Master of Professional Engineering, specialization in Embedded Systems Engineering

2 Years On Campus Masters Program

Curtin University Perth

Program Overview

The Master of Professional Engineering, specialising in Embedded Systems Engineering at Curtin University is designed for engineering graduates who want to develop advanced skills in the technology behind smart devices and connected systems. Students explore embedded systems, FPGA technology and embedded software while gaining practical experience that can prepare them for engineering careers across industries such as healthcare, mining and manufacturing.

Curriculum Structure

Year 1

The first year builds a strong foundation in embedded systems engineering, with students developing knowledge of intermediate and advanced embedded systems, field-programmable gate arrays (FPGAs) and embedded software engineering. Students learn how specialised computing systems work with electronic devices and how embedded technologies are applied in modern engineering solutions.

Year 2

The second year focuses on applying technical knowledge to real engineering challenges through a major research or design project. Students also complete at least 12 weeks of engineering professional practice, giving them the opportunity to apply their embedded-systems knowledge in a professional environment.

Focus Areas

Embedded Systems Engineering, Field-Programmable Gate Arrays, Embedded Software Engineering, Intelligent Devices, Electronic Communication, Internet of Things, Sensors, Emerging Technologies and Engineering Professional Practice.

Learning Outcomes

Students develop advanced knowledge of embedded systems and learn how to design and apply technologies used in intelligent devices. They also strengthen their engineering problem-solving, research and practical skills through professional practice and a major project.

Professional Alignment (Accreditation)

The Master of Professional Engineering is designed to develop the technical knowledge and professional competencies required for professional engineering practice. Curtin states that the course addresses the Stage 1 competency standards for Professional Engineers required by Engineers Australia.

Reputation (Employability Rankings)

Curtin University is ranked in the top 1% of universities worldwide in the Academic Ranking of World Universities 2025. The Embedded Systems Engineering specialisation has strong industry relevance, with career opportunities identified by Curtin including Electrical Engineer and Embedded Systems Engineer, particularly across healthcare, mining, manufacturing, architecture and aged-care industries.

Experiential Learning (Research, Projects, Internships etc.)

The Master of Professional Engineering at Curtin University gives students strong opportunities to develop practical engineering skills alongside their academic learning. Students complete at least 12 weeks of engineering professional practice and a major research or design project, allowing them to apply their knowledge to real engineering challenges and gain experience relevant to professional practice.

Students can also benefit from Curtin’s engineering facilities and research environments, particularly those supporting electrical engineering, embedded systems and emerging technologies:

Professional Practice: Complete at least 12 weeks of engineering professional practice and maintain a formal record of the experience.
Major Research or Design Project: Apply the knowledge gained during the program to a substantial engineering research or design project.
5G Lab: Access Curtin’s dedicated 5G Lab, which supports work with 5G technologies and collaboration between researchers, students and industry.
Computer Superlab: Use the Computer Superlab and its computing resources to support engineering and technical coursework.
Prototype Laboratory: The Applied Physics Prototype Laboratory provides electronic design and servicing facilities, including test benches and equipment for prototyping and development.
Embedded Systems Research: Curtin’s engineering research environment includes expertise in embedded systems, Internet of Things, signal processing and machine learning, providing opportunities to engage with current engineering research.
Industry-Connected Research: Curtin’s School of Electrical Engineering, Computing and Mathematical Sciences undertakes industry-focused research, helping students connect their technical learning with real engineering applications.

Progression & Future Opportunities

The Embedded Systems Engineering major prepares graduates for careers focused on intelligent devices, specialised computing systems and embedded technologies. With advanced technical knowledge, professional engineering experience and project-based learning, graduates can pursue roles across industries such as healthcare, mining, manufacturing, architecture and aged care.

Typical career roles include: Electrical Engineer, Embedded Systems Engineer, Electronics Engineer, Systems Engineer.

Students can strengthen their transition from university to professional employment through:

Career Support: Curtin provides career planning and support to help students explore employment and further-study opportunities, while its Global Careers service provides access to international career opportunities.
Industry Experience: Students complete at least 12 weeks of engineering professional practice, giving them practical workplace experience and opportunities to build professional connections.
Employer Connections: Curtin works with employers through career fairs, campus visits, information sessions, presentations and career-development workshops.
Industry Projects: Curtin’s Industry Exchange allows students to work with industry partners on real-world challenges, with academic experts providing support.
Professional Recognition: The Master of Professional Engineering meets the Stage 1 competency standards for Professional Engineer status, providing a strong foundation for long-term professional engineering development.
Graduation Outcomes: Graduates leave with advanced embedded-systems knowledge, professional experience and practical project skills that can support careers in technology-driven engineering industries.
Employment and Salary: Curtin’s official Embedded Systems Engineering information identifies career roles and industries but does not provide a specific employment rate or salary figure for this particular major.

Further Academic Progression: After completing the master’s degree, students interested in research can progress to a Higher Degree by Research, including a Doctor of Philosophy (PhD). This can allow graduates to specialise further in areas such as embedded systems, Internet of Things, electronics, computing and emerging technologies.