Engineering Science (Power Engineering)

"Engineering Science (Power Engineering) at the University of Southern Queensland is a comprehensive undergraduate program designed to prepare students for a dynamic career in the energy and power industry. This program offers a rigorous curriculum that combines fundamental engineering principles with specialized knowledge in power generation, transmission, and distribution systems. Students will explore topics such as electrical systems, renewable energy technologies, power plant operations, and sustainable energy management. The program emphasizes practical skills through laboratory work, industry-based projects, and internships, enabling graduates to meet the technical and professional demands of the power engineering sector.

Throughout the course, students will develop strong analytical and problem-solving abilities to innovate and improve energy systems' efficiency and sustainability. The curriculum integrates core engineering sciences with cutting-edge advancements in renewable and conventional power technologies, preparing graduates to contribute effectively to the transition towards cleaner and more sustainable energy sources. The program also addresses industry standards, safety regulations, and environmental considerations, ensuring that students are well-equipped to operate responsibly within the power industry.

With a focus on applied learning, students participate in real-world projects and collaborations with industry partners, fostering valuable professional connections and practical experience. Upon completion, graduates will be equipped with the technical expertise, practical skills, and strategic understanding necessary to pursue careers in power engineering roles across utilities, consulting firms, manufacturing industries, and government agencies. The University of Southern Queensland’s commitment to innovation and excellence in engineering education ensures that students receive a well-rounded, industry-relevant training that prepares them for future technological advancements and leadership opportunities in the power sector."

Program structure

Courses to be studiedUnits

7 x core courses8

plus Major courses6

plus 2 x Elective2

plus 5 x Practice courses (0 units value)0

Total16

Course codeCourse name

Core Courses:

ENG8208Advanced Engineering Project Management

ENG3104Engineering Simulations and Computations

ENM2600Advanced Engineering Mathematics

ENG5001Professional Skills in Engineering

ENG8001Masters Dissertation A

ENG8411Masters Dissertation B

ENG8412Masters Dissertation C1

Power Engineering Courses:

ELE3305Computer Systems and Communications Protocols

ELE3307Real Time Systems

ELE3803Electrical Plant

ELE3805Power Electronics Principles and Applications

ELE3807Power Systems Analysis

ENG8104Asset Management in an Engineering Environment

Elective Courses:Select two units from the following:

CIV2403Geology and Geomechanics

CIV2605Construction Engineering

ELE3107Signal Processing

ENG8101Technological Impact and its Management

ENG8103Management of Technological Risk

ENG8205Technology Management Practice

ENV4204Environmental Technology

GIS1401Geographic Data Presentation

GIS1402Geographic Information Systems

MEC2106Introduction to Thermo-Fluids

MEC4104Energy Technology

Practice Courses:

ENG3902Professional Practice 1

ENG4903Professional Practice 2

ENG4909Work Experience - Professional

plus two from the following:

ELE2912Electrical and Electronic Practice B

ELE2913Electrical and Electronic Practice C

ELE3914Electrical and Electronic Practice D

Entry requirements

•  3-year degree in engineering or spatial science, or equivalent

    or

• an appropriate engineering degree in a non-related specialisation, or equivalent

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.

Pre-requisites

Year 12 Senior Certificate or equivalent from a recognised institution. Find your country's level of qualificationand minimum entry requirements for this program.

•  3-year degree in engineering or spatial science, or equivalent

    or

• an appropriate engineering degree in a non-related specialisation, or equivalent

   

The Engineering Science (Power Engineering) program at the University of Southern Queensland offers a range of flexible and accessible financing options tailored to support students throughout their studies. Domestic students can access various financial aid programs, including government-supported schemes such as Austudy and Youth Allowance, which provide income support for eligible students undertaking full-time or part-time study. Additionally, the university provides scholarships based on academic merit, financial need, and community involvement, which can significantly reduce the overall cost of education. International students enrolling in the program must consider tuition fees, which vary depending on the course load and residency status. To assist with these expenses, they can explore scholarships specific to international students, as well as external funding sources from their home countries or international organizations.

The university also offers payment plans that allow students to spread the cost of tuition and related expenses over manageable installments, easing financial pressure and facilitating continuous progress in their studies. For students pursuing postgraduate studies or research projects within the program, there may be additional funding options such as research grants or stipends, which are typically awarded based on merit and the scope of the research proposal. The university's Financial Services department provides comprehensive advice and support to help students navigate their financing options effectively.

Furthermore, many students finance their studies through part-time employment, with the university’s location providing access to numerous local job opportunities suitable for students balancing work and study commitments. The university’s commitment to affordability, combined with various financial support mechanisms, ensures that students enrolled in the Engineering Science (Power Engineering) program can focus on their education and career development without undue financial burden. Overall, the university promotes an inclusive approach to financing education, aiming to make engineering studies accessible to a diverse student body through a combination of university-managed schemes, external funding, and personal financial planning.

The Bachelor of Engineering Science (Power Engineering) at the University of Southern Queensland is designed to provide students with a comprehensive understanding of electrical power systems, energy management, and power generation technologies. This program emphasizes the development of technical skills in designing, operating, and maintaining electrical power networks, along with an understanding of the physical principles underlying power engineering. Students will gain knowledge in subjects such as electrical circuits, power electronics, renewable energy systems, and power system analysis, preparing them for careers in the energy and electrical sectors. The curriculum typically combines theoretical coursework with practical labs, industry projects, and work-integrated learning to ensure graduates are well-equipped with both the foundational knowledge and applied skills needed in the field. The program aims to address the growing demand for engineers skilled in sustainable and efficient energy solutions, including renewable and alternative energy sources. Graduates can pursue employment opportunities in power generation companies, utility providers, engineering consulting firms, and governmental agencies involved in infrastructure development and energy policy. The program also provides pathways for further postgraduate studies or research in advanced power engineering topics. The University of Southern Queensland is known for its flexible delivery modes, including online and on-campus options, catering to students worldwide and those balancing work commitments. The degree adheres to relevant accreditation standards, ensuring quality and recognition within the engineering industry. Overall, the program combines technical expertise with industry relevance to prepare students for the evolving challenges in the power engineering sector, contributing to sustainable energy development and technological innovation.