Unspecified At Collins Aerospace Applied Research and Technology we are encouraged to think differently, challenge convention, and embrace experimentation without fear of failure.
Driven by a passion for solving complex problems, we innovate to connect the world through sustainable aviation.
As a Senior Aeroacoustics Research Scientist, you will be part of the Thermo-Mechanical Systems team, working in a creative, collaborative environment alongside leading experts in fluid dynamics, heat transfer, turbomachinery, and acoustics.
Together, you will explore and design next-generation aircraft systems.
As part of a multidisciplinary team, you will analyse and develop aircraft systems from early-stage concepts through to the delivery of advanced technologies that prioritize efficiency and a low noise footprint.
You will innovative in the delivery of advanced technology through creative analysis and problem solving; to possess the ability to select and deploy appropriate modelling fidelity for a given problem including the application of high-fidelity computational models; to communicate research results effectively through both verbal and written means; and to participate in the creation of research proposals to Collins business units and government agencies.
This role is within an international team with great talent who are passionate and knowledgeable about Themo-Mechanical Systems.
You will join a worldwide community of researchers influencing and developing industry-changing technology.
And you will do that through a mixture of theoretical analysis, modeling, simulations, and proof-of-concept demonstrations.
What YOU must have: A University Degree or equivalent experience and minimum 5 years prior relevant experience, or an Advanced Degree in a related field and minimum 3 years experience.
Experience in aeroacoustics / fluid mechanics / aerodynamics as applied to propulsion systems, rotor technologies, turbomachinery, or compression systems with experience in the application of computational fluid dynamics in one or more of these areas.
Experience with state of the art tools on noise modelling, simulation of sound propagation and interaction with structures, and techniques to minimize noise levels.
Experience in the application of analytical skills towards the development of new technologies.
Qualifications We Prefer: Master's Degree or Ph.D. in aerospace engineering, or closely related field.
Ph.D. candidates with no formal experience will be considered.
M.S. candidates must have 1+ years of experience in a relevant work environment.
Adaptability and the ability to thrive in a collaborative environment.
Excellent communication skills, informal and formal presentation skills, and ability to foster positive relationships with internal and external partners.
Ability to manage uncertain requirements, develop approaches to solve problems, and recognize when additional subject matter expertise is needed.
What YOU will learn: You will get exposure to research that will enhance your technical acumen and professional development.
You will also be able to partner with universities, government agencies, national labs, and professional organizations to maximize the impact of your own work.
Skills we value: An applied background in aerospace systems and architecture is a plus.
Experience with aerospace regulations and certification standards.
What We Offer
• Competitive salaries.
• 23 days holiday + statutory public holidays
• Contributory Pension Scheme (up to 10% company contribution)
• 'Life Assurance' with pension.
• Enhanced family friendly policies
• Private Medical Insurance Collins Aerospace, an RTX company, is a leader in technologically advanced and intelligent solutions for the global aerospace and defense industry.
Collins Aerospace has the capabilities, comprehensive portfolio, and expertise to solve customers' toughest challenges and to meet the demands of a rapidly evolving global market.