Engineering (Mechatronic Engineering)

The Bachelor of Engineering (Mechatronic Engineering) at the University of Southern Queensland is a comprehensive and innovative program designed to prepare students for the rapidly evolving field of mechatronics, which combines mechanical, electronic, computer, and control engineering. This degree offers a blend of theoretical knowledge and practical skills essential for designing, developing, and maintaining intelligent systems and automated equipment across diverse industries such as manufacturing, robotics, automotive, aerospace, and electronics. The curriculum covers core disciplines including mechanical design, electrical systems, embedded systems, robotics, control systems, sensors, actuators, and software programming, providing students with a multidisciplinary understanding required to work on complex engineering projects. Students will engage in hands-on practical activities, laboratory work, and industry projects that foster problem-solving abilities and innovation. With access to state-of-the-art laboratories and facilities, students can gain real-world experience and develop skills in circuit design, robotics, automation, and system integration. The program also emphasizes the importance of sustainable engineering practices and prepares graduates to address contemporary challenges in technology and society. Throughout their studies, students will benefit from close links with industry and opportunities for internships, ensuring they gain relevant work experience and professional networks. Graduates of this program are equipped to pursue careers in design, manufacturing, research and development, automation, and systems integration, among others. The Bachelor of Engineering (Mechatronic Engineering) at USQ is accredited by Engineers Australia, confirming its adherence to national and international standards for engineering education. Ultimately, this degree aims to produce competent, innovative, and ethical engineers ready to contribute effectively to technological advancements and societal progress.

Program structure

Courses to be studiedUnits

Core courses13

plus 19 x Major courses19

plus 8 x practice courses (0 units value)0

Total32

Course codeCourse name

Year 1 Courses:

CIV1501Engineering Statics

ELE1801Electrical Technology

ENG1002Introduction to Engineering and Spatial Science Applications

ENG1100Introduction to Engineering Design

ENG1101Introduction to Engineering Problem Solving

ENG2102Engineering Problem Solving and Analysis

ENM1600Engineering Mathematics

MEC2304Solid Modelling

Year 2 Courses:

ELE1301Computer Engineering

ENG3104Engineering Simulations and Computations

ENM2600Advanced Engineering Mathematics

MEC1201Engineering Materials

MEC2301Design of Machine Elements

MEC2401Dynamics I

MEC2402Stress Analysis

 plus one elective - see Electives 

Year 3 Courses:

ELE1502Electronic Circuits

ENG2002Technology, Sustainability and Society

ENG4110Engineering Research Methodology

MEC2202Manufacturing Processes

MEC3302Computational Mechanics in Design

MEC3303System Design

ELE2103Linear Systems and Control

plus one elective- see Electives

Year 4 Courses:

ELE2303Embedded Systems Design

ELE2504Electronic Design and Analysis

ENG3003Engineering Management

ENG4111Research Project Part 1

ENG4112Research Project Part 2

MEC4406Robotics and Machine Vision

plus two electives - see Electives

Practice Courses:

ELE1911Electrical and Electronic Practice A

ENG1901Engineering Practice 1

ENG3902Professional Practice 1

ENG4903Professional Practice 2

ENG4909Work Experience - Professional

MEC2901Mechanical Practice 1

MEC2902Mechanical Practice 2

MEC3905Mechatronic Practice

Electives:

ELE3305Computer Systems and Communications Protocols

ELE3506Electronic Measurement

ENG4004Engineering Project and Operations Management

ELE3105Computer Controlled Systems

MEC2101Thermodynamics

MEC3102Fluid Mechanics

MEC3203Materials Technology

MEC3204Production Engineering

MEC3403Dynamics II

MEC4104Energy Technology

Entry requirements

• Subject pre-requisites: Year 12 English (4SA) and Mathematics B (4SA) or equivalent
• Recommended study: Year 12 Physics (4SA)

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: 10/79

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
• A-level Physics is recommended

The University of Southern Queensland offers various financing options for students enrolled in the Mechatronic Engineering program. prospective students are encouraged to explore government subsidies, scholarships, and financial aid packages to support their studies. Australian residents may be eligible for government-funded schemes such as FEE-HELP, which is a loan program that assists students in paying for their tuition fees, allowing for more flexible repayment options after graduation once the student’s income reaches a certain threshold. Additionally, there are scholarship opportunities provided by the university based on academic merit, financial need, or specific criteria related to engineering disciplines. These scholarships can significantly reduce the financial burden of tertiary education and often cover tuition fees, textbooks, or living expenses. International students are typically required to pay full tuition fees upfront but can access private scholarships or external funding sources and might consider student loans if available. The university also offers payment plans that allow students to spread their tuition payments across several installments, making budgeting more manageable throughout the academic year. Moreover, part-time work options are available for students, facilitating income generation while pursuing their degree. Students are advised to consult with the university’s financial aid office for detailed information about eligibility, application procedures, and deadlines. External funding sources such as government grants, industry sponsorships, and employer support programs may also be available, especially for students enrolled in engineering disciplines aligned with industry needs. Overall, the University of Southern Queensland strives to provide accessible financial pathways to ensure students can focus on their academic and professional development without undue financial stress.

The Bachelor of Engineering in Mechatronic Engineering at the University of Southern Queensland (USQ) is a comprehensive undergraduate program designed to produce graduates who are proficient in the integration of mechanical, electronic, computer systems, and control engineering. This degree aims to prepare students for careers in designing, developing, and maintaining advanced automated systems and intelligent machinery used across various industries such as manufacturing, robotics, aerospace, automotive, and automation sectors. The program emphasizes a strong foundation in core engineering principles, complemented by specialized units in robotics, automation, control systems, embedded systems, mechanical design, robotics, and electrical systems. Students will also gain practical skills through laboratory work, industry placements, and projects that simulate real-world engineering challenges. The curriculum is structured to develop both technical knowledge and problem-solving abilities, ensuring graduates are capable of innovating and improving existing systems. The degree is accredited by Engineers Australia, ensuring its recognition within the engineering industry and providing a pathway for graduate registration. Throughout the program, students have access to state-of-the-art laboratories and facilities that support experiential learning and practical application of theoretical concepts. The university's focus on flexible learning options allows students to study on-campus or through online delivery, accommodating diverse student needs. Career prospects for graduates include roles in automation engineering, robotics engineering, system design, maintenance engineering, and technical consulting across various sectors. The program also provides a solid foundation for further study such as master’s degrees or research opportunities in engineering disciplines. With an emphasis on innovation, teamwork, and ethical practice, the Bachelor of Engineering in Mechatronic Engineering at USQ equips students with the skills necessary to contribute to advancements in technology and industry solutions.