Program Overview
The Master of Engineering Practice in Environmental and Sustainable Systems Engineering equips students with the skills to develop, design, and manage sustainable systems. The program emphasizes integrating energy, water, and resource recovery systems into smart cities and sustainable communities. It offers practical experience through industry collaborations and intensive study, preparing graduates for careers in water, waste management, resource recovery, and green infrastructure design.
Program Outline
Degree Overview:
The Master of Engineering Practice with a Major in Environmental and Sustainable Systems Engineering is a postgraduate program designed to equip students with the knowledge and skills to contribute to a more sustainable future. The program focuses on developing practical skills in environmental and sustainable systems engineering, with an emphasis on integrating energy, water, and resource recovery systems into smart cities and sustainable communities.
Objectives:
- Examine vital frameworks, principles, and tools to develop practical skills and apply them in real-life case studies.
- Apply specialized engineering knowledge and skills with an emphasis on the integration of energy, water, and resource recovery systems into Smart Cities and sustainable communities.
Program Description:
- Gain practical experience with industry through Work Integrated Learning, site visits, and industry-focused projects.
- Complete the Master's degree in 1.5 years by studying in intensive mode.
Outline:
Total Credit Points:
21
Modules:
- ENG570 Circular Economy and Innovation (3 credit points): This module explores the principles and practices of the circular economy, focusing on innovation and sustainable design.
- ENG571 Hydrology and Water Cycle Management (3 credit points): This module delves into the science of hydrology and water cycle management, covering topics such as water resources, water quality, and water treatment.
- ENG572 Design of Water Treatment Unit Operations (3 credit points): This module focuses on the design and operation of water treatment units, including various technologies and processes.
- ENG573 Integrated Waste Management for Resource Recovery (3 credit points): This module explores integrated waste management strategies, emphasizing resource recovery and sustainable waste disposal.
- ENG621 Land Use Planning and Green Infrastructure (3 credit points): This module examines land use planning principles and the role of green infrastructure in creating sustainable urban environments.
- ENG622 Industrial Ecology (Symbiosis) (3 credit points): This module explores the concept of industrial symbiosis, focusing on the interconnectedness of industrial systems and resource optimization.
Careers:
Graduates of this program can find employment in various industries, including:
- Water
- Waste management
- Resource recovery
- Land development
- Green infrastructure
Other:
- Professional Accreditation: Provisional accreditation from Engineers Australia (EA) is being sought for this course.
- Professional Recognition: Accreditation with Engineers Australia is currently being sought. Once achieved, graduates will be eligible for graduate membership of Engineers Australia. Full Chartered Professional Engineer status can be achieved after further work experience in the engineering profession.
- Course Level Outcomes: The course level outcomes of the Master of Engineering Practice are aligned with the EA Stage 1 Competencies, making the course eligible for accreditation.
- Accreditation for Green Infrastructure Design: Accreditation will be sought in 2023 for Environmental and Sustainable Systems Engineering to enable students to meet the provisional accreditation requirements for Green Infrastructure Design.
