Environmental Engineering and Management (EEM)
Introduction / Background
Environmental Engineering at AIT began in 1964 with the need for sanitary engineering to address the problems of providing adequate water supplies and sanitation facilities. This pioneering environmental engineering program has grown into a range of fields needed to tackle the emerging environmental issues facing Asia today.
By integrating multidisciplinary learning and research-driven approaches, the program contributes directly to advancing the global sustainability agenda, particularly in areas such as climate action, clean air, water and sanitation, sustainable urban development, and responsible resource management. Through active collaboration with public and private sectors, the program is designed to strengthen regional capacity, support evidence-based policymaking, and foster innovative solutions that respond to the evolving development needs of Asia and the wider global community.
Areas of Specialization
In response to these demands, the program offers two specialized areas of study:
- Environmental Sustainability and Management
This field takes a systems-based perspective on tackling environmental challenges, integrating technical, social, and policy dimensions. It equips students to design strategies that balance development with ecological integrity by linking industry, government, and community roles. Emphasis is placed on sustainable planning, governance, and inclusive management of waste, water, sanitation, and air quality. Students gain skills in impact assessment, circular economy, and nature based solutions, preparing them to lead in sustainability policy, environmental planning, and corporate responsibility, and to guide transitions toward low carbon, resource-efficient economies. - Environmental Innovations and Engineering
This field emphasizes the technical and engineering aspects of environmental protection and infrastructure. It builds expertise in designing, operating, and optimizing systems such as water supply, wastewater treatment, waste management, and air pollution control. Priority is given to innovation, including energy and resource recovery, biotechnologies, and digital monitoring tools. Students are trained to apply scientific and engineering principles to practical solutions that improve efficiency, reduce emissions, and ensure sustainable resource use. Graduates are prepared to contribute to infrastructure projects, technological innovation, and industrial practices that support cleaner production and climate resilience.
Focus Areas
- PM2.5 and other air pollution problems
- Short-lived climate pollutants
- Greenhouse gas mitigation biotechnologies
- Solid (including plastic) and hazardous waste
- Inclusive Sanitation
- Life Cycle assessment
- Water treatment
- Waste water treatment
- Resource recovery, including microbial biotechnologies
Preferred Background
The Environmental Engineering and Management program is open to all science and engineering students and professionals. However, students or professionals with other backgrounds are also welcome and will be considered on a case-by-case basis. Compatible examples of students from science backgrounds (but not limited to): public health, environment, chemistry, biology, microbiology, and earth sciences. Compatible examples of Engineering background: chemical engineering, civil engineering, environmental engineering.
Course Structure
Master’s Program
A master’s program requires 48 credits with two options:
Option 1: A minimum of 26 credits of coursework and 22 credits of thesis
Option 2: A minimum of 36 credits of coursework and 12 credits of research study
Students can obtain a master’s degree in environmental engineering and management by completing a 48 credits curriculum work while achieving a final cumulative grade point average of not less than 2.75.
Doctoral Program
The Doctoral program requires a minimum of 84 credits that comprise a minimum of 12 credits of coursework at AIT, which may include 3-credits of special study. This minimum credit requirement must be completed before the student is advanced to candidacy. The dissertation is worth 72 credits for the regular doctoral program.
Concerned Faculty Members
Concerned Staff Members
Contact Information
For more Inquiry, please contact us at this email:
[email protected]
