Bachelor of Engineering (Environmental Engineering and Disaster Management)

Bachelor of Engineering Program in Environmental Engineering and Disaster Management

Program Core Value

Education Philosophy

ADMINISTERING EDUCATION THAT FOCUSES ON LEARNERS’ ACHIEVEMENTS BY MEANS OF A LEARNING-CENTERED
APPROACH FOR SELF-DEVELOPMENT OF KNOWLEDGE, ABILITIES, AND NEW SKILLS

Vision of the program

Focus on producing graduates who know and understand environmental engineering and disaster management in theory and practice. Be able to apply knowledge following the actual situation to prevent and mitigate environmental crises and disasters caused by humans and nature and be a person with morals and ethics of being an engineer.

Program objectives

Develop students to have sufficient knowledge for practicing the controlled engineering profession, Environmental Engineering according to professional council standards
Develop students to have skills and ability to apply modern technology to prevent, warn, and manage current or future disasters.
Develop students to have responsibility and having a code of ethics in the engineering profession.

Program Learning Outcomes

PLOs

1. Apply environmental engineering principles and knowledge to systematic solutions according to Professional Standards
2. Apply practical skills in environmental engineering and disaster management to real situations based on academic principles and professional ethics
3. Apply geo-informatics system and information technologies in planning to handle environmental and disaster problems in accordance with academic principles
4. Effectively present and discuss engineering knowledge to related professional people for objective fulfillment by using proper language and media
5. Work as an environmental engineer with other people to solve complicated problems according to economic, social, and environmental issues
6. Develop a creative technology in environmental engineering and disaster management

Program Structure

General Information

Name of Study Program	Bachelor of Engineering Program in Environmental Engineering and Disaster Management
Address	Mahidol University Kanchanaburi Campus 199, Lumsum, Saiyok District, Kanchanaburi 71150
Contact	Phone: (+66) -3458-5058 Website: https://ka.mahidol.ac.th/en
Year of Establishment	2014
Degree Awarded	Bachelor of Engineering (B.Eng)
Language used	Thai/English
Admissions	Thai students who are proficient in English

Education System

Two semesters per year

Academic Calendar

	1st semester	2nd semester
1st year	August to December	January to May
2nd year	August to December	January to May
3rd year	August to December	January to May
4th year	August to December	January to May

Tuition Fee

	1st semester	2nd semester	All year
1st year	25,000 Baht	25,000 Baht	50,000 Baht
2nd year	25,000 Baht	25,000 Baht	50,000 Baht
3rd year	25,000 Baht	25,000 Baht	50,000 Baht
4th year	25,000 Baht	25,000 Baht	50,000 Baht
Total	100,000 Baht	100,000 Baht	200,000 Baht

Study Period

The duration of study is usually 4 years with a maximum of 8 years to complete the degree.

Total credits No fewer than 145 credits

Graduation Requirments

Have good behavior suitable for the prestige of the degree.
Pass all courses and fulfill other criteria indicated in the curriculum
Have CUM-GPA of at least 2.00
Pass English proficiency test(s) according to the university’s conditions and regulation

Curriculum Structure

Category	Credits
1. General education courses	30
1.1 Humanities and social science	10
1.2 Language skills	9
1.3 Science and mathematics	9
1.4 Health and recreation	2
2. Specialized courses	109
2.1 Fundamental professional courses	21
2.2 Professional courses	82
2.3 Professional elective courses	6
3. Free elective courses	6
TOTAL	145

Study Plan

1st year

The 1st Semester

Course Code	Title	Number of Credits (Theory-Practice-Self-study)
SCPY 151	General Physics I	3 (3-0-6)
SCPY 110	General Physics Laboratory	1 (0-3-1)
SCMA 115	Calculus	3 (3-0-6)
KAED 101	Natural and Environmental Disasters	3 (3-0-6)
LAEN 103 – LAEN 106	English Level 1-4	3 (2-2-5)
	Total credits	13
	General Education	5
	Free Elective	2

The 2nd Semester

Course Code	Title	Number of Credits (Theory-Practice-Self-study)
LAEN 103 – LAEN 106	English Level 1-4	3 (2-2-5)
SCCH 113	General Chemistry	3 (3-0-6)
SCCH 118	Chemistry Laboratory	1 (0-3-1)
SCPY 152	General Physics II	3 (3-0-6)
SCPY 120	Physics Laboratory	1 (0-3-1)
SCMA 165	Ordinary Differential Equations	3 (3-0-6)
KAED 121	Engineering Materials	3 (3-0-6)
	Total credits	17
	Free Elective	5

Throughout the academic year

Course Code	Title	Number of Credits (Theory-Practice-Self-study)
MUGE 101	General Education for Human Development	2 (1-2-3)
LATH 100	Art of Using Thai Language in Communication	3 (2-2-5)
	Total credits	5

2^nd year

The 1st Semester

Course Code	Title	Number of Credits (Theory-Practice-Self-study)
KAED 227	Engineering Drawing	3 (2-3-5)
KAED 222	Engineering Mechanics	3 (3-0-6)
KAED 224	Computer Programming	3 (2-3-5)
KAED 225	Chemistry for Environmental Engineering	3 (3-0-6)
KAED 226	Water and Waste Water Laboratory	1 (0-3-1)
KAID 208	Probability and Applied Statistics	3 (3-0-6)
KAED 212	Meteorology and Climate Change	3 (3-0-6)
	Total credits	19

The 2nd Semester

Course Code	Title	Number of Credits (Theory-Practice-Self-study)
KAED 220	Engineering Mathematics	3 (3-0-6)
KAED 228	Survey for Environmental Engineering and Diaster Management	3 (2-3-5)
KAED 229	Hydraulic	3 (3-0-6)
KAED 230	Hydraulic Laboratory	1 (0-3-1)
KAED 231	Microbiology for Environmental Engineering	2 (2-0-4)
KAED 242	Occupational Health and Safety	2 (2-0-4)
	Total credits	14
	Free Elective	3

3^rd year

The 1st Semester

Course Code	Title	Number of Credits (Theory-Practice-Self-study)
KAED 332	Environmental Unit Operations	3 (3-0-6)
KAED 326	Hydrology	3 (3-0-6)
KAED 327	Biological Unit Process	2 (2-0-5)
KAED 341	Building Sanitation	3 (3-0-6)
KAED 344	Solid Waste Engineering	3 (3-0-6)
KAED 345	Disaster and Environmental Risk Management	3 (3-0-6)
KAID 348	English for Enviornmental Engineering and Disaster Management	2 (2-0-5)
KAED 356	Laws and Engineering Ethics	1 (1-0-2)
	Total credits	20

The 2nd Semester

Course Code	Title	Number of Credits (Theory-Practice-Self-study)
KAED 323	Environmental Engineering Laboratory	1 (0-3-1)
KAED 349	Geo-Informatics for Environmental and Disater Management	3 (2-3-5)
KAED 351	Wastewater Engineering and Design	3 (3-0-6)
KAED 352	Hazardous Waste Management	3 (3-0-6)
KAED 353	Air Pollution Management and Control	3 (3-0-6)
KAED 354	Emergency Response	3 (3-0-6)
	Total credits	16
	Free Elective	3

4^th year Engineering Project Group

The 1st Semester

Course Code	Title	Number of Credits (Theory-Practice-Self-study)
KAED 442	Water Supply Engineering and Design	3 (3-0-6)
KAED 443	Environmental Management System	3 (3-0-6)
KAED 444	Water Resources Management and Hydrologoical Disaster	3 (3-0-6)
KAED 445	Mathematical Modelling for Disaster and Environmental Management	3 (3-0-6)
KAED 455	Engineering Training	1 (0-3-1)
KAED 456	Engineering Project Proposal	2 (2-0-5)
KAGE 101	Interdisciplinary for Sustainable Development	3 (3-0-6)
	Total credits	18
	Elective	3

The 2nd Semester

Course Code	Title	Number of Credits (Theory-Practice-Self-study)
KAED 457	Engineering Project	4 (1-9-5)
	Total credits	7
	Elective	3

4^th year Cooperative Group

The 1st Semester

Course Code	Title	Number of Credits (Theory-Practice-Self-study)
KAED 442	Water Supply Engineering and Design	3 (3-0-6)
KAED 443	Environmental Management System	3 (3-0-6)
KAED 444	Water Resources Management and Hydrologoical Disaster	3 (3-0-6)
KAED 445	Mathematical Modelling for Disaster and Environmental Management	3 (3-0-6)
KAGE 101	Interdisciplinary for Sustainable Development	3 (3-0-6)
KAED 455	Engineering Training	1 (0-3-1)
	Total credits	16
	Elective	3
	Free Elective	3

The 2nd Semester

Course Code

Title

Number of Credits

(Theory-Practice-Self-study)

KAED 458

Cooperative Education

6 (0-18-6)

Total credits

Course Description

MUGE 101	General Education for Human Development	2 (1-2-3)
The meaning, significance, and relation of General Education to other vocational/specific subjects; the relation between behavior and mentality; critical thinking; the qualifications of ideal graduates; analysis of causes and consequences of events/ situations/ problems; synthesis of solutions to, precautions against, or improvements in those events / situations to benefit individuals and their community; and the application of knowledge to solve the problems of case studies
MUGE 102	Social Studies for Human Development	3 (2-2-5)
Basic principles and theory in relation to events / situations / major problems of the Thai and global communities, for example, evolution of civilization; important events in historical, political and public administration systems; the economic and health systems, etc.; analysis of causes and consequences of events/situations/problems; synthesis of solutions to, precautions against, or improvements in those events/situations to benefit individuals and their community; and the application of knowledge to solve the problems of case studies
MUGE 103	Arts and Science for Human Development	2 (1-2-3)
Humankind in the past, present and future; events / situations / problems in relation to the evolution of the arts and sciences in the Thai and global communities; concepts of the sufficiency economy; analysis of causes and consequences of events / situations / problems; synthesis of solutions to, precautions against, or improvements in those events / situations to benefit individuals and their community; and the application of knowledge to solve the problems of case studies
KAGE 101	Interdisciplinary for Sustainable Development	3 (3-0-6)
Interdisciplinary; materials and methods in the participatory community study; communication with the community; principles of King Rama IX’s development works; concepts of the community development; the Philosophy of Sufficiency Economy; sustainable development; project-based learning
LATH 100	Art of Using Thai Language for Communication	3 (2-2-5)
Art of using Thai language and of speaking, listening, reading, writing, and thinking skills for accurate and appropriate communication
LATH 103	English Level 1	3 (2-2-5)
English structure, grammar and vocabulary in the context of daily language use, dealing with integration in four basic skills (listening, speaking, reading, and writing); reading strategies, sentence writing, listening for the gist, pronunciation and classroom communication
LATH 104	English Level 2	3 (2-2-5)
Vocabulary, grammar, and contextualized social language; essential communicative skills in small groups; simulations in various situations; writing practice at a paragraph level; and reading and listening from various sources
LATH 105	English Level 3	3 (2-2-5)
Essential strategies for four language skills: reading and listening from various sources, speaking in everyday use and writing at a paragraph level and short essay, including sub-skills i.e., grammar, pronunciation, and vocabulary; focusing on English in everyday life and in academic reading and issues that enhance student’s world knowledge
LATH 106	English Level 4	3 (2-2-5)
Reading passages and writing at sentence and paragraph levels about sequence of events and process, function, purpose, method and means, cause and effect, and conditional reasoning; academic English paragraph writing and an introduction to essay writing; listening comprehension; listening for the main idea; listening for specific details; and making inferences
KAED 101	Natural and Environmental Disasters	3 (3-0-6)
An introduction to earth science, climate and climate change; water cycle; natural disasters, flood, drought, seismic and volcanic hazards, tsunami, storm, forest fire, landslide and mudslide; epidemics of human and animal diseases; impact and risk from natural hazard; environmental disasters caused by human activities such as dam construction and spills of oil, chemicals or radioactive elements, etc.; disaster trends in Thailand and around the world
KAID 208	Probability and Applied Statistics	3 (3-0-6)
Classification of statistical methods; data collection, presentation and analysis; probability; random variable; discrete and continuous probability distributions; sampling and sampling distributions; estimation theory; hypothesis testing; analysis of variance; correlation and regression analysis; applications of statistics
KAED 212	Meteorology and Climate Change	3 (3-0-6)
Physics to explain the phenomena in the atmosphere, including solar radiation, air pressure, air mass circulation, the water system in the environment, atmospheric stability; the climate system; weather monitoring and forecasting; climate change and its effects; mitigation approaches; meteorology for air pollution simulation
SCPY 151	General Physics I	3 (3-0-6)
Mechanics, waves and optics; fluid mechanics; thermodynamics; electricity and magnetism
SCPY 152	General Physics II	3 (3-0-6)
Electronics; relativity; quantum mechanics; atomic physic; nuclear physics
SCPY 110	General Physics Laboratory I	1 (0-3-1)
Elementary level of experiments designed to accompany some topics in General Physics I, II (SCPY 151,152); laboratory examination is required
SCPY 120	General Physics Laboratory II	1 (0-3-1)
Experiments in electromagnetism, electronics, optic, acoustics and classical mechanics; types of errors; propagation of errors; standard deviation and standard errors
SCCH 113	General Chemistry	3 (3-0-6)
Basic knowledge about atomic theory; electron configuration; periodic table; chemical bonding; compound formation and their properties; properties of metals and semiconductors; states of matters and phase change; physical balance; phase diagram; chemical thermodynamics; chemical kinetics and chemical equilibrium
SCCH 118	Chemistry Laboratory	1 (0-3-1)
General techniques in chemistry; experiments on qualitative and quantitative analyses and some experiments related to lectures
SCMA 115	Calculus	3 (3-0-6)
Limit; continuity; derivatives of algebraic functions; logarithmic functions; exponential functions; trigonometric functions; inverse trigonometric functions and hyperbolic functions; applications of derivatives; indeterminate forms; techniques of integration, improper integrals; applications of integration; numerical differentiation and integration; calculus of two variable functions; algebra of vectors in three- dimensional spaces; calculus of vector-valued functions and applications for lines, planes and surfaces in three-dimensional spaces
SCMA 156	Ordinary Differential Equations	3 (3-0-6)
Complex variables; an introduction to ordinary differential equations; linear first–order differential equations; nonlinear first–order differential equations; applications of first–order equations; linear second–order differential equations; applications of second–order equations; higher order differential equations; systems of linear equations; matrices; determinants; vector spaces; linear transformations; numerical methods for solving linear algebraic problems; application in science and engineering
KAED 220	Engineering Mathematics	3 (3-0-6)
Engineering applications of ordinary differential equations; system of differential equations; mathematical induction; sequences and series of numbers; Taylor–series expansions of elementary functions; power series solutions of differential equations; Laplace transformation; Vector integral calculus; line integral; volume integral; polar coordinate; calculus of real-valued functions of several variables; numerical methods; engineering applications
KAED 121	Engineering Materials	3 (3-0-6)
Crystallinity and non-crystallinity of materials; imperfections in crystal structure; meaning and testing of materials properties; equilibrium phase diagram and its applications; macro and microstructures; properties and applications; production process; heat treatment; and applications of metals, ceramics, plastics, polymers, asphalt, woods, concrete and composites; an introduction to fracture, corrosion and degradation of materials; thermal, electrical, optical and magnetic properties of materials; case studies of materials selection
KAED 222	Engineering Mechanics	3 (3-0-6)
Force systems; resultant; equilibrium; fluid statics; kinematics and kinetics of particles and rigid bodies; the Newton’s Second Law of Motion; work and energy; impulse and momentum
KAED 224	Computer Programming	3 (2-3-5)
An introduction to computer concepts; computer components, hardware and software; hardware and software interaction; electronic data processing (EDP) concepts; an introduction to program design and implementation using a high-level language: types and expression, iterative and conditional control statements, functions, Boolean logic, array and record structures, pointers; an introduction to recursion
KAED 225	Chemistry for Environmental Engineering	3 (3-0-6)
Basic principles and calculations in environmental engineering; chemical equilibrium, acid-base, precipitation and dissolution; complex ion equilibriums; oxidation-reduction reactions; the carbonate system; aquatic chemistry; colloid chemistry; chemical and physical characteristics of water and wastewater; water quality parameters; water sampling and preservations; water and wastewater analyses in laboratory, such as pH, hardness, alkalinity, acidity, solids, dissolved oxygen, BOD, COD, nitrogen, phosphorus, etc.; basic chemical treatment processes, such as coagulation-flocculation and disinfection etc.; mass and energy balances; chemical kinetics; chemical thermodynamics; basic reactor models
KAED 226	Water and Waste Water Laboratory	1 (0-3-1)
Basic concepts of analytical chemistry; water sampling and preservations; expression of chemical analyses results; precision and accuracy of the analyses; laboratory techniques; water and wastewater analyses in laboratory: pH, hardness, alkalinity, acidity, solids, dissolved oxygen, BOD, COD, nitrogen, phosphorus, etc.; techniques for general microbiological analyses: sterile techniques, microscopic observation, dye staining, determination of coliform bacteria, etc.; data interpretation and application of data to environmental engineering practices: wastewater treatment systems and neutralization
KAED 227	Engineering Drawing	3 (2-3-5)
Using drawing tools; engineering lettering; applied geometry; theory of orthographic projection; orthographic drawing; sectional views drawing; auxiliary–views drawing; 3D–pictorial drawing; freehand sketching; dimensioning; abbreviations and symbols; reading engineering drawing; computer-aided drawing
KAED 228	Survey for Environmental Engineering and Disaster Management	3 (2-3-5)
An introduction to surveying work and basic field working; principles and applications of Theodolite: measurements of angle, distance and direction; errors and acceptable error; level loop adjustment in surveys; triangulation; precise determination of Azimuth; precise traverse plane coordinate system; precise leveling; topographic survey; map cartogarphy
KAED 229	Hydraulic	3 (3-0-6)
Fluid statics; fluids in motion and fluid flow principles; flow resistances; flow in closed conduits; flows in open channels; flow measurement; dimensional analysis and similitude; unsteady flow; mathematical equations on hydrodynamics
KAED 230	Hydraulic Laboratory	1 (0-3-1)
Laboratory experiments: hydraulic head losses in closed conduits, impaction of fluid jets, flowing affected by sluice gate and hydraulic jump, pipe flow measurement, the Bernoulli’s theorem, stability and buoyancy, flowing over sharp-crested weir and orifice, performance test of multi-pump sets, permeability and flow nets, flow measurement using Parshall flume, uniform open channel flow, forced vortex flow, centroid of hydrostatic pressure and flow velocity measurement
KAED 231	Microbiology for Environmental Engineering	2 (2-0-4)
An introduction to microbial metabolism and growth; the role of microorganisms in biological treatment; kinetics and stoichiometry of biological growth; microbial ecology and community in wastewater; relationships and roles of the bacteria on nitrogen, phosphorus and sulfur cycles; pathogenic bacteria and general biotechnology in environmental engineering
KAED 322	Environmental Unit Operations	3 (3-0-6)
Principles, calculation, designing and applications of physical and chemical unit operations in water and wastewater treatment: screening, grit removal, equalization, mixing, coagulation and flocculation, sedimentation, floatation, filtration, chemical precipitation, ion exchange, absorption and adsorption, and reverse osmosis
KAED 323	Environmental Engineering Laboratory	1 (0-3-1)
Skill practices of unit operations for environmental engineering in laboratory: sedimentation, filtration, coagulation, adsorption, absorption, electrostatics, ion exchange, activated sludge process
KAED 326	Hydrology	3 (3-0-6)
An introduction; hydrological cycle; precipitation; wind; evaporation; transpiration; infiltration/percolation; surface runoff; groundwater; sediment; reservoir; frequency analysis in hydrology
KAED 327	Biological Unit Processes	2 (2-0-4)
Fundamental of biological unit processes in wastewater treatment; fundamental of reactor engineering; kinetics of the biochemical system; mathematical modelling of ideal biochemical reactors; applications of the biological operations in attached and suspended growth systems by controlling food-to-mass ratio, sludge retention time, sludge volume index; aerobic and anaerobic processes in combined and separated operations
KAED 242	Occupational Health and Safety	2 (2-0-4)
Concepts and principles of occupational health and safety in compliance with occupational laws and regulations; investigating and assessing risk of occupational hazards; preventive measures and health promotion in the workplace
KAED 344	Solid Waste Engineering	3 (3-0-6)
Development of the municipal solid waste management system; sources, composition, quantities and characteristics of municipal solid wastes; onsite handling and collection; transfer and transport; processing and transformation technologies; source reduction and recycling; disposal of solid wastes and residual matters; incineration, composting and sanitary landfill
KAED 345	Disaster and Environmental Risk Management	3 (3-0-6)
Situations on disaster risk around the world; basic concepts and terminologies used in disasters and environmental risk management; disaster risk identification and assessment: hazards, local and social vulnerability, and adaptive capacity; disaster risk reduction; decision support tools for disaster risk reduction; disaster preparedness; principles and concepts on emergency response; disaster recovery; concepts and alternatives for financial risk management, such as disaster insurance
KAID 348	English for Environmental Engineering and Disaster Management	2 (2-0-4)
The development of comprehensive skills; English vocabulary for environmental engineering and disaster management; proper grammar usage; communication skill and basic report writing skill
KAED 349	Geo-Informatics for Environmental and Disaster Management	3 (2-3-5)
Principles of the geo-informatics system; the coordinate system; the global positioning system; spatial analysis; surface analysis; basic remote sensing; practices on using geo-informatics softwares to visualize spatial data and support decision in the field of environmental engineering and disaster management
KAED 351	Wastewater Engineering and Design	3 (3-0-6)
Wastewater characteristicsว wastewater flow rates; design of wastewater collection system: combined and separated sewers, pump and pumping stations; wastewater treatment and effluent standards; designs of physical, chemical and biological wastewater treatment facilities; disinfection; sludge treatment and disposal
KAED 354	Emergency Response	3 (3-0-6)
Definitions and types of crisis from natural hazards or industries; concepts and principles of safety and emergency response management; emergency preparedness plans; action plans on emergency response; decision making and complying with the plans; forming of emergency coordination centers and commanding system; ICT in emergency response; crisis management and rehabilitation; case studies of crisis management and emergency response
KAED 356	Laws and Engineering Ethics	1 (1-0-2)
Code of ethics for engineers; professional practices, duties and responsibilities as an environmental engineer; potential ethical issues in engineering fields; case studies of laws and penalties
KAED 442	Water Supply Engineering and Design	3 (3-0-6)
The importance of water; nature and water sources; water crisis; estimation of water demand according to requirement and consumption in the household, industrial, and public units; estimation of raw water in river, lake and groundwater; evaluation of surface water and groundwater qualities; standards and criteria for selecting water sources for water supply system; water supply standards; water treatment processes: aeration, pH adjustment, softening, coagulation, flocculation, sedimentation, filtration and disinfection; design of distribution system.
KAED 443	Environmental Management System	3 (3-0-6)
Basic concepts of the environmental system and issues on the management; prioritization; standards and criteria setting; indication and environmental indices; the informatics systems; measures on environmental protection using law enforcement and economic tools; the environmental management system (EMS) and ISO; surveillance; pollution prevention, Life cycle analysis (LCA) of services; products and organizations; environmental assessment tools, process and innovation; case studies
KAED 444	Water Resources Management and Hydrological Disaster	3 (3-0-6)
Problems on water resource management; principles of water resource management; farm-scale water management; project-scale water management; basin-scale water management; integrated water management, principles of sustainable water management; encountering during water crisis; water management in Thailand and international; models on water resource management; flood and drought control
KAED 445	Mathematical Modelling for Disaster and Environmental Management	3 (3-0-6)
Simulation; modelling; types of modelling; mathematical modelling for disaster forecasting and warning; hydrological modelling for surface water and ground water; fate and transport modellings for pollutants in air, water, and soil; water quality modelling; and land use change modelling
KAED 341	Building Sanitation	3 (3-0-6)
Fundamentals of building sanitation; laws and regulations; designs of water supply system, hot water system, sewer system, waste management, air ventilation, fire protection system, water drainage system and wastewater treatment system; alternative designs for sustainability; applications of environmental–friendly and energy–saving materials
KAED 352	Hazardous Waste Management	3 (3-0-6)
Definitions, laws and environmental legislations; classification of hazardous wastes; physicochemical properties, toxicology, types and characteristics of hazardous waste; risk assessment and management; handling and transportation; fundamentals of treatment and disposal processes; stabilization; incineration; solidification; land disposal; site remediation
KAED 353	Air Pollution Management and Control	3 (3-0-6)
Types of air pollutants and sources; effects on health and environment; principles of particulate and gaseous pollutant control; sampling and analytical methods; laws and regulations; principles and design of air pollution control units for particulate and gases; ventilation system design
KAED 455	Engineering Training	1 (0-3-1)
Training in the field of environmental engineering or disaster management in either private sectors or governmental agencies at least 240 hours in order to gain both academic knowledge and working experiences in organization
KAED 456	Engineering Project Proposal	2 (2-0-4)
Scientific research methodology for engineering projects; expression on rational and inspiration behind the engineering project; research and engineering ethics; structure of project proposals, techniques on reviewing literature from academic journal papers or other reference sources; selecting interesting topics related to environmental engineering and disaster management; basic skills on academic writing and presentation based on scientific rationale; and development of up-to-date engineering innovation and knowledge
KAED 457	Engineering Project	4 (1-6-5)
Studying the projects in response to the engineering project proposal; writing a report and presenting progress of the projects; summarizing and discussing reasonably on specific contents in the projects, writing final reports and presenting the final projects
KAED 458	Cooperative Education	6 (0-18-6)
Professional practicing as if full-time employee in the workplace not less than 16 weeks; working with the Mahidol University Kanchanaburi Campus’ partner companies to provide the students with opportunity to reinforce academic knowledge and working experience in the workplace; be able to develop skills in systematic thinking, observation, decision making, critical analysis and assessment; building up students’ capability to fulfill needs of entrepreneurs and market; be able to integrate routine findings into report format; conducting workplace-based operations research projects following research methodology, including data collection, experiment, data discussion, drawing to final conclusion and reporting
KAED 376	Forest Fire and Control	3 (3-0-6)
Definitions of forest fire; the impact of forest fires; policy on forest fire management; public relations for forest fire prevention; fuels; fire investigation; forest fire organizations; forest fire suppression plans; approaches and strategies for forest fire suppressions; benefits of forest fires; laws and regulations related to forest fire
KAED 378	Engineering Economics	3 (3-0-6)
A systematic evaluation on costs and benefits of engineering projects in consideration of “Time Value of Money” concept; discounted cash flow schematic diagram; and decision making on the project regarding to financial parameters; and applications in the engineering projects
KAED 381	Soil Pollution Management	3 (3-0-6)
Soil pollutants from natural and human activities; sources and characteristics of soil pollutants; transports and dispersions of the pollutants in soil; transformation processes of the pollutants in soil; planning on soil pollution remediation and methods of soil pollution remediation; laws and regulations relating to soil pollution
KAED 382	Renewable Energy for Sustainable Environment	3 (3-0-6)
An introduction and environmental impacts of energy derived from fossil fuels and other available sources nowadays; sources, significance, basic principles, current researches and innovations, as well as case studies of technologies on alternative energy sources: hydro energy, solar energy, wind energy, geothermal energy, biomass and bio-energy (e.g., biogas, ethanol, and biodiesel) in Thailand and worldwide; assessment on utilizations of natural resources and waste and reductions of energy cost for sustainable environment
KAED 383	Basic Eco-Product Design	3 (3-0-6)
An introduction to eco-design and development of environmental–friendly products; the design review system; identification of customer needs and market research; design for sustainability; biomimicry; basic manufacturing processes; techniques to enhance creativity; fundamentals of 3D modelling; case studies
KAED 384	Noise and Vibration Control	3 (3-0-6)
Principles of sound wave; instruments and measurements of noise and vibration; sources and impacts of noise and vibration on human health and environment; physiological and mental responses to noise and vibration; laws and regulations; techniques used for noise and vibration control in the environment; uses of acoustic materials and barriers
KAED 385	Environmental Impact Assessment	3 (3-0-6)
Concepts of environmental impact assessment and analytical methodology; assessments of physical resources: air, water, noise; assessments of ecological and biological resources; human use values and quality of life values, culture, socioeconomic; interrelationship of engineering benchmarks and environmental parameters; planning the environmental quality evaluation; monitoring; prevention and mitigation measures; establishment and organization of environmental agencies; industrialization and urbanization management; resource conservation; management approaches and program implementation; case studies of environmental impact assessment and specific environmental protection
KAED 482	Remote Sensing for Disaster Management	3 (3-0-6)
Remote sensing concept; electromagnetic radiation principles; earth–observing platforms and data recording system; satellite imagery interpretation; remote sensing techniques for detecting vegetation, water and soil; digital image processing; image preprocessing; image enhancement and transformation; data classification; applications of remote sensing for disaster management
KAED 484	Fire Engineering	3 (3-0-6)
An introduction to fire engineering; fire safety; human behaviors; fire suppression; smoke control and management; fire dynamics and modelling; risk analysis in building fire safety; water–based fire protection system; economics of fire protection; laws and technologies; evacuation; fire investigation; and fire department operations
KAED 485	Project Administration	3 (3-0-6)
Specific characteristics of projects; project administration cycle; project selection; project definition and project planning; project organization; work breakdown structure; project estimation; project dependency; work plan; Gantt chart; critical path; resource planning; budget planning; risk administration; and problem management; project monitoring and control; project auditing; project closure; roles of project managers on team management
KAED 486	Waste Utilization Technology	3 (3-0-6)
Engineering principles of waste reuse and recycle; characteristics of organic wastes, composting; anaerobic digestion; biomass and biofuel production; environmental and social impact of recycling process; management of organic waste recycling programs
KAED 487	Biomass and Bio-Energy Technology	3 (3-0-6)
Types, characteristics, physical, chemical, and biological properties of biomass as raw materials for energy production and bio-energy products (e.g., biogas, ethanol, biodiesel, bio-oil, syngas, and biochar); basic principles and reactions in biomass-to-energy conversion processes: bio-chemical, physico-chemical, and thermo-chemical reactions; assessment and selection of suitable biomass for specific technologies; feasibility of applying bio-energy production into industrial scale in consideration of economic feasibility and current situations in Thailand and worldwide
KAED 488	Membrane Technology for Water and Wastewater Treatment	3 (3-0-6)
Membrane technology; principles of filtration by membrane; properties of membrane; type of membrane; membrane modules; pros and cons of membrane technology, factors influencing membrane filtration; the factors affecting membrane fouling; fouling control; fouling removals; applications of membrane technology to productions of tap water and drinking water and treatments of domestic wastewater and industrial wastewater
KAED 489	Advanced Water Treatment Processes	3 (3-0-6)
Fundamental principles of advanced wastewater treatment; advanced oxidation processes (AOPs); applications in contaminant removals from wastewater; and nanotechnology related to advanced oxidation processes; ion exchange; reverse osmosis, tertiary biological treatment for nutrient removal (BNR); anaerobic treatment of industrial wastewater

Program Learning Outcomes

PLOs

Apply environmental engineering principles and knowledge to systematic solutions according to Professional Standards
Apply practical skills in environmental engineering and disaster management to real situations based on academic principles and professional ethics
Apply geo-informatics system and information technologies in planning to handle environmental and disaster problems in accordance with academic principles
Effectively present and discuss engineering knowledge to related professional people for objective fulfillment by using proper language and media
Work as an environmental engineer with other people to solve complicated problems according to economic, social, and environmental issues
Develop a creative technology in environmental engineering and disaster management

Program Mapping

Curriculum structure in response to PLOs of the Program

Future Careers

Engineers relating environmental system; such as sanitation in building and wastewater storage system, water supply system for consumption, wastewater treatment plant, air pollution control system, and waste and hazardous-waste management
Academics in the field of environmental engineering; such as feasibility study of environmental impact, research and development in environmental field

MU Degree Profile

Admission

Admission and Screening Process for UG Prospective Students, Academic Year 2024

Round 1: Portfolio

Details of Portfolio admission and screening process for UG prospective students in academic year 2024 are as follows:

Prospective students could apply only one program or field of study. This has to be done by applying through online admission via https://tcas.mahidol.ac.th.

Round 1 Portfolio is separated into two parts. The schedules of each sub round are as follows:

Round 1/1: From October 2, 2023 (starting from 9:30) to October 16, 2023 (until 12:00)
Round 1/2: From December 1, 2023 (starting from 9:30) to January 8, 2024 (until 12:00)

Further details about Portfolio requirements for each program/field of study are shown in the “Entry Requirements”.

Round 2: Quota

For quota admission, prospective students could also apply only one program or field of study using online admission via https://tcas.mahidol.ac.th. The schedule for quota admission is between March 20, 2024 (starting from 9:30) and April 8, 2024 (until 12:00).

Further details about Quota requirements for each program/field of study are shown in the “Entry Requirements”.

Round 3: Central Admission

For central admission, criteria for admission for each program/field of study could be found in https://tcas.mahidol.ac.th and https://www.mytcas.com. General criteria of marking schemes for central admission includes GPAX, GAT/PAT, and common subjects developed by National Institute of Educational Testing Service (NIETS). Online admission is conducted by https://mytcas.com.

The schedule for central admission is as follows:

Applying through online admission via https://mytcas.com starting from May 6, 2024 to May 12, 2024
Announcing screening results of central admission for Round 3/1 at https://mytcas.com on May 20, 2024
Confirming to be interviewed at https://mytcas.com on May 20-21, 2024
Announcing screening results of central admission for interviewing at https://mytcas.com on May 25, 2024
Interviewing and making medical examination on May 22-25, 2024
Announcing lists of prospective students who pass the screening process at https://mytcas.com on June 8, 2024

Round 4: Direct Admission

For direct admission, general criteria of marking schemes for direct admission includes GPAX, GAT/PAT, and common subjects developed by National Institute of Educational Testing Service (NIETS) which the marking schemes for each program are different. Further details for each program are shown in “Entry Requirements”. Prospective students could be applied through online admission via https://tcas.mahidol.ac.th.