Engineering Doctorate

Engineering Doctorate (EngD) at the University of Southern Queensland offers a unique blend of research excellence and industry engagement, designed to prepare graduates for advanced careers in engineering and technology fields. This program combines rigorous academic coursework with applied research projects, enabling students to develop cutting-edge solutions to real-world engineering problems. The EngD is tailored for professionals seeking to advance their expertise while maintaining a strong connection with industry partners, fostering innovation and practical application of knowledge. Throughout the program, students will work closely with industry sponsors to identify research challenges and develop innovative strategies, ensuring their work directly contributes to technological advancements and productivity improvements within their sectors. The curriculum emphasizes applied research methodologies, project management, and specialized technical skills relevant to various engineering disciplines, including civil, mechanical, electrical, and software engineering. Additionally, students benefit from a supportive academic environment, access to state-of-the-art laboratories, and opportunities to collaborate with leading researchers and industry experts. The duration of the program typically spans three to four years, allowing ample time for in-depth investigation and meaningful contributions to the field. Upon completion, graduates will hold a recognised Doctorate qualification, equipped to take on leadership roles in industry, academia, and research institutions. The EngD at the University of Southern Queensland stands out for its focus on practical impact, professional development, and industry collaboration, making it an ideal choice for engineering professionals committed to innovation and advancing their careers through high-level research and applied knowledge.

Program structure

Courses to be studiedUnits

Academic courses8

Independent research courses16 

Total24 

Course codeCourse name

Core course: 

ENG8001Masters Dissertation A 

Electives:Select seven courses from Group1 or 2:

Group 1 - Coursework electives:

ENG8011Assessment of Future Specialist Technology

ENG8101Technological Impact and its Management

ENG8102Towards Sustainable Development 

ENG8103Management of Technological Risk 

ENG8104Asset Management in an Engineering Environment 

ENG8204Management of Environmental Technology

ENG8205Technology Management Practice 

ENG8206Whole of Life Facilities Management 

ENG8207Technological Innovation and Development

Group 2 - Approved electives: 

  Up to four other postgraduate courses may be approved as part of the program

Independent research courses: Select 16 units from the following:

ENG9011Independent Research in Engineering and Surveying 1 

ENG9012Independent Research in Engineering and Surveying 2 

ENG9021Independent Research in Engineering and Surveying 11 

ENG9022Independent Research in Engineering and Surveying 21

ENG9023Independent Research in Engineering and Surveying 31

ENG9041Independent Research in Engineering and Surveying 12

ENG9042Independent Research in Engineering and Surveying 22

ENG9043Independent Research in Engineering and Surveying 32

Footnotes

1 Two units. 

2 Four units.

Entry requirements

• 4-year bachelor degree with a high level of academic achievement from a recognised university in the field of engineering or an approved equivalent, normally having achieved a GPA of at least 5.0
• be able to demonstrate your own substantial and original professional contributions in an appropriate Engineering field.

English Language Requirements

Domestic and international students from a non-English speaking background are required to satisfy English Language requirements. This program requires a minimum of IELTS 6.5 or equivalent.

If you do not meet the English language requirements you may apply to study a University-approved English language program.

International entry requirements

English Language Requirements

Domestic and international students from a non-English speaking background are required to satisfy English Language requirements. This program requires a minimum of IELTS 6.5 or equivalent.

If you do not meet the English language requirements you may apply to study a University-approved English language program.

• 4-year bachelor degree with a high level of academic achievement from a recognised university in the field of engineering or an approved equivalent, normally having achieved a GPA of at least 5.0
• be able to demonstrate your own substantial and original professional contributions in an appropriate Engineering field.

Funding options for the Engineering Doctorate program at the University of Southern Queensland typically include a range of tailored financial support mechanisms aimed at assisting postgraduate research students. While specific details may vary from year to year, the university often offers scholarships, research grants, and assistantship opportunities to eligible candidates. Domestic students may access government-funded research scholarships such as the Research Training Program (RTP), which provides a stipend to support living costs along with tuition fee coverage. International students are encouraged to explore university-specific scholarships and external funding sources, including industry sponsorships and grants from research councils. The university also promotes partnerships with industry, which may include funded research projects that involve financial support for postgraduate doctoral candidates.

In addition to government and industry funding, the university offers various scholarships targeted at attracting high-caliber research students. These may include the University Postgraduate Scholarship, Excellence Scholarships, and other merit-based awards. Candidates are advised to check the university’s scholarship portal and consult with the faculties for the most current funding opportunities and application procedures. Furthermore, students are often encouraged to seek external funding sources, such as scholarships from private foundations, professional associations, or international organizations, depending on their country of origin and research focus.

Funding for students typically covers tuition fees, which may be waived partially or in full, as well as providing a stipend to support living expenses throughout the duration of the research. The duration of the Engineering Doctorate at USQ is usually flexible, often spanning three to four years, and financial arrangements are structured to support students during their entire candidature. Applicants should proactively explore various funding avenues early in the application process and regularly check the university’s official website for updates on available financial support options. Overall, the university is committed to fostering a supportive environment for research students by facilitating access to diverse financial resources to ensure that financial challenges do not impede the pursuit of academic and professional excellence in engineering research.

The Engineering Doctorate program at the University of Southern Queensland (USQ) is a highly advanced professional qualification designed for experienced engineers and technical professionals seeking to enhance their expertise through applied research and development. This program integrates the rigors of traditional doctoral studies with a strong emphasis on practical industry outcomes, enabling candidates to contribute directly to innovation within their respective fields. Typically spanning over three or four years of intensive study, the Engineering Doctorate at USQ combines coursework, research, and industry engagement to prepare graduates for leadership roles in engineering, technology, and related sectors.

The curriculum is tailored to meet the evolving needs of engineering industries, emphasizing research methodologies, advanced engineering principles, and project management skills. Candidates undertake a significant research project aligned with real-world industry challenges, often collaborating directly with industry partners throughout their studies. This practical orientation ensures that graduates are equipped not only with academic knowledge but also with valuable skills in problem-solving, project execution, and strategic thinking.

Admissions requirements generally include a relevant undergraduate degree (such as a BEng or similar qualification), often supplemented by relevant industry experience. Applicants are expected to demonstrate a strong research interest and the ability to undertake independent scholarly work. The program fosters close mentorship from academic supervisors, who are experts in various engineering disciplines, providing personalized guidance throughout the research process.

Graduates of the Engineering Doctorate at USQ are well-positioned to assume senior engineering roles, engage in advanced R&D activities, or transition into academia and consultancy. The university’s emphasis on applied research ensures that their work can have immediate practical impacts, thereby supporting industry innovation and competitiveness. Furthermore, USQ’s flexible study arrangements, including options for part-time study and online coursework, enable working professionals to pursue their doctorate alongside their existing commitments. This program exemplifies USQ’s commitment to producing industry-ready engineers capable of addressing complex technological challenges with innovative solutions.