Bachelor of Technology (Engineering)(Chemical)

3 Years On Campus Bachelors Program

Edith Cowan University

Program Overview

The Edith Cowan University Bachelor of Technology (Engineering) (Chemical) is designed to prepare students for technical and operational roles within the chemical, manufacturing, energy, and process industries through practical engineering and applied technology training. This program is ideal for students who enjoy hands-on problem-solving, industrial systems, sustainable processing, and applied engineering technologies in real-world industrial environments.

The program is delivered at the Joondalup Campus in Perth, Western Australia, where students gain access to engineering laboratories, technical workshops, digital engineering resources, and collaborative STEM learning facilities focused on applied engineering practice.

Curriculum Structure

Year 1

In the first year, students build foundational knowledge in engineering science, mathematics, chemistry, and technical problem-solving. You’ll study subjects such as Engineering Design and Professional Practice, Engineering Mathematics, and Engineering Mechanics, developing practical analytical and technical skills required for engineering technology environments. Students are introduced to engineering systems, sustainability principles, and industrial applications from the beginning of the program.

Year 2

Year 2 focuses on developing core chemical engineering technology capability through subjects including Fluid Mechanics, Thermodynamics, and Electrical Engineering Fundamentals. Students learn how industrial systems operate while applying scientific and engineering principles to process technologies and operational systems. Practical laboratory work and engineering analysis activities become increasingly important throughout this stage.

Year 3

In the final year, students study advanced applied engineering topics such as Heat and Mass Transfer, Process Control, and Chemical Process Engineering. Learning focuses on industrial process operations, systems optimisation, sustainability-focused engineering solutions, and professional engineering technology practice. Students also complete project-based learning activities reflecting real-world industrial and manufacturing challenges.

Focus Areas

Chemical process technology, industrial systems, process optimisation, sustainable manufacturing, thermodynamics, plant operations, engineering analysis, and industrial safety.

Learning Outcomes

Graduates develop the ability to apply engineering technology principles to industrial chemical processes, operational systems, and sustainability-focused manufacturing environments. You’ll gain strong technical, laboratory, analytical, and problem-solving skills suited to engineering technology and industrial operations careers.

Professional Alignment (Accreditation)

The program supports preparation for engineering technology and applied industrial practice within engineering and manufacturing sectors.

Reputation (Employability & Rankings)

Edith Cowan University is recognised for practical, industry-focused STEM education and strong graduate employability outcomes. ECU graduates are valued for their hands-on technical capability, applied engineering knowledge, and workplace readiness across industrial and engineering sectors.

Experiential Learning (Research, Projects, Internships etc.)

At Edith Cowan University, the Bachelor of Technology (Engineering) (Chemical) focuses heavily on applied technical training, helping students build practical engineering technology skills through laboratory activities, engineering projects, and industrial systems analysis. At the Joondalup Campus in Perth, students learn in modern engineering facilities where they work with process systems, engineering technologies, and sustainability-focused industrial applications. The program is designed to prepare students for operational and technical engineering environments through practical, industry-oriented learning experiences:

Chemical Engineering Technology Laboratories : Students gain practical experience in thermodynamics, fluid mechanics, heat transfer, process systems, and engineering analysis using specialised laboratory equipment.
Engineering Workshops & Technical Facilities : Access to technical learning spaces supporting process experimentation, industrial systems investigation, and engineering technology applications.
Engineering Simulation & Process Modelling Software : Students use industry-relevant digital tools and simulation software for process analysis, systems optimisation, and operational engineering studies.
Applied Engineering Projects : Team-based engineering technology projects help students solve practical industrial and manufacturing challenges while developing communication and collaboration skills.
Industry-Relevant Technical Training : Coursework focuses on operational engineering systems, process safety, sustainability applications, and industrial problem-solving practices relevant to modern engineering workplaces.
Capstone Project Work : Final-year projects allow students to apply engineering technology knowledge to real-world process operations and industrial engineering scenarios.
Digital Engineering & Computational Tools : Students use technical computing systems, digital learning resources, and engineering analysis software throughout the program.
Research & STEM Facilities : Access to engineering and technology environments supporting applied industrial systems, sustainability-focused learning, and technical innovation activities.
Libraries & Technical Information Resources : ECU’s library network provides access to engineering journals, technical publications, Australian standards, and scientific databases supporting engineering technology learning.
Collaborative STEM Learning Environments : Students work in multidisciplinary spaces designed to encourage teamwork, technical communication, and practical engineering problem-solving.

These experiences help graduates develop strong operational, analytical, and technical engineering skills suited to engineering technology, manufacturing, and industrial process environments.

Progression & Future Opportunities

Graduates of the Edith Cowan University Bachelor of Technology (Engineering) (Chemical) are prepared for technical and operational careers within industries such as manufacturing, chemical processing, mining, energy, water treatment, and industrial production systems. The program develops strong applied engineering technology skills, practical problem-solving capability, and industry-focused technical knowledge suited to modern industrial environments.

Typical career pathways include engineering technologist, process operations specialist, production technologist, plant systems technician, and industrial process coordinator.

With strong practical and industry-oriented preparation:

ECU Career Services & Employability Support : Students have access to career counselling, resume and interview preparation, networking events, employer engagement activities, and graduate employment support through ECU’s career development services.
Industry-Focused Technical Learning : Applied laboratory work, engineering technology projects, and operational systems training help students develop workplace-ready practical and technical skills before graduation.
Industry Engagement & Partnerships : ECU maintains strong connections with engineering, manufacturing, mining, infrastructure, and industrial sectors across Western Australia, supporting industry-informed learning and graduate opportunities.
Technical & Professional Skill Development : The program prepares students for engineering technology and industrial operational roles requiring strong systems understanding, process optimisation, and technical problem-solving capability.
Strong Industry Demand : Graduates with engineering technology and process systems expertise are valued across industries focused on industrial operations, sustainable manufacturing, and process efficiency.
Salary Outlook (Australia – indicative) : Graduates entering engineering technology and industrial operations roles commonly begin with salaries around AUD $65,000–$90,000+ per year, with progression opportunities into supervisory, specialist, and technical management positions.
Graduate Outcomes : ECU graduates are recognised for practical engineering capability, operational understanding, technical adaptability, and readiness for applied industrial engineering environments.

Further Academic Progression:
After completing this degree, graduates may continue into advanced study such as a Bachelor of Engineering (Honours), Master of Engineering, Master of Project Management, or postgraduate engineering technology programs. These pathways can support progression into professional engineering roles, advanced technical specialisation, industrial leadership, or engineering consulting careers.