Bachelor of Engineering(Honours)(Environmental and Climate Solutions)

Program Overview

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The Bachelor of Engineering (Honours) in Environmental and Climate Solutions equips students with the knowledge and skills to address environmental and climate challenges. The program emphasizes holistic problem-solving, sustainability, and the interconnections between infrastructure, people, and the environment. Students can specialize in Climate Solutions, Renewable Energy, or Smart Technologies, and gain practical experience through industry placements and field trips. Graduates are qualified for professional membership with Engineers Australia and can pursue careers in various fields related to environmental and climate solutions.

Program Outline

Degree Overview:

The Bachelor of Engineering (Honours) (Environmental and Climate Solutions) is a four-year full-time or part-time equivalent program that provides students with the skills, knowledge, and application of scientific and engineering principles to solve environmental and climate-related challenges. The program emphasizes holistic problem-solving and sustainability, with a focus on the connections between infrastructure, people, the environment, and the economy. Objectives:

• Develop skills to tackle climate change and other major environmental challenges related to water, energy, food, pollution, waste, and natural hazards.
• Understand the connections between infrastructure, environment, society, and economy in developed and developing countries.
• Work with award-winning academics who are global experts in their field.
• Apply knowledge to real-world projects based on industry needs.
• Complete an eight-week practical experience and participate in field trips.

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Outline:

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Year 1:

• Introduction to Engineering
• Introduction to Environmental Engineering
• Introduction to Infrastructure
• Ecological Issues I
• Resources and Energy in a Circular Economy
• Programming (MATLAB and Excel)
• Mathematics IA
• Mathematics IB

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Year 2:

• Civil Engineering Hydraulics
• Introduction to Geo-engineering
• Transportation Engineering & Survey
• Environmental Modelling and Simulation
• Transport Processes in the Environment
• Differential Equations for Engineers II
• Statistics & Numerical Methods II
• Introductory Geographic Information Systems (GIS)

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Year 3:

• Systems Engineering and Industry Practice
• Hydrology for Engineers
• Research Methods and Project Management
• Advanced Civil Engineering Hydraulics
• Designing Water Resource Systems for Urban Environments
• Water and Wastewater Engineering

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Year 4:

• Research Project Part A
• Research Project Part B

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Majors:

• Climate Solutions
• Renewable Energy
• Smart Technologies

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Minors:

• Entrepreneurship
• Humanitarian Engineering
Students who do not choose a major or minor can tailor their degree by selecting six elective courses in areas such as environmental change, environmental policy, environmental science, and environmental modeling.

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Assessment:

Assessment methods may vary depending on the course but can include:

• Class work
• Tutorials
• Assignments
• Laboratory work
• Quizzes
• Project work
• Exams

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Teaching:

The program is taught by a team of experienced faculty members who are actively involved in cutting-edge research and industry projects. Teaching methods include:

• Lectures
• Tutorials
• Laboratory sessions
• Field trips
• Project work
Students also have the opportunity to participate in industry placements and internships to gain practical experience.

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Careers:

Graduates of the program are qualified for professional membership with Engineers Australia and can pursue careers in a wide range of fields, including:

• Water resources
• Energy
• Recycling
• Pollution
• Natural hazards
• Transport
• Natural resources
• Infrastructure
• Defense
• Information technology