Job Description

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 Multiphysics and Engineering Team and the Director of R&D Located in Sunbury-on-Thames 6-month Contract, 40 hours per week (Flexi-time) Please note: Candidates must undergo a background and reference check as part of the hiring process.

Overall Job Purpose

Develop CAD models of proposed geometries, perform 3D printing, and assist in preparing test plans. Conduct experimental analysis of the impact of environmental conditions on proposed geometries to evaluate performance. Support and assist in conducting theoretical, numerical, and experimental research in the disciplines of the Multiphysics Research team.

Main Tasks & Responsibilities

As part of the Research Team, your responsibilities will include:


Utilise current numerical methods and enhance workflows to improve the efficiency of geometry development. Research and analyse using the developed methods in the context of the next generation of wind sensors. Validate CFD/FEA models using the results of experimental data. Create reports of theoretical proposals and experimental results. Assist in the creation of product concepts with mechanical design.

Skills, Ability and Experience (Essential)

Currently pursuing or recently completed a degree in Physics, Aerodynamics, Acoustics, or a related field. Experience with CAD modelling and 3D printing. Experience in commercial and open-source numerical modelling packages. Experience in working from theoretical principles to develop numerical models. Ability to demonstrate a creative approach to analytical and problem-solving challenges. Self-motivated, comfortable working independently and able to prioritise.

Desirable

MSc in Physics, Aerodynamics, Acoustics, or related field, specialised in numerical and experimental methods. Experience in using COMSOL Experience in machine learning applications.

Personal Qualities

We're looking for quality-focused individuals with an excellent analytical and problem-solving approach, a conscientious mindset, and the capacity to develop a good understanding of end-user requirements and your role's impact on the overall business objectives. Due to the nature of the projects, you must be able to work independently and be a team player able to work cross-functionally with other departments; strong communication (both verbal and written) and organisation are key.