Program Overview
The Master of Engineering (Structural Engineering) from the University of Sydney equips qualified engineers with specialized knowledge in structural design and analysis, preparing them for leadership roles, advanced career opportunities, or research and innovation. The program focuses on force transfer through structures and buildings, and includes a capstone project, elective units, and industry partnerships. Highly ranked in both Australia and globally, the program provides graduates with access to world-class facilities and renowned industry experts.
Program Outline
Degree Overview:
The Master of Engineering (Structural Engineering) is a postgraduate coursework degree designed to equip students with specialized technical knowledge in structural engineering. The program focuses on understanding how forces are resisted and transferred through structures and buildings to the ground. The course aims to develop the following:
- Specialized technical knowledge: This includes understanding the design of high-rise buildings, industrial complexes, bridges, stadiums, and sporting and exhibition centers.
- Knowledge of force transfer: Students gain an understanding of how forces are resisted by and transferred through structures and buildings to the ground.
This course is designed for qualified engineers who are looking to:
- Move into a management role
- Specialize or update their skills
Outline:
Course Structure:
- Duration: 1.5 years full-time (Available part-time)
- Intake: Check semester start dates
- Location: Camperdown/Darlington University of Sydney
- Study Mode: Face to face
- Credit Points: 72
Course Content:
- Core professional engineering units: These units focus on fundamental engineering principles and practices.
- Specialist units in structural engineering: These units delve into advanced topics related to structural design and analysis.
- Capstone: The program culminates in a capstone project, which can be either a research project or a dissertation.
- Elective units: Students can choose elective units to fulfill the program's requirements.
Careers:
Potential Career Paths and Outcomes:
- Advanced specialization: Graduates will possess the specialized skills and knowledge required to excel in their chosen field.
- Management roles: The course prepares graduates for leadership positions within the structural engineering industry.
- Enhanced career opportunities: The program provides graduates with enhanced opportunities for advancement in their careers due to the development of professional engineering skills that meet current industry standards.
- Research and Innovation: Graduates may have opportunities to pursue careers in research and innovation within the field of structural engineering.
Other:
- University Ranking: The University of Sydney is ranked 2nd in Australia and equal 23rd in the world for civil and structural engineering (2024 QS World University Rankings by Subject).
- Global Recognition: The University of Sydney is ranked 25th globally for engineering and computer science (2023 Shanghai Ranking of Academic Subjects).
- Top University: The University of Sydney is a top 20 university globally (2025 QS World University Rankings).
- Industry Partnerships: Access to over 1200 industry, not-for-profits, and government partners allows students to gain real-world work experience before graduation.
The University of Sydney
Overview:
The University of Sydney is a renowned institution of higher learning located in Sydney, Australia. It is known for its strong research focus and diverse academic programs.
Services Offered:
Student Life and Campus Experience:
Key Reasons to Study There:
Academic Programs:
The University of Sydney offers a wide range of undergraduate and postgraduate courses across various fields of study, including:
- Architecture, Design and Planning
- Arts and Social Sciences
- Business
- Economics
- Education and Social Work
- Engineering and Computer Science
- Law
- Medicine and Health
- Music
- Science
Other:
The University of Sydney is actively involved in research, tackling global challenges and developing new solutions. It boasts over 150 research centers and networks, making it a leading research university worldwide. The institution also publishes numerous articles and books annually, showcasing the expertise of its academics.
Entry Requirements:
- Australian Students:
- Option 1: An Australian Bachelor of Engineering degree in a relevant discipline with a credit average (65 percent) or equivalent qualification.
- Option 2: An Australian Bachelor of Engineering degree in a relevant discipline or equivalent, and five years of relevant professional work experience.
- Option 3: The relevant University of Sydney Graduate Diploma in Engineering or Graduate Certificate in Engineering with a credit average (65 percent).
- International Students:
Language Proficiency Requirements:
- You may need to provide evidence of your English proficiency to study with us.
