The Mechanical Engineering Department at the Cape Peninsula University of Technology (CPUT) recently signed a revolutionary five-year contract with the French aerospace company, Airbus.
This partnership agreement signed between Airbus, the country’s National Aerospace Centre of Excellence (NACoE), CPUT and the University of Stellenbosch, highlights the country’s need for aerospace research and technology development.
The partnership is endorsed by the Department of Trade and Industry and will focus mainly on human resources development, including skills training and academic research. The partnership will also seek to support the government’s strategy to transform the country’s aerospace industry into a global competitor of niche services and technologies. Dr Oscar Philander, lecturer and smart materials researcher in the Mechanical Engineering is very enthusiastic and excited about the agreement. Airbus visited all the tertiary institutions last year.
Dr Philander presented them with a demonstration of the smart materials research they were doing at the time and was awarded the opportunity to be part of this very unconventional project.
The Department of Mechanical Engineering is in the process of doing research in the field of aero-morphing. This includes the use of smart materials to create more lightweight aircrafts and save natural resources and the environment in the process.
“The research we are busy with is anything but conventional. This is the future of aerospace travel and we are very proud to be part of it,” he said.
Dr Philander explained their research is concentrating on a tool that will enable the wings of an aircraft to move in accordance with the pressure from other air forces whilst at flight. He also reiterated the difference between the respective research projects the CPUT and the University of Stellenbosch are involved in.
“The research done at the University of Stellenbosch involves a more advanced version of the autonomous flight systems currently mounted in aircrafts,” he said.
Autonomous flight systems are what enable pilots to walk around within the aircraft while in flight.
“The research done at the two institutions are of utmost importance to the realisation of the aerospace goals set, but the two institutions work independently as the research they are doing is so different,” he said.
Airbus and NACoE also pledged to assist 30 post-graduate students to work on aerospace related topics.
According to Dr Philander two Masters students and one Doctoral student from each institution will be part of this initiative over the next five years.
“We are very excited to have our students taking part in such an excellent project. It will expose them to a world beyond what they have been used to so far,” he said.
By Revona Kees
Written by CPUT News
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