Engineering Science (Power Engineering)

The Bachelor of Engineering Science (Power Engineering) at the University of Southern Queensland offers students a comprehensive education in the fundamental principles and practical applications of power systems, energy generation, and electrical engineering. Designed to prepare graduates for the rapidly evolving energy sector, this program covers a broad range of topics including electrical circuits, power system analysis, renewable energy systems, transformers, electrical machines, and power electronics. Throughout the course, students engage with both theoretical concepts and real-world applications, gaining valuable skills in designing, analyzing, and managing electrical power systems efficiently and sustainably.

The program emphasizes hands-on learning and industry engagement, providing students with access to state-of-the-art laboratories and simulation tools. Students will develop a strong foundation in mathematics, physics, and engineering principles, enabling them to solve complex problems related to power generation and distribution. The curriculum also addresses important issues such as energy efficiency, sustainability, and the integration of renewable energy sources into existing electrical networks. Moreover, students will explore emerging technologies including smart grids, energy storage, and advance electrical machinery.

Students enrolled in the Power Engineering program have opportunities for internships and industry placements, allowing them to gain practical experience and build professional networks. The curriculum is aligned with industry standards and ensures graduates are well-equipped to pursue careers in power generation companies, electrical utilities, renewable energy firms, consulting engineering services, and government agencies. Upon completion, graduates will possess the advanced technical skills and knowledge required to innovate and lead in the dynamic field of power engineering. The program also sets a strong foundation for further study or research in specialized areas of electrical energy systems, contributing to sustainable and efficient energy solutions for the future.

Program structure

Courses to be studiedUnits

1 x Major24

Plus 6 x practice courses (0 units value)0

Total24

Course codeCourse name

Year 1 Courses:

ELE1301Computer Engineering

ELE1502Electronic Circuits

ELE1801Electrical Technology

ENG1002Introduction to Engineering and Spatial Science Applications

ENG1101Introduction to Engineering Problem Solving

ENG2102Engineering Problem Solving and Analysis

ENM1600Engineering Mathematics

MEC1201Engineering Materials 

Year 2 Courses: 

ELE2101Control and Instrumentation

ELE2303Embedded Systems Design

ELE2501Electronic Workshop and Production

ELE2503Electronic Systems

ELE2702Electrical Measurement and Analysis

ELE2704Electricity Supply Systems

ENG1100Introduction to Engineering Design 

 One Elective - see Electives

Year 3 

ELE3803Electrical Plant

ELE3805Power Electronics Principles and Applications

ENG2002Technology, Sustainability and Society

ENG3003Engineering Management

ENG3111Technology Design Project

ELE3804Power Systems Protection

Two Electives - see Electives

Practice courses

ELE1911Electrical and Electronic Practice A

ELE2912Electrical and Electronic Practice B

ELE2913Electrical and Electronic Practice C

ELE3914Electrical and Electronic Practice D

ENG1901Engineering Practice 1

ENG3909Work Experience - Technologist

Electives

CIV1501Engineering Statics 

CIV2403Geology and Geomechanics

CIV2605Construction Engineering

ELE2103Linear Systems and Control

ELE2504Electronic Design and Analysis

ELE3305Computer Systems and Communications Protocols

ELE4109Measurement Science and Instrument Engineering

ENG4004Engineering Project and Operations Management

GIS1401Geographic Data Presentation

GIS1402Geographic Information Systems

SVY1110Introduction to Global Positioning System

Entry requirements

•  Subject pre-requisites: Year 12 English (4SA) and Mathematics B (4SA) 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 6.0 or equivalent.

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

OP/Rank

The 2015 OP/Rank for this program is: 13/71

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 6.0 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.

• A-level Mathematics or equivalent

The University of Southern Queensland offers various financing options for students pursuing the Engineering Science (Power Engineering) program. Domestic students can access government-funded schemes such as HECS-HELP (Higher Education Loan Program), which allows eligible students to defer their tuition fees until they are earning a specified income level. International students must securely finance their studies through personal savings, family support, or private loans, as government assistance is not available for international students. The university also provides scholarships and bursaries based on academic merit, financial need, or specific affiliations, which can significantly offset the cost of education. Additionally, students are encouraged to explore external financial aid options, including government grants, sponsorship programs, or private sector scholarships dedicated to engineering students. Payment plans may be available for tuition fees, enabling students to pay in installments rather than a lump sum. The cost of the program varies depending on the student's residency status, with international students generally paying higher tuition fees. The university’s financial services department offers detailed guidance to prospective and current students regarding eligible funding sources, application procedures, and deadlines. For those enrolled in the program, it’s advisable to start exploring financial options early to ensure timely access to funds and avoid delays in academic progress. Students should also consider additional costs such as textbooks, equipment, and living expenses, which should be factored into their overall budget planning. Overall, the university aims to support students financially while promoting access to quality engineering education by providing information on available government schemes, scholarships, and flexible payment arrangements.

The Bachelor of Engineering Science (Power Engineering) at the University of Southern Queensland is a comprehensive undergraduate program designed to prepare students for a career in the electrical power industry. This program emphasizes fundamental engineering principles with a specific focus on power systems, energy generation, distribution, and management. Throughout the course, students acquire a solid foundation in mathematics, physics, and engineering science, complemented by specialized knowledge in power engineering topics such as renewable energy sources, electrical machines, power system analysis, and electrical power transmission and distribution.

The curriculum combines theoretical learning with practical application, offering laboratory sessions, industry placements, and project-based assessments. This approach ensures that graduates are well-equipped to handle real-world challenges in designing, operating, and maintaining electrical power systems. The program also integrates training in sustainable energy solutions and emerging technologies, aligning with global shifts toward cleaner energy sources and smarter grids.

Students have access to state-of-the-art laboratories and facilities that support hands-on learning and experimentation. The university maintains close links with industry partners, providing networking opportunities, internships, and industry projects that enhance employability. Graduates of this program are prepared for diverse roles including electrical engineer, power systems analyst, renewable energy engineer, and power plant operator, among others.

The duration of the full-time study is typically three years, with options for accelerated or part-time study to accommodate different student needs. The program includes core subjects such as electrical circuits, electronics, thermodynamics, control systems, power generation, and energy management. It also offers elective courses that allow students to tailor their learning toward specific interests within the field of power engineering, such as smart grids, energy storage, or sustainable power systems.

Admission requirements generally include a qualification in mathematics and physics at the high school level, demonstrating readiness for engineering studies. The university fosters a supportive academic environment with experienced faculty members, dedicated student support services, and opportunities for research and innovation.

Graduates emerging from this program will be qualified for registration as professional engineers, depending on further work experience and industry requirements. The program aims to produce graduates who are not only skilled engineers but also committed to sustainable development and technological advancement in the energy sector. Overall, the Bachelor of Engineering Science (Power Engineering) from USQ offers a robust pathway into the fast-growing field of power engineering, preparing students to meet the evolving needs of the global energy landscape.