental Systems
environmental problems. The eighteen-week lesson can be
divided into three complementary sessions: Session 1,
Fundamental feature of MATLAB: Students will understand
basic operational tools, built-in functions, the concept of
Array, and the use of Files. Session 2, Students will learn
problem-solving methodology in engineering, science,
statistics, and mathematics. The use of looping and
sub-routine is explained herein. Session 3, Students will
familiarize programming skill through various stand-along
cases. Most cases are related to environmental issues.
EM3040
EM3042
3
3
Ecological Engineering
and Methods
The issues in this course include: principle of water quality
natural-purification, water quality natural-purification
ecological engineering, water quality natural-purification
plan, conservation of river ecology system and biodiversity,
river landscape ecology, ecological planning and design of
river corridor, remediation engineering of landfill site,
methods and safety. The present condition and fundamental
calculation of ecological engineering will be realized and
learned.
Geographic Information
Systems
Objective: This course provide an introduction to those
branches of post-calculus mathematics with which
engineers need to be familiar in order to carry on their work
effectively. Content: (1) Linear algebra, (2) System of linear
differential equations and
Code
EM3043
Credits
3
Course Name
Management for
Environmental Policy
Course Description
The objective of this course is to provide students to
understand the environmental management, domestic
environmental policy and global environmental protection
topic. The subjects of the course will include :
Environmental management and policy；Environmental
economics；Risk assessment；Ecological balance；National
environmental policy；Environmental impact assessment；
Sustainable development；the issue on environmental
protection and International Conventions .. etc.
The objective of this course to provide student to understand
EM3044
3
Resource Recycling and
Recovery
the resource recovery issues for solid waste. The subjects
of the course will include: the definition of solid waste,
waste treatment and disposal regulation, waste property,
waste classification and pretreatment, resource recovery
regulation, waste minimization and resource recovery
technology.
This course will bring the students to understand
instruments analysis in environmental engineering and
EM3047
EM3048
3
3
Instrumental Analysis
management field, and be a basic background for advanced
course. The subjects include Quality Assurance/Quality
Control concept, Separation Method, Atomic Spectroscopy,
Molecular Spectroscopy.
The course introduces the control technology of particulate
matter and gaseous air pollutants, including cyclone, ESP,
Air pollution control and
bad house, absorption, adsorption, wet scrubber and their
design approach
design.
Code
EM3066
EM4050
Credits
3
3
Course Name
Treatment and Design
for Hazardous Waste
Green Enterprise
Course Description
The objective of this course is to provide students to
understand the management skill and treatment technology
for hazardous waste. The subjects of the course will
include: the definition of hazardous waste; Waste
composition and property; collection and transportation;
storage and treatment; incineration treatment; landfill
disposal; solidification; waste spill control technology; soil
and groundwater pollution mechanism(regulation); soil and
groundwater sampling and analytical methods; pollution
control technology.
The environmental issues have become a major concern for
all business in the last decades. Although it is difficult to
inter-relate human effects within the complex processes of
ecological system, public and business awareness of
environmental problems has certainly risen as scientific
knowledge has advanced and as environmental problems
have been aggravated. A new era in business-environment
relationship has arrived. This course will focus on the
discussion of the international environmental issues and
their effect on the domestic business.
EM4051
EM4052
3
3
Water Regeneration
Technology
The issues in this course included: industrial wastewater
recycle and reuse, sewage recycle and reuse, seawater
utilization, dual water supply system, rain water recycle and
reuse technology, electrolysis, ion exchange, reverse
osmosis and ultrafiltration. The present condition and
fundamental calculation of water regeneration technology
should be realized and learned.
Applications of
Environmental
chemistry
This course is to introduce the applications about the
environmental engineering chemistry. This course
comprises 1.Basic principles of environmental
chemistry,2.Basic concepts and applications of Equilibrium
chemistry,3.Basic concepts and applications of Organic
chemistry 4.Fundamentals of process kinetics and
applications, 5.Basic concepts and applications of Colloidal
chemistry and Coagulation chemistry.
Code
EM4053
Credits
3
Course Name
Environmental Auditing
and Practice
Course Description
This subject aims at the understanding of the guidelines and
regulations of ISO 14000 and related environmental laws.
ISO 14000 has been used to evaluate the environmental
performance and environmental management system.
Especially, the inspection of environmental performance
and its feedback plan on the standard procedure are the
essential element and the central spirit. Teaching content
includes ISO 14001 guidelines analysis, related
environmental laws and regulations, the spread of
environmental management systems, life cycle analysis,
design for the environment, clean production,
environmental impact assessment, environmental economics
and accounting and environmental management auditing
and the like.
EM4054
EM4055
EM4056
EM5032
3
2
3
1
Environmental
Toxicology
English for
Environmental
Engineers
Energy engineering and
management
Engineering Ethics
This course is to introduce the principles; mechanistic and
management about the environmental toxicology. This
course comprises :Introduction Environmental toxicology,
Toxic-kinetic, Carcinogenic compound, Developmental
toxicology, Environmental hormone, Pesticides, Heavy
metal, Dioxin, Polychorinated biphenyls (PCBs),
Polyaromtic hydrocarbons（PAHs）.
This course is designed to train the students who are major
in environmental engineering, science, and management.
All teaching materials of the course provided will be in
English. The course includes students’ correct
pronunciation and explanation of s
The topics of this course include the introduction to
energy and environment, fossil fuels, battery, renewable
energy, as well as energy management.
Let the students understand the essential topics of
engineering ethics and improve their ability to make correct
decision while facing the ethic dilemma by offering the
lecture courses provided by engineering professionals.
Code
EM6048
Credits
3
Course Name
Course Description
Environmental
Economy and Natural
Resources Management
This course introduces the principle of environmental
economics to students. Students will understand how to use
environmental economics to deal with the problems about
pollution prevention and nature resources conservation.
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