Master of Science in Industrial Environmental Engineering
N-DL/0717/7/0002
MQA/PSA15251
JPT/BPP(N-DL/0717/7/0002)07/27
Introduction
Civil and Environmental Engineering Department (CEE), Universiti Teknologi PETRONAS is offering MSc in Industrial Environmental Engineering (MIEE) from August 2022.
This master's program is to provide graduates and practicing engineers with advanced knowledge for water, air, and solid waste management. It includes the industrial design and operation in water and wastewater treatment plant.
i. Industrial Environmental Engineering specialists with insights to articulate complex industry problems and solutions
ii. Industry leaders with integrity towards sustainable development through continuous improvement and innovation for the betterment of society
Programme Outcomes
Upon graduation the candidates shall be able to:
1. Demonstrate continuing and advanced knowledge in Industrial Environmental Engineering and have the capabilities to further develop or use these in new situations or multi-disciplinary context.
2. Analyze and evaluate critically problems in Industrial Environmental Engineering particularly in situations with limited information and to provide solutions through application of appropriate tools and techniques.
3. Appraise available information and research evidence in Industrial Environmental Engineering and apply it in the engineering context.
4. Plan and perform research undertakings in Industrial Environmental Engineering professionally, ethically and responsibly.
5. Report technical findings in both written and oral forms.
6. Recognize the needs for continuing professional development in Industrial Environmental Engineering.
Why You Should Join Our MSc Programme
- Students will be exposed to the advanced knowledge and skills focusing on industrial environmental engineering including wastewater treatment by physical, chemical and biological processes and technologist.
- The students will have the ability to evaluate the actual issue or drawbacks and supported with technical knowledge and methodologies learned throughout the programme.
- This programme will produce environmental engineers that meets industrial demand to handle and manage complex processes in industries using the knowledge and skills.
- Capable to utilise environmental technologies or techniques effectively to curb environmental issue arising in the industries.
- Most of the causes of major industrial accidents are due to lack of advance treatment technology and knowledge.
- The aim of the programme is to reduce the competency gaps by providing
- advanced knowledge on environmental technologies and processes to prevent losses,
- enhance the reputation of the nation and
- for career development
- The programme will support the domestic Oil, Gas and Energy (OGE) National Key Economic Area (NKEA) within the government's economic transformation programme (ETP) in developing sufficient and competent human capital for the country's growing OGE industry.
- The students will be equipped with a global outlook and adopt bold ambitions to contribute towards achieving global sustainability goals in line with United Nation's Sustainable Development Goals; SDG 6 – Clean Water ad Sanitation, SDG 7 – Affordable and Clean Energy, SDG 9 – Industry, Innovation and Infrastructure, SDG 11 -Sustainable Cities and Communities, SDG 13 – Climate Action, and SDG 14 – Life Below Water.
Course Duration and Offering
Mode
Minimum Duration
Maximum Duration
Full-Time
12 months
36 months
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Entry Requirements
The entry level for admission to MSc in Industrial Environmental Engineering is shown as below:-
- Recognised Bachelor’s Degree in Engineering / Engineering Technology or its equivalent with a minimum CGPA of 2.5;
AND
- For International students, TOEFL score of 500 OR IELTS score of 5.0 OR its equivalent. If a student does not meet this requirement, HEPs must offer English proficiency courses to ensure that the student’s proficiency is sufficient to meet the needs of the programme. This is normally conducted through an assessment process.
Note:
When candidates with Bachelor’s of Science or Technology degrees or their equivalents (non-engineering or engineering technology) are admitted, prerequisite modules in Engineering and Engineering Technology must be offered to adequately prepare them for their advanced study. Degree holders with CGPA above 2.0 but less than 2.5 may be admitted subject to a rigorous internal assessment process.
Programme Curriculum Structure
Compulsory Core
Advanced Biological Wastewater Treatment
3
Sludge Management and Disposal
3
Environmental Hazardous Substances and Waste Management
2
Advanced Physical-Chemical Treatment Technologies
3
Renewable Energy Technology
3
Air Pollution Prevention and Control
3
Technical Elective (Choose 1 Group)
Elective Group 1 - Environmental Management
Climate Change and Greenhouse Gas Management
3
Environmental Impact and Risk Management
3
Environmental Management System for Industries
3
Elective Group 2 - Pollution Prevention
Spill Prevention and Control
3
Contaminated Site Assessment and Remediation
3
Integrated Solid Waste Management
3
Project
National Requirement
Research Methodology
2
University Requirement
Data Analytics
2
Subject by Semester
Course Structure
Advanced Biological Wastewater Treatment
Core
Sludge Management and Disposal
Core
Research Methodology
NR
Advanced Physical-Chemical Treatment Technologies
Core
Renewable Energy Technology
Core
Research Project I
OAN 5O32 Research Methodology/Project
Air Pollution Prevention and Control
Core
Research Project II
OAZ 5073 Research Project I / Project
ELECTIVES GROUP 1
Climate Change and Greenhouse Gas Management
Environmental Impact and Risk Management
Environmental Management System for Industries
ELECTIVES GROUP 2
Contaminated Site Assessment and Remediation
Spill Prevention and Control
Integrated Solid Waste Management
Programme Module Synopsis
Advanced Biological Wastewater Treatment
3 credits
The course focuses on evaluating the sources, characteristics, classifications and quantities of various compounds in wastewater. It also focuses on the design of biological phosphorus removal facilities using anaerobic biological systems as well as design of biological nitrogen removal facilities using biological systems.
Advanced Physical-Chemical Treatment Technologies
3 credits
The course focuses on discussing treatment methods in physical-chemical treatment.
It also teaches to apply the theory and practice of the treatment methods and design a physical-chemical treatment system.
Air Pollution Prevention and Control
3 credits
The course focuses on characterizing the elements of air pollution and their impacts. It also describes the current air pollution issues at all scales (from local to global). It enables solving simple problems related to dispersion and air quality modelling. Moreover, it enable us to develop a broad overview understanding of the strategies and methodologies for control, and prevention of air pollution to meet the standards and regulations within realistic constraints.
Environmental Hazardous Substance and Waste Management
2 credits
By learning this course, one is able to evaluate the sources, characteristics, classifications and quantities of wastes in the environment. It also teaches us to forecast the fate, transport and toxicity of contaminants in the environment. Apart from that, it teaches us to conduct pollution prevention activities for hazardous wastes as well as design and evaluate various hazardous waste treatment methods.
Sludge Management and Disposal
3 credits
By learning this course, one is able to evaluate the sources, characteristics, and quantities of the wastewater sludge. It also proposes sludge treatment methods based on understanding of treatment mechanisms and introduces design sludge treatment systems for complex treatment problems. It also enable us to select suitable methods for complex sludge disposal situations.
Climate Change and Green-house Gas Management
3 credits
By participating this course, one is able to explain how the climate system works and the physical basis of climate change. It also teaches us to describe and investigate human activities and its projection that influence greenhouse gas emissions and future climate change. Apart from that, this enable us to assess the impacts of climate variability and climate change on agriculture and food systems, water, health, ecosystems, industry, settlement and society as well as identifying and evaluating responses to climate change under mitigation and adaptation.
Contaminated Site Assessment and Remediation
3 credits
With this course, one is able to evaluate the sources, characteristics, classifications and quantities of soil and groundwater contamination due to various types of pollution. The outcome of the programme which includes appreciation of the legal frameworks and regulations related to soil and groundwater remediation, ability to develop the remediation strategies and procedures for contaminated land and groundwater as well as forecast the fate, transport and toxicity of soil remediation.
Environmental Impact and Risk Assessment
3 credits
By participating this course, one is able to explain the major principles and steps of environmental impact and risk assessment (EIRA), communicate both orally and verbally the key aspects of environmental impact and risk assessment as well as understand how to liaise with and the importance of stakeholders in the EIRA process.
Environmental Management System for Industries
3 credits
With this course, one is able to develop environmental management plan, recognize environmental impact in industries and apply the principles to actions and policies related to sustainable development. It also teaches to formulate an audit and monitoring program leading towards the process for certification.
Spill Prevention and Control
3 credits
By participating this course, one is able to evaluate the type and factors which can lead to oil spills in industries. This will enable us to implement suitable spill prevention techniques and measures in the operation system as well as conduct spill cleanup and spill removal as well as preparing spill plan.
Integrated Solid Waste Management
3 credits
The outcome of this course includes identifying key sources, typical quantities generated, composition, and properties of solid wastes. It also teaches us in assessing waste generation, collection, handling, separation, transfer and transport. Moreover, one is able to select transformation, recycling and biodegradation methods for solid waste treatment.
Career Opportunities
- PETRONAS operating companies
- Academics from local and overseas universities
- Government representatives
- Industry practitioners
- Representative from accreditation & statutory bodies.
- Local & International experts
- Consultants
Click here to download the brochure
Last updated on 16 June 2023
