We have a new and exciting opportunity for an individual to join us as our Motion Control Lead Engineer at the ISIS Neutron and Muon Source facility, based at the STFC Rutherford Appleton Laboratory in Oxfordshire. We are looking to build a motion control support team and this post is the first step to achieving our goal. The postholder will have the unique opportunity to help recruit and shape the team that will support our network of motion control systems.
About the role
You will be part of the ISIS Electronic and Electrical User Support Group (EESUG), where you will take a leading role in the maintenance, servicing and repair of the motion control systems that form an integral part of the ISIS suite of beam instruments. The work will include job prioritization and planning. You will be part of the on-call system, where occasional working out of hours may be required.
You will contribute to technical reviews where your operational expertise will feed in to the design of new motion systems. You will also be involved in the testing, installation and commissioning of new motion systems.
An important part of your role as Lead Engineer will be the development of an effective Motion Control Support Section that is capable of meeting the growing demands of the ISIS instruments. This will be achieved through a recruitment campaign which you will organise together with the EEUSG Group leader.
You will oversee the training for new staff joining the motion control section and provide guidance for all health and safety issues. You will have the opportunity for travel to conferences and workshops within the UK and overseas to showcase the work of the Motion Control Support Section.
You will be degree level qualified, or equivalent, in a relevant field of engineering (electronics, electrical, mechanical, mechatronics), with an in-depth working knowledge of motion control systems and their applications.
You will process a wide range of technical experience, such as system design, commissioning, repair and fault-finding skills, and you will be able to show a creative and adaptive approach to solving problems. You will have previous experience of working in a team environment. Experience in leading a team is desirable but not essential.
ISIS is a particle accelerator used to probe the structure of matter. The accelerator delivers high energy protons to a heavy metal target contained within a target station. The resultant collision of the protons with the metal target produces a high flux of neutrons that are guided away from the target station to a number of specialised instruments. Located inside each instrument is the sample of material to be tested. Illuminating the material with the neutron bean yields such information as atomic structure, phase changes in the material, internal electric and magnetic fields and mechanical stresses and strains. Many of the 36 instruments have moving parts that need to be positioned to a high accuracy. The material under investigation also needs to be positioned accurately relative to both the instrument and the neutron beam. All this is achieved with the latest motion control technology.
We are offering a permanent position that provides a whole host of great benefits including; 30 days holiday (in addition to bank holidays), an excellent pension scheme, employee shopping/travel discounts, a salary sacrifice cycle to work scheme, plus many more benefits and wellbeing initiatives that enable our employees to have a great work life balance.
How to apply
Applicants are required to submit a CV and a cover letter outlining their suitability for this role. Please ensure your cover letter properly showcases your skills in relation to the defined criteria. Early applications are encouraged, as candidates may be invited for interview ahead of the closing date.
The closing date for applications is 27/06/21.