Degree Transfer Program Standard (Engineering), Leading to Bachelor of Engineering (Honours) in Electrical and Electronic - Medical Technologies Kaplan Group - The University of Adelaide College - Adelaide Campus, Australia

Degree Transfer Program Standard
Our specialised Degree Transfer Program is equivalent to the first year of a bachelor’s degree at the University of Adelaide. You can follow your path to a range of business, IT, computer science, science undergraduate degrees and more when you join the University in second year.

Why study with us?

• We offer a wide range of courses taught to the University’s syllabus. You’ll learn content relevant to your degree and receive full credit for all university-level courses.
• You’ll be provided with English language and learning support to assist you while you’re studying the Degree Transfer Program.
• As our graduate, you won’t be required to provide further evidence of your English language proficiency.
• You’ll have the flexibility of studying a Degree Transfer Program in one of three formats: extended, standard or accelerated.

Leading to: Bachelor of Engineering (Honours) (Electrical and Electronic)
Electrical and electronic engineers do so much more than keep the lights on! From smart devices to medical imagery and defence technologies, electrical and electronic engineering contributes to every aspect of modern life.

What will you do?
Our Bachelor of Engineering (Honours) (Electrical and Electronic) is practical right from the first year. Working with our internationally renowned staff who are active in cutting-edge discoveries, you will:

• Study in state-of-the-art facilities, including a 3D prototyping lab, autonomous vehicles lab, electric machines lab, quantum engineering and semiconductor laboratories, and augmented/virtual reality laboratories.
• Learn and master new frontiers in biomedical engineering, robotics, mechatronics, quantum engineering, semiconductors, and applied electromagnetics
• Push the frontiers of knowledge in artificial intelligence, control, autonomous systems, integrated circuits for biomedical and space, and quantum electronics
• Work on practical and relevant projects with industry partners, and build confidence for tech entrepreneurship
• Specialise in your chosen electrical and electronic engineering major after the first two years
• Complete an eight-week practical experience

Major: Medical Technologies
The medical technologies major prepares you for cutting-edge design work in the rehabilitation and assistive medical devices fields. Courses involve working with artificial joints, heart valves and bone fixation devices. As well as study areas related to the musculoskeletal system, neurolung function, and medical instrumentation.

Graduates can explore a wide range of career opportunities both at home and abroad. You could find yourself developing advanced technology for the medical device industry or improving prosthetic limbs or diagnostic tools for health practitioners.