Diploma of Engineering (Stage 2), Leading to Bachelor of Engineering (Honours) - Chemical majoring in Energy Resources Engineering

Navitas Group - South Australian Institute of Business and Technology (SAIBT)

Australia,South Australia

 0 Shortlist

48 Months

Duration

CAD 40,800/year

Tuition Fee

CAD 0 FREE

Application Fee

Feb 2026

Apply Date

Australia, South Australia

Type: College

Location Type: Urban

Founded: 2001

Total Students: 0 +

Int. Students: 1,010 +

Campus Detail

Main Campus Address

City East CampusLevel 4 Brookman Building, North Terrace, Adelaide SA 5000, Australia

Diploma of Engineering (Stage 2), Leading to Bachelor of Engineering (Honours) - Chemical majoring in Energy Resources Engineering

Program Overview

Diploma of Engineering (Stage 2)

  • Foundation knowledge in mathematics, an understanding of engineering practices, and specialised topics in civil, electrical, mechanical and mechatronic engineering.
  • Study with confidence in small class sizes and personalised teaching methods.
  • Dedicated academic and personal support services to assist with your success.
  • Student leadership opportunities to grow your skills further.

Students successfully completing the Diploma of Engineering will be granted entry into the second year of a Bachelor of Engineering (Electrical and Electronic) (Honours) at Adelaide University.



Leading to: Bachelor of Engineering (Honours) - Chemical majoring in Energy Resources Engineering

Discover the formula for a dynamic and interesting career with our Bachelor of Engineering (Chemical) (Honours).

Learn how we can take raw materials from the world around us and determine how we might turn them into products for daily use. Drawing knowledge and skills from engineering, chemistry, and mathematics, you’ll explore the processes that create the products we rely on – from food to medicines, clean drinking water and alternative energy sources.

Combine your broad knowledge of chemical processes with specific expertise in energy systems and processes. Discover how to design and optimise the processes that drive both traditional and renewable energy technologies. Examine approaches to carbon capture, storage and utilisation. Explore how new materials are developed and their application in energy generation and distribution.

Apply your learning in real industry settings by completing up to 12 weeks of professional placement under the supervision of experienced engineers.  Determine how results in the lab can be scaled up for commercial production by undertaking a major plant design and research project.

Emerge with the knowledge, expertise and qualifications necessary to practice as a chemical engineer.