Microfabrication Scientist - Life Sciences R&D

Microfabrication Scientist - Life Sciences R&D

An exciting opportunity has arisen for an experienced microfabrication specialist to join to growing manufacturer of complex life science instrumentation.

As a Microfabrication Scientist, you will be utilising your prior experience to come up with novel solutions to complex scientific and engineering problems.

This will involve working on multiple active projects and nanodevices and their processes throughout different design stages and the foundry.

You will also be responsible for implementing new ideas within the cleanroom and will be working alongside world-class scientists and engineers to develop market-leading products for the life sciences market.

Because of this, we are looking for people with a passion for solving complex scientific problems with a desire to continually develop as a scientist.

To be considered for this exciting role you will need to have hands-on microfabrication experience coupled with a scientific or engineering related degree.

Wide-ranging MEMS process knowledge is also expected as well as experience with semiconductor equipment.

We are open to candidates with two years of post-doc experience as well as commercially experienced scientists.

In exchange for your skills and expertise, the company offer a highly competitive package as well as providing a generous share option scheme.

Because of the stage the company are at it is a really exciting time to join as they look to expand their operation and bring their product to market.

For more information, please call Matthew Lowdon of Newton Colmore Consulting on 0044 121 268 2240 or make an application and one of our team will be in touch.

Newton Colmore Consulting is a highly specialist recruitment consultancy operating within the medical devices, Scientific Engineering, Scientific Software, Robotics, Science, Electronics Design, New Product Design, Human Factors, Regulatory Affairs, Quality Assurance and Field Service Engineering sectors throughout Europe and the US.

Key words: MEMS, microfabrication, scientist, engineer, photolithography, bonding, embossing, soft-lithography, self-assembly techniques, wet/dry etching, evaporation/sputtering