Bachelor of Technology (Engineering)

3 Years On Campus Bachelors Program

Edith Cowan University

Program Overview

Program Overview
The Bachelor of Technology (Engineering) at Edith Cowan University (ECU) is designed for students who love solving problems and creating practical solutions. It combines strong technical foundations with hands-on experience, helping you learn by doing. From designing real systems to working with both hardware and software, this program prepares you to take on modern engineering challenges confidently.

Curriculum Structure

Year 1
Your first year focuses on building a solid grounding in engineering principles. You’ll explore subjects like Engineering Mechanics, Mathematics 1, and Electrical Engineering Fundamentals. These units introduce you to modelling physical systems, applying calculus to real-world problems, and understanding how electrical circuits work — giving you the essential tools for more advanced studies ahead.

Year 2
In your second year, you’ll start applying your knowledge to more complex systems. Units such as Engineering Drawing & Computer-Aided Design, Materials and Manufacturing, and Programming Fundamentals help you develop practical design and programming skills. You’ll learn how materials behave, how to create and interpret engineering drawings, and how to write code for embedded or control systems — setting the stage for systems-based projects.

Year 3
By your third year, you’ll dive into specialist areas of engineering. Through units like Engineering Innovation and Ethics, Technology Project, and your chosen major subjects (for example, Digital Electronics, Power Systems 1, or Electrical Machines and Transformers), you’ll gain experience in real-world system design, integration, and ethical decision-making — all vital skills for professional engineers.

Year 4 (Advanced or Project Stream)
In your final year, you’ll bring everything together. You’ll complete an extended technology project, gain valuable industry experience, and study Engineering Management and other emerging topics. This final stage ensures you graduate not only with technical expertise but also with the leadership and professional skills to thrive in your career.

Focus Areas

Design and Systems Engineering
Electrical and Electronic Systems
Programming and Embedded Technologies
Materials and Manufacturing
Engineering Ethics and Sustainability

Learning Outcomes
Graduates of this program will be able to:

Apply mathematical, scientific, and engineering principles to solve complex problems.
Design, develop, and evaluate engineering technologies.
Communicate effectively in professional and technical settings.
Work responsibly and ethically within engineering environments.

Professional Alignment
This degree aligns with Australian standards for engineering and technology practice. Delivered by ECU’s School of Engineering & Technology, the program is known for its strong industry connections and practical learning environment — including modern laboratories and hands-on projects.

Reputation
ECU is recognised globally for its excellence in teaching and innovation. It’s ranked among the world’s best universities under 50 years old and is consistently praised for its high-quality teaching and student experience across Australia.

Experiential Learning (Research, Projects, Internships etc.)

It’s great that you’re considering the Bachelor of Technology (Engineering) at Edith Cowan University (ECU)! This program is all about learning by doing — you won’t just be sitting in lectures, you’ll be building, testing, designing, and solving real-world problems from day one.

Here’s how ECU helps you gain hands-on, practical experience that prepares you for your engineering career:

Experiential learning in the program

In this degree, you’ll spend plenty of time working in ECU’s modern engineering labs, using industry-standard tools and equipment. You’ll take part in real engineering projects, get involved in simulation and virtual-reality environments, and complete valuable industry placements — all designed to build your technical confidence and employability.

For instance, ECU’s engineering programs include up to 12 weeks of work experience in the engineering industry, giving you a genuine taste of how engineers work in the real world.

Some highlights you can look forward to

Hands-on lab experience: You’ll work in specialised labs such as the Thermodynamics Laboratory, Sustainable Energy and Resources Laboratory, Mixed Reality Laboratory, Transportation Laboratory, and Advanced Manufacturing Laboratory.
Virtual and 3D learning: Experience industrial environments through mixed-reality headsets and 3D site scans, giving you a safe, immersive way to explore real-world engineering challenges.
Industry work placement: Gain up to 12 weeks of real engineering experience as part of your degree — not just observation, but active participation in professional projects.
Project-based teamwork: Collaborate with classmates on major design and development projects, using real engineering design processes to tackle genuine problems.
Modern digital tools: Learn to use CAD (computer-aided design), simulation software, and virtual-reality systems that mirror the tools used by professional engineers.
Multi-disciplinary foundation: Your first year covers multiple engineering fields, helping you understand how different disciplines connect before you specialise.
Professional skill development: The course focuses not only on technical ability but also on teamwork, communication, project management and professional practice — the skills employers really value.
Pathway opportunities: This program can also be a stepping stone into ECU’s Bachelor of Engineering Honours courses, allowing you to deepen your studies and expand your career options.
Industry-connected learning: ECU’s strong industry links mean your classes and labs are shaped by real-world engineering trends and employer needs.

By the time you graduate, you’ll have more than just theoretical knowledge — you’ll have real experience, practical skills, and the confidence to step straight into the engineering workplace.

Progression & Future Opportunities

If you pursue the Bachelor of Technology (Engineering) at Edith Cowan University (ECU), you’ll graduate ready to take on a range of hands-on engineering and technology roles — such as Engineering Technician, Design Assistant, Field Engineer, or Project Support Officer. This program equips you with the practical, job-ready skills that employers are looking for, while giving you a strong foundation to build your career or continue into further study.

Progression & Future Opportunities

Here’s how this degree helps you move confidently toward your career goals:

Career support from day one: You’ll have access to ECU’s dedicated Career Services, which offer personalised career counselling, resume and interview workshops, job-board access, and internship guidance — all designed to help both local and international students succeed.
Industry experience built into your degree: ECU’s engineering programs are developed in close partnership with industry and include up to 12 weeks of practical work experience. This means you’ll graduate not just with theory, but with valuable hands-on experience in real engineering environments.
Excellent graduate outcomes: ECU graduates are in high demand. According to the Graduate Outcomes Survey, around 93% of ECU graduates find full-time employment within three years — a testament to the university’s strong reputation among employers.
Recognised qualification: The program is accredited at Australian Qualifications Framework (AQF) Level 7, providing a solid academic foundation and allowing easy transfer into more advanced engineering degrees.

In the long run, this qualification gives you the technical know-how, recognised credentials, and flexibility to work across industries like manufacturing, construction, energy, automation, and many more.

Further Academic Progression

After completing your Bachelor of Technology (Engineering), you’ll have the option to progress into a Bachelor of Engineering (Honours) degree at ECU or pursue postgraduate study in specialised fields such as mechanical, electrical, mechatronics, or civil engineering. This means you can keep expanding your expertise and move toward professional engineering roles with even greater responsibility and reward.