Program Overview

This double degree gives you two clear career pathways. As a graduate, you may choose to be a qualified commercial pilot with engineering qualifications, knowing that airlines prefer their pilots to have an engineering qualification. Or, you could choose to be an engineer with flight qualifications, recognising that engineering companies building aircraft or aviation systems prefer flight-qualified engineers. To become flight-qualified, you must complete the Graduate Diploma of Flight Management (GDFM).

It's achievable through this unique degree that combines the Electronic Engineering or Mechanical Engineering major in the Bachelor of Engineering (Honours) with the core requirements of the Bachelor of Aviation, which includes the theoretical component of flight training.

Industry and expert connections
In aviation and engineering, building a professional network and proving your competency in the workplace is a crucial first step in your career. At Griffith, our aviation and engineering schools are well-connected with industry, so we can help our students get a foot in the door through work-integrated learning. You'll undertake a full trimester (full-time) engineering placement with a company in the aviation space, working on a live engineering project that will allow you to put your new knowledge into practice working within a high-achieving, multi-disciplinary team. That's in addition to the many opportunities we provide our students each year to participate in field trips to engineering companies, where you can meet experienced professionals and be inspired.

Graduate outcomes
As a graduate, you'll be qualified as an electronics or mechanical engineer and will have completed the full theory component for your commercial pilot's licence. This is an amazing opportunity to pursue a career as a pilot through further training or to become a highly qualified engineer in the aviation industry.

Major: Electronic Engineering
In this major, you will have the opportunity to investigate the technology, design and applications of devices and equipment that use electrical energy. You will learn to develop high technology systems that generate, store, distribute and use electrical power and gain technical skills in areas such as communications, power generation and electrical machinery. You will learn to use computer systems, lasers, and other tools to develop and improve the medical equipment used to monitor, diagnose and treat health problems.