Flow-induced Noise and Vibration Specialist 

 

EL 1
$106,074 - $119,651 (plus super)
Fishermans Bend - VIC

The Role
The position will focus on developing capability within DSTG and Australia to model and predict flow-induced noise and vibration from naval platforms. It is a multi-disciplinary problem and the successful candidate will work alongside experts in other relevant S&T areas. The successful candidate will engage with internal and external partners in the modelling, and evaluating of noise and vibration from naval platforms. The position will also contribute to experimental programs to generate validation and supplementary data. 

The successful candidate will be responsible for the analysis, reporting, and presentation of results.   

Duties include:

• Develop validated analytical and numerical tools to predict and evaluate the flow-induced noise and vibration from naval platforms.
• Plan and manage a range of human and physical resources to conduct complex vibroacoustic and hydroacoustic research.
• Initiate, develop and maintain collaborative research projects with Australian universities, industry, and international partners.

About our Team
DST Group's Maritime Division provides technologies and scientific and technical expertise to deliver the capability edge to the war fighter and enhance the operational performance and survivability of defence platforms in the maritime domain. 

The Acoustic Signature Management (ASM) branch of Maritime Division provides Australia’s primary capability for the management and control of acoustic signatures of defence platforms and the hydrodynamic, propulsion, and manoeuvring performance of ships and submarines. 

The successful applicant will work in the Acoustic Signature Control group within the ASM branch. The group works across a number of science areas relevant to underwater acoustic signatures of maritime vessels. The group uses a variety of computer-based tools for modelling and analysis, and has access to in-house experimental facilities such as a comprehensive range of sound and vibration measuring equipment, a large water tank, anechoic chamber and low speed wind tunnel, as well as specialised facilities at partner universities.

Our Ideal Candidate
The ideal candidate will clearly demonstrate knowledge and research experience in flow-induced noise and vibration, and will be enthusiastic and motivated to apply their skills to Defence applied research programs. 

The right person will have the ability to undertake and coordinate research activities, work effectively with teams and under limited guidance. 

The candidate will be able to apply their deep scientific knowledge to solve complex real world problems, and work with stakeholders to understand and meet their needs. The candidate will have strong communication skills, with experience in presentations, demonstrations, and written communication to stakeholders, academia, international partners, and peers. The candidate will be required to manage internal and external teams to undertake collaborative science and technology projects to provide solutions to stakeholders. 

This includes the management of human, financial, and physical resources. The candidate should be able to maintain and strengthen relevant national and international research collaborations.

Application Closing Date: Monday 10 January 2022 

For further information please review the job information pack, reference DSTG/06603/21 on https://defencecareers.nga.net.au/?jati=4DEA61E6-7417-A2D5-7E22-C016519305FC.