Quality at the heart of everything we do.
FT Technologies is a market-leading SME based in Surrey and Madrid, specialising
in designing and manufacturing ultrasonic wind sensors – also known as
anemometers or air-flow sensors. FT ultrasonic wind sensors are unique because
we use acoustic resonance to measure wind speed, direction, and temperature
using an acoustic wave resonated inside a small cavity.
The wind energy industry is growing, and FT is growing with it; this is your
place if you care about sustainability and the green revolution. In the last
decade, we have tripled in size. We employ around 100 brilliant minds who
contribute to our mission: to engineer invention through curiosity and
creativity using our core technology.
The development of our current technology will enable us to serve our existing
customers in wind energy better. With significant company investment and growth,
the invention of new products and manufacturing technology will offer our wind
sensors' unique strengths to meteorology, marine and defence customers.
Responsible to the Principal Research Engineer
Key contacts include the Director of R&D, Engineering team members, Technology,
Manufacturing, Quality, Sales, and Strategy.
Located in Sunbury-on-Thames (Hybrid optional)
40 hours per week (Flexi-time)
Please note: Candidates will be required to undergo a background and reference
check as part of the hiring process.
Main tasks and responsibilities
As part of the Research Team, your responsibilities will include the following:
Research
Conduct research using CFD analyses, modelling and experiment
Create CFD models and apply aerodynamic, thermal, and aeroacoustics principles
in the design and optimisation of the product performance, for example, its
accuracy, wind speed range and behaviour under turbulent conditions
Develop aerodynamics, thermal, and aeroacoustics concepts and determine their
performance targets and specifications, characterise critical components and
assess whether requirements are met
Validate concepts and CFD models using the results of experimental data and
feedback loop to theoretical predictions
Capture the output of research in reports for internal knowledge and external
publication
Support new product development projects through advising and modelling new
mechanical design solutions and interpreting the aerodynamics, thermal, and
aeroacoustics performances and effectiveness of prototypes
Develop multi-physics modelling capabilities with other research teams (e.g.
convected acoustics framework with Acoustics team)
Support the development of machine learning capabilities to seamlessly couple
multi-physics simulations, including the integration of digital twin
technologies
Help broaden the company’s intellectual property portfolio (patents)
Project Management
Project manage and deliver research projects (or sub-projects) led by the
Aerodynamics discipline.
Provide estimates and progress reports on work breakdown structures, tasks and
timelines for Aerodynamics research projects.
Provide expert knowledge, guidance, advice and mentoring on aerodynamic matters
to other engineers and cross-functional as required.
Adhere to the quality control of research output through documentation,
validation, review, approval and release of outputs in line with the research
development cycle and change control.
Skills, Ability and Experience (Essential)
PhD in Aerodynamics or Aeronautics specialised in Computational Fluid Dynamics.
Significant practical post-graduate experience in academia or the aerospace
industry, with fresh experience in CFD modelling
Highly competent in commercial and open-source CFD modelling packages
Experience in working from theoretical principles to develop computer models
Experience in applying RANS and LES turbulence modelling techniques and
aerothermal analyses
Expertise in aeroacoustics and aerothermal analysis
Publisher of high-quality peer-reviewed journals and international conferences
Experience using Python or equivalent to derive clear conclusions from large
database
Ability to demonstrate a creative approach to analytical and problem-solving
challenges
Self-motivated, comfortable in working independently and able to prioritise
Collaborative approach and proven flexibility to work as part of a cross-
functional team
Excellent communication skills
Comfortable working to time constraints to meet agreed deadlines
High standards of personal and professional integrity
Desirable
Specialised in subsonic flow, transitional and separated flow
Experience in laminar-turbulent transition models
Experience in using commercial (ENGYS, COMSOL) CFD modelling packages
Applied knowledge of Linux and cluster computing for high-performance tasks
Why work with us?
We have curated an extensive benefits and rewards package, including:
Life assurance scheme
Private health care plan
Optional hybrid working pattern of one day per week from home OR 3 additional
days holiday per annum (role dependent)
24 days holiday per annum, plus all bank and public holidays
Flexi-time for days worked in the office
Recruitment referral bonus scheme
Eyesight scheme
Subsidised gym membership
Sponsored professional study support
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