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Industrial Collaboration : Dr. Ooi Lu Ean

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Dr. Ooi Lu Ean

School of Mechanical Engineering, Universiti Sains Malaysia

Email: ooiluean@usm.my

Phone No:(+6)04-599 6315

Dr. Ooi displays micro-perforated panel samples developed from the Dyson-USM Crest research grant project

What is the proudest moment?

When Dyson first approached me about collaboration, I was still very new to the lecturer profession. I want to establish healthy, long lasting relationships with the people I work within the industry. As a researcher at a university, one of my goals is to produce results that will be useful to society or industry, particularly if those results would hasten economic growth or result in an increase in graduate employability for students. I want to express my appreciation for the fact that the contact between the USM team and the Dyson team has been positive from the very beginning of the partnership. We broadened the scope of our collaboration to encompass a variety of exchanges. The team from TheVibrationLab at USM put together a specialised training programme for the Dyson team to demonstrate various measurement techniques and facilitate information sharing. The members of the Dyson team also participated in the International Conference on Vibration, Sound, and System Dynamics, which was hosted by TheVibrationLab.

Dr. Ooi displays micro-perforated panel samples developed from the Dyson-USM Crest research grant project

This was done to demonstrate their support and to further our connections. Postgraduate students who participated in this project were provided with the opportunity to complete an industry attachment with Dyson, which comprised both on-site and off-site employment. These are encouraging indicators for the industry collaboration projectsince they will result in improved bonding and further knowledge exchange.

My proudest moment was when I saw the high degree of interest from the industry partner after witnessing the efficiency of the strategy that I proposed. Knowing that the efforts are being recognised by a global corporation is both satisfying and reassuring. It is especially encouraging that it occurred at the beginning of my research journey because it indicated that I was on the right track. I was able to demonstrate that the idea that was proposed had commercial value and was capable of resolving actual challenges that are being faced by the industry in terms of design and development.

Configuration for measuring the vacuum cleaner in the semi-anechoic chamber


What is the biggest challenge you faced to ensure the success of the project?

The establishment of trust between two individuals is essential to the development of any kind of relationship or personal connection. Establishing trust is not an easy process under any circumstances, but it becomes an especially challenging when working on a project that requires cooperation from various organizations.

Due to the possibility that the project would contain confidential information, trust is an absolute necessity for the success of the partnership. By conducting myself in a professional manner, I can earn the trust of my industry partners and keep our long-term partnerships strong. As a member of the university staff, it is my responsibility to strike a balance between the benefits for the university and our industry partners. Depending on the nature of the collaboration, the deliverables could be a research article or a patent. When discussing any kind of research collaboration, patent ownership is guaranteed to be the most interesting topic. We are glad to have reached a mutually beneficial agreement that benefits both USM and Dyson. We are grateful for the trust that has been earned throughout the duration of the project as it will assist in ensuring the smooth completion of the project. 

Details ef the 3D-printed micro perferated panel samples

What is the future direction of the project?

Establishing a long-term partnership with an industry partner, in my opinion, is essential for advancing research and benefiting students. The experience obtained from each project is unique and can undoubtedly aid in developing a two-way transfer of knowledge that are advantageous to both the academic community and industry.

My work with Dyson involved analysing the viability of an option for a sound absorber that is known as a micro perforated panel. We collaborate very closely to ensure that the outcome of the project is of high quality and that it is a successful endeavour. I am confident that the industry research collaboration project will increase the number of opportunities available to both students and researchers. My ability to identify solutions for industry problems has been improved by the experiences I have gained through industry research projects. I can apply the lessons that I have learned as well as the experiences that I have gained to my class. This sound absorber project is currently focused on expanding its fundamental investigation and application breadth.I hope it can be implemented on a larger scale. The implementation will have a significant impact on the society. I hope that the results of the industry collaboration project will have a positive impact on the local community and contribute positively to future development.

 

Staffs from USM team, Dyson team and Crest team in the International Conference on Vibration, Sound and System Dynamics 2019 organised by TheVibrationLab, USM

Dyson staffs attend the workshop organised by TheVibrationLab, USM