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About the Course
Career Outcome
Fees
The Master of Engineering (Civil: Structural) offered by the Engineering Institute of Technology is designed to equip students with the essential skills and knowledge required to excel in the structural engineering industry. This comprehensive program is particularly beneficial for individuals with backgrounds in civil, construction, transport, and systems engineering, as it prepares them for advanced career opportunities. Throughout the course, students will engage with the latest technologies and methodologies in civil and structural engineering, ensuring they are well-prepared to meet industry demands.
The curriculum encompasses a wide range of topics, focusing on core competencies and practical applications necessary for effective structural engineering. Students will learn to tackle complex organizational challenges and design innovative engineering structures. A key component of the program is the Project Thesis, which serves as a capstone unit, allowing students to apply their knowledge creatively and critically evaluate current practices in the field. This program not only fosters technical expertise but also encourages personal autonomy and accountability, essential traits for future leaders in engineering.
With a duration of 24 months and delivered entirely online, this master’s program offers flexibility for working professionals. The Engineering Institute of Technology ensures that students benefit from the expertise of experienced instructors who bring real-world insights into the learning environment. Enquire to learn more about how this program can enhance your professional journey in structural engineering.
To be eligible to study this course, applicants must meet the following entry requirements:
In this Master of Engineering (Civil: Structural) course, the subjects students may study include:
Advanced Structural Analysis
Advanced Engineering Materials
Structural Design (Advanced Reinforced Concrete)
Project, Design and Construction Management
Advanced Structural Engineering Methods (Part 1)
Structural Design (Advanced Steel Design)
Structural Dynamics
Advanced Structural Engineering Methods (Part 2)
Design of High Rise Buildings
Engineering Practice and Key Research Methodologies
Project Thesis
Students complete two elective units, selected from the following:
Design of Pre-stressed Concrete
Structural Refurbishment and Structural Failure
Precast Concrete: Design and Construction
Earthquake Structural Design
Structural Health Monitoring in Civil Engineering
Introduction to Bridge Engineering
Hands-on Workshop 1
Hands-on Workshop 2
Hands-on Workshop 3
Hands-on Workshop 4
Professional Practice Hands-on Workshop
Professional Experience
This course meets the Nationally Recognised Training standards. It is listed on the Australian government's National Register for Vocational Education and Training (VET). Studying this course leads to a qualification that's recognised throughout Australia, and lets employers know that you have the right skills for the job.
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