Course Overview

About This Course

Build bots that think, move and solve real problems. Robots are no longer science fiction—they're part of our everyday lives, from self-driving cars to automated warehouses. The Bachelor of Engineering (Robotics) (Honours) at Flinders University gives you the skills to design, build and program intelligent machines that move, sense and think. If you're into robots, automation, or just making cool stuff that works, this is the course for you. This hands-on degree teaches you to bring machines to life. From sensors to servos, you'll learn the mechanics, electronics and intelligence behind robotics—and apply your skills in real-world projects.

Eligibility

Entry Requirements

Requirements

Guaranteed Entry ATAR: 75.00
STAT: 155.0
GPA: 5.0
TAFE/VET: Diploma or above
IELTS overall: 6.0 (Speaking 6.0, Writing 6.0)
Pearson overall: 50
SATAC code: 224841
Prerequisites: SACE Stage 2 (Year 12) Specialist Mathematics or Mathematical Methods or equivalent; International Baccalaureate subjects is normally required
Assumed knowledge: Knowledge of SACE stage two physics or equivalent is assumed
Pathway options: Engineering (Honours) - Flexible Entry | Engineering (Honours) - General Entry | Engineering Science | Diploma in Arts | Science

Career & Study Pathways

Where this takes you

Career Opportunities

Robotics Engineer: Bring machines to life by developing systems that sense, think and act. You'll learn how to integrate mechanical components with electronics and intelligent software to create autonomous technologies. From agricultural drones that monitor crops and boost yields, to surgical robots that assist with precision procedures, to self-driving vehicles that navigate complex environments.

Automation Engineer: Automation engineers design, build and maintain systems that keep modern industry moving. Whether it's streamlining robotic manufacturing lines, creating smart factories, or developing automated logistics networks, they apply engineering and software expertise to make processes faster, safer and more precise. Typical salary $110K in Australia.

Mechatronics Engineer: Perfect for students who enjoy combining hardware and software, this role focuses on building electro-mechanical systems—from robotic arms to smart consumer devices. Strong demand in Australian defence and manufacturing sectors.

Research and Development Engineer: Conduct research and develop new technologies and solutions in the robotics field. R&D Engineers bridge the gap between theory and application, collaborating with multidisciplinary teams of scientists, engineers, and software developers.

Embedded Systems Developer: Build the control systems inside drones, robots, or industrial machines. You'll need a strong grounding in electronics, coding, and real-time systems. Ideal for students interested in low-level programming and systems integration.

With further postgraduate study and work experience, careers could include: Robotics Researcher, Machine Learning Engineer, Biomedical Engineer (specialising in Robotics), Systems Engineer, Automation Consultant, Academic or Industry Lecturer, Artificial Intelligence Specialist.

Quality & Recognition

Accreditation & Migration

Accreditation Details

Academic Regulator

TEQSA

Professional Body

Engineers Australia (EA)

Accreditation Status

Accredited

Skills Assessor

Engineers Australia

Course Content

Units of Competency

All Units18 units

Design, Communication, and Innovation

Year 1 core topic covering engineering design fundamentals and professional communication.

Programming

Year 1 core topic covering programming fundamentals for engineering applications.

Physics

Year 1 core topic covering modern physics underpinning engineering systems.

Electronics

Year 1 core topic covering foundational electronics for robotics.

Professional Skills

Year 1 core topic covering professional engineering practice.

Mathematics

Year 1 core topic providing mathematical foundations for engineering.

Electrical Circuits

Year 2 core topic covering circuit design and analysis.

Embedded Systems Design

Year 2 core topic covering embedded systems for robotic platforms.

Electronic Devices and Circuits

Year 2 core topic covering electronic devices forming the backbone of robotic platforms.

Control Systems

Year 3 core topic covering control of machines and automated systems.

Electromagnetics and Machines

Year 3 core topic covering electromagnetics and electromechanical systems.

Electrical & Electronic Engineering Design

Year 3 core topic covering practical engineering design projects.

Robotics

Year 3 core topic covering robotics design and integration.

Engineering Practicum

Year 4 core topic providing industry-relevant practicum experience.

Honours Thesis in Electrical & Electronic Engineering

Year 4 substantial honours research project.

Autonomous Systems

Year 4 advanced topic in autonomy for robotics.

Estimation & Control

Year 4 advanced topic in estimation and control systems.

Machine Learning & Vision

Year 4 advanced topic in machine learning and computer vision.

Common Questions

Frequently Asked Questions

Is the Bachelor of Engineering (Robotics) (Honours) accredited by a professional body?

Yes, this course is accredited by Engineers Australia at the level of professional engineer. Professional engineering courses accredited by Engineers Australia are recognised internationally under the Washington Accord, and graduates meet the academic requirements for attaining chartered professional engineering status.

What are the entry requirements for this course?

Domestic students require a Guaranteed Entry ATAR of 75.00, a STAT of 155.0, or a GPA of 5.0 (TAFE/VET Diploma or above). Prerequisites include SACE Stage 2 (Year 12) Specialist Mathematics or Mathematical Methods or equivalent. Knowledge of SACE Stage 2 physics or equivalent is assumed. International students require an IELTS overall score of 6.0 with Speaking and Writing both at 6.0, or a Pearson overall score of 50. Pathway options are also available.

Where is the course delivered and when can I start?

The Bachelor of Engineering (Robotics) (Honours) is delivered in person at Flinders University's Tonsley campus in South Australia. Students can commence in either March or July each year. The course runs for 4 years full-time, or part-time equivalent (note: part-time equivalent study options are not available for international students).

What career opportunities are available after graduating with this degree?

Graduates can pursue careers as Robotics Engineers, Automation Engineers (typical salary $110K in Australia), Mechatronics Engineers, Research and Development Engineers, and Embedded Systems Developers. With further postgraduate study and work experience, additional roles include Robotics Researcher, Machine Learning Engineer, Biomedical Engineer (specialising in Robotics), Systems Engineer, Automation Consultant, and Artificial Intelligence Specialist. Automation and robotics jobs growth is projected at 5.5% over 5 years, with over 1,533 job opportunities in Australia as of 2025.

What will I study in the final year of the Bachelor of Engineering (Robotics) (Honours)?

In Year 4, you will undertake a substantial Honours Thesis in Electrical & Electronic Engineering alongside advanced topics including Autonomous Systems, Estimation & Control, and Machine Learning & Vision. You will also complete an Engineering Practicum that provides industry-relevant experience to help launch your robotics career.

Application

How to Apply

Three simple steps to get enrolled

Step 01

Enquire

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Step 02

Submit Documents

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Step 03

Get Enrolled

Receive your offer letter and confirm your enrolment. Welcome to the course!

Processing time: Offer letter issued within approximately 1 business days.

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