This programme is designed to equip professionals with knowledge on the problems of environmental pollution and its improvement for the good of mankind.
Master in Environmental Engineering (MEE)
It prepares professionals with knowledge and skills in environmental control and management and in the solution of environment-related problems.
Programme Requirements
Credit Requirements for Graduation
Students enrolling under this programme must fulfill 41 credits of courses to graduate. The credit distributions for compulsory courses, elective courses and project are as follows:
Compulsory Courses
25
CREDITS
Elective Courses
6
CREDITS
Dissertation
10
CREDITS
Students must take all the listed compulsory courses;
ECH5100
Research Methodology
3 credits
ECH5513
Environmental Management Principles
3 credits
ECH5101
Environmental Health Technology
3 credits
ECH5102
Principles of Environmental Engineering
3 credits
ECH5103
Wastewater Treatment Design
3 credits
ECH5104
Solid Waste Management & Design
3 credits
ECH5106
Toxic and Hazardous Waste Technology
3 credits
ECH5404
Environmental Engineering Laboratory
1 credits
ECH5522
Atmospheric Risk Management
3 credits
*ECH5990
Dissertation
10 credits
Note: *ECH5990
- *Student must take one project course which wlll be carried out In two consecutive semesters.
Side Note: International students are required to take Basic Malay Language as “Audit” and obtain a grade “M”. Exception is given to students from Brunei and Indonesia.
Students must take only two elective courses (2 credits) out of the listed below;
ECH5105
Noise Pollution Engineering
3 credits
ECH5108
Ecotoxicology
3 credits
ECH5110
Circular Economy for Sustainable Environment
3 credits
ECH5111
Technology Innovation
3 credits
ECH5502
Hazard Analysis and Risk Assessment
3 credits
ECH5511
Safety, Health and Environmental Protection
3 credits
ECH5512
Water Management
3 credits
ECH5804
Corrosion Engineering
3 credits
ECH5955
Special Topic
3 credits
Please refer to Program Coordinator for the availability of the elective courses.
Course Synopsis
ECH5100 | Research Methodology (3 Credits)
This course covers the best practices of research designs. Emphasis are
given on the methods of organizing relevant information, determining
appropriate research methodology, producing research proposal, academic
writing, and ethical considerations in engineering research.
given on the methods of organizing relevant information, determining
appropriate research methodology, producing research proposal, academic
writing, and ethical considerations in engineering research.
ECH5522 | Atmospheric Risk Management (3 Credits)
This course covers relationships between atmospheric risk characteristics with the sources and air risk effects. Explaination on the importance of air pollution policies and laws are implemented. Atmospheric toxic with the indoor air quality concept are related. Appropriate risk management techniques are developed.
ECH5103 | Wastewater Treatment Design (3 Credits)
This course covers design on physical, chemical and biological treatment systems for wastewater treatments. The importance of design and key components in wastewater treatment plants is explained. Options for sludge handling and disposal at the treatment plants are evaluated. Identification of advanced and emerging treatment processes are implemented.
ECH5990 | Dissertation (10 Credits)
This course involves a research or study by a student on a specific topic. It covers literature review, methodology, data collection and analysis under a supervision of a lecturer. A proposal report needs to be prepared at the beginning of the study. At the end of the project, the student will submit a complete dissertation and research output for evaluation. The student is also required to present the findings of the study to a panel of assessors.
ECH5104 | Solid Waste Management & Design (3 Credits)
This course covers assessment on basic principles of existing and emerging technologies for municipal solid waste treatment and product recovery from wastes. Characterization of municipal solid waste in accordance with the integrated solid waste management is examined. Principles of scientific and sustainable solid waste management in solving practical municipal solid waste management challenges are applied.
ECH5513 | Environmental Management Principles (3 Credits)
This course covers environmental management principle and practice, management standards and monitoring as well as future approaches in handling national and global environmental changes. The role of stakeholders in environmental management are assessed. Development activities are related to the environmental conditions.
ECH5106 | Toxic and Hazardous Waste Technology (3 Credits)
This course covers evaluation on sources and types of hazardous waste and relationship between process principles and waste treatment technologies. Fate of contaminants and toxicological effects to human health and environment are assessed. Selection of suitable treatment methods for various types of toxic and hazardous wastes are implemented. Potential recovery technologies for emerging sustainable wastes are identified.
ECH5404 | Environmental Engineering Laboratory (1 Credits)
This course covers analysis on practical data in group. Measurement of pollutants are implemented by following the proper safety measures during the practical work carried out. The standard methods of environmental analysis are used to determine level of pollutants and water, wastewater, soil, air, noise and corrosion pollution analysis. Reports based on practical results with the needs of appropriate environmental law are assessed.
ECH5101 | Environmental Health Technology (3 Credits)
This course covers planning on public health measures and preparedness against
emerging environmental, health and safety related issues. Effects of water and air pollutions are related to infectious diseases. Health problems from various sources, disposal and management of solid, toxic and hazardous wastes are identified. The effects to human health, environment and economy are evaluated.
emerging environmental, health and safety related issues. Effects of water and air pollutions are related to infectious diseases. Health problems from various sources, disposal and management of solid, toxic and hazardous wastes are identified. The effects to human health, environment and economy are evaluated.
ECH5102 | Principles of Environmental Engineering (3 Credits)
This course covers description on various physical processes involved in the movement of pollutants through the environment as well as the treatment and pollution control. Level of contamination in the solution, soil and atmospheric systems are analyzed. The solution of mass and energy balance calculations for environmental engineering processes are implemented. Principles of chemical and biological ecosystem for chemical stream fate in the natural and engineered systems are assessed.
ECH5105 | Noise Pollution Engineering (3 Credits)
The course appropriate assessment on noise propagation models to the environment outside and inside. Noise pollution management plans are developed. Suitable methods and isolators are related to noise and vibration pollution control.
ECH5108 | Ecotoxicology (3 Credits)
This course covers relationship between risk assessment strategies with risk assessment of toxic agents in environment. Principles of environmental toxicology are related with the exposure sources, disposition, distribution and fate of toxicants in the environment and effects of toxicants upon organic life. Toxic fate and transport in environment using life cycle approach are assessed. Contemporary issues pertaining the emerging of environmental toxicants on health and the environment are explained.
ECH5110 | Circular Economy for Sustainable Environment (3 Credits)
This course covers topics of circular economy and its relationship with environmental management, sustainable development and life cycle analysis. Its application in cities and industrial manufacturing are also discussed.
ECH5111 | Technology Innovation (3 Credits)
This course covers the exploration on innovative ways of thinking about connections between organizations, environmental management and innovation. Idea of a coupled system which offers a more innovative and dynamic way of conceptualizing the inter-connected aspects of humanenvironment relations are investigated. The impact of innovation to the ecosystem is discussed.
ECH5502 | Hazard Analysis and Risk Assessment (3 Credits)
This course covers the interaction between process design and hazard identification. Safety enhancements of the plant at the design stage, hazard operability study and fault tree analysis techniques are emphasized. Risk assessment, including suitable criteria, is discussed. Information related to safety study is integrated within the design process.
ECH5511 | Safety, Health and Environmental Protection (3 Credits)
This course covers assessment on the risks to health, safety and environment and prevention techniques. Regulations and standards relating to health, safety and the environment are identified. Determination of prevention level and utilization of appropriate personal protective equipment are implemented. Health, safety and environmental audit in the workplace are developed.
ECH5512 | Water Management (3 Credits)
This course covers planning on appropriate methods for water treatment. Issues related to water quality, pollution, management and control are described. The use of groundwater for water supply is assessed.
ECH5804 | Corrosion Engineering (3 Credits)
This course covers measurement on rate and types of corrosion with testing methods. The applicability of the metal or alloy in the environment is described. Material selection and appropriate environment for corrosion control are implemented. Suitability of control methods and corrosion prevention are assessed.
ECH5955 | Special Topic (3 Credits)
This course focuses on selected issues and trends related to the field of environmental engineering and management. Exploration of key issues and new directions is conducted to recommend solutions through analysis of critical issues and problems.
Admission Requirements
Note: Candidates with Bachelor of Science or Technology degrees or their equivalents are admitted, prerequisite modules in Engineering must be offered to adequately prepare them for their advanced study.
Language Requirements
International candidates are required to fulfill English language requirement as follows:
Note: Candidate without the requisite minimum score for TOEFL or IELTS may be granted a provisional admission. Such candidate will be required to pass an English Placement Test conducted by the University.
English Language Exemption
Exemption of English Language requirement is given for some international applicants. For more information on the exemption, please click the button below:
What is the general information on the program?
| Establish | : | 1998 |
| Graduates | : | ~900 graduated |
| Student Archetype | : | 40% fresh graduate & 60% professional |
| Instructor profiles | : | Academician with invitation of practitioners |
| Total credit | : | 41 credits (excluding Malay and English course for international students) |
| Language | : | English for all courses |
| Students average/class | : | Around 15 depending on the registered student that year |
| Accreditation | : | Malaysian Qualification Agency (MQA) with serial number MQA/SWA0412. Cluster of 52-Engineering and Engineering Trades and NEC Field of 0717 (Environmental protection technology) |
What are the highlights of this program?
a. The program is accredited by the Malaysian Qualification Agency (MQA).
b. The program has experience lecturers as well as include involvement from industrial speakers.
c. Classes are held on weekends,
d. The program fee is affordable.
e. The program exposed students to practical activities and practical case studies.
f. The program’s curriculum is continuously improved based on feedback from experienced international external assessors, Industrial Advisory Panels as well as students and Alumni.
How many intakes per year?
There are two intakes per year. Our intakes are in March and October. The application deadlines are as follows:
March intake:
– International students – 30 June
– Malaysian students – 31 July
October intake:
-International students – 30 November
– Malaysian students – 31 December
Please contact the program coordinator if you need assistance to change the semester intake after getting the offer letter (with some conditions)
Does the program accept applications through APEL.A?
Yes, the program accepts applications through Accreditation of Prior Experiential Learning for Access (APEL.A). The applicant must be Malaysian, 30 years old on the year of application, has STPM or Diploma certification, has relevant professional experience and has passed their APEL.A certification.
How much will this program cost?
The program fee is as below:
| Fees | Master Coursework | |
| Malaysian Students | International Student | |
| Basic Fees (1st Semester) | RM 1,425 | RM 2,475 |
| Basic Fees (2nd and subsequent semester) | RM 1,175 | RM 2,225 |
| Credit Fees | RM 370/credit | RM 450/credit |
Basic fee is for semester basis and credit fee is for number of credits basis. The total number of credits for the program is 41 credits. Therefore, for three semesters (minimum semester), the total fee is:
- Malaysian students : RM18,945.00
- International students : RM25,375.00
How long is the duration of the program?
Minimum duration : Three semesters (18 months)
Maximum duration : Six semesters (36 months)
How is the program conducted?
a. Class mode : Class in physical mode are generally conducted in UPM Serdang Campus, and online mode can be implemented depending on the situation and the needs of the students.
b. Class time : All classes are run during the weekends (Saturday 2pm-5pm and Sunday 9am-5pm (Malaysian times)), only some of the project presentations will be conducted during weekdays but it is only once per semester.
c. Final Examination : Physical session in UPM Serdang Campus, also during the weekends.
d. Special activities : Industrial visit, technical visit, student colloquium, student symposium, industrial sharing session, talk, modular courses and etc. Students must attend the program in UPM Serdang Campus physically. These typically take either a day or a few days within the semester. Prior notice will be given.
When does the Final Examination held?
The final examination is normally held in two/three weekends. Typically, it is conducted in July for March semester and February for October semester.
Who should I contact to get more information on the program?
Dr. Shafreeza Sobri
Programme Coordinator
Master in Environmental Engineering (MEE), Department of Chemical & Environmental Engineering, Faculty of Engineering.
Email : shafreeza@upm.edu.my
Phone : +6019-2254177
Fees
Basic Fees
2nd Semester & Subsequent Semester
Malaysian Student
RM 1,175
International Student
RM 2,225
Credit Fees
Credit Based
Malaysian Student
RM 370 / Credit
International Student
