Graduate Applied Science Engineer

Support the design, development and implementation of transducers and technical solutions for the detection of physiological parameters.

Regulatory
Conduct research and development to design and optimize ultrasonic transducers for use in fetal monitors and vascular assessment devices utilising Doppler technology.

Investigate new technologies to enhance existing transducer performance and reliability.

Stay abreast of the latest advancements in the detection & monitoring of physiological vital signs parameters, including maternal contractions, maternal heart rate, fetal heart rate, fetal movement.   

Develop and utilize advanced simulation tools to model ultrasonic wave propagation and transducer behaviour for integration into medical devices.

Design, build, and rigorously test prototypes to validate design concepts and performance.

Perform detailed acoustic and mechanical testing of transducers to ensure they meet design specifications and regulatory standards. 

Work closely with cross-functional teams, including mechanical engineers, software developers and clinical experts

The Graduate Applied Science Engineer will have the following responsibilities:

Build Quality into all aspects of their work by maintaining compliance to all quality requirements.

• Experience or university exposure to MATLAB, Python, or modelling software.
• Strong understanding of ultrasonic principles including the Doppler Shift.
• Knowledge of ultrasound/acoustic wave theory.
• Understanding of materials science and thermodynamics.
• Fundamentals of signal processing.
• Excellent verbal and written communication skills.
• Ability to work collaboratively in a research-focused team environment.

Desirable Knowledge/Skills/Experience:

• Knowledge of electronics and real-time embedded systems design.
• Experience with simulation and modelling software (e.g., COMSOL, ANSYS).
• Proficiency in programming languages such as C++, C.
• Previous research experience or projects related to ultrasonic transducer development.
• Familiarity with design verification and validation processes.
• Knowledge of regulatory standards for medical devices.
• Understanding of materials science and thermodynamics.
• Experience with design control and risk management activities.

Minimum of a 2.2 Degree in Physics, Medical Engineering or related Engineering Degree.

Support our vision of collective excellence in healthcare. We value our global employees and offer full support, training, and opportunities for professional development, along with a competitive package.

At Huntleigh Healthcare, we believe in the power of diversity. We strongly encourage applicants from all parts of society, which means building a more diverse, equitable, inclusive and engaging environment – not only in the workplace, but also within the communities that we serve, work in and live in. We achieve this through a culture and mindset that values the uniqueness of all our people.

To us it matters not only what we do, but also how we do it. There are four components of our culture: 

Diversity & Inclusion – we view diversity as a driver of innovation & a catalyst for our global growth

Winning as a team – where members of our team are empowered to make decisions at the right level

Leadership style – being visible, connecting with others and leading by example

Our core values – Passion, Collaboration, Openness, Ownership & Excellence

Please be aware that by applying for this role, you are giving Huntleigh permission to store your information.

The above information in this description is intended to describe the general nature and level of work performed. It does not contain nor is it intended to be interpreted as a comprehensive inventory of all duties, responsibilities and qualifications required of employees assigned to this job.

Please be aware that by applying for this role, you are giving Huntleigh Healthcare/Arjo permission to store your information.