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Rapiscan Detection is an industry leader in detection technology, providing cargo and vehicle inspection systems and services for ports, borders, military, high-threat facilities, and checkpoints to help customers combat terrorism, drug smuggling, illegal immigration, and trade fraud. We offer a broad array of scanning system configurations that leverage low, medium, and high-energy X-ray technology or multiple X-ray technologies to address each customers unique security application requirements. Our commitment to excellence in imaging performance, innovative design, and uncompromising quality ensures our solutions consistently deliver best-in-class imaging, high reliability, and operator satisfaction, to help customers find threats and contraband with ease and confidence.
Company Benefits
- Holidays25 days holidays plus bank holidays which increases up to 29 days after 10 years service.
- Life insurance entitlement from first working day which is four times your basic salary.
- Charity work2 days paid if you wish to volunteer and work for your nominated charity.
- Birthday off
- Pension
- Cycle to work scheme.
- Enhanced Maternity and Paternity pay.
- Healthcare Cash plan
- Eden Red discounts
Overview of role:
This is an opportunity for an experimental X-ray scientist to join the X-ray source development team as part of a larger Engineering team designing new technologies for X-ray and CT imaging in the security market. The role will primarily involve the design and prototyping of new and novel X-ray sources but will also have an opportunity for involvement in the design of imaging systems.
The role will suit an experimental physicist / scientist with some experience of X-ray or high power electron tube design.
- To support the design and development of X-ray sources to improve image quality and threat detection capabilities in security screening systems.
- To report into the Senior X-ray Scientist and to provide design and experimental support for technology development.
- To actively contribute to the design of key tube subsystems such as electron guns, cathode technologies, anode design, high voltage insulators, etc.
- To carryout assembly and experimental validation of new tube developments.
- Analyse experimental data, interpret results and refine designs based upon findings.
- To work collaboratively within the wider Engineering team to support the development of new imaging technologies.
- To collaborate with the Production and Manufacturing Engineering teams to provide support for transferring proven technologies into production.
- To support the continual improvement of current production technologies and to support legacy systems.
- To develop interactions with other science and engineering teams globally to develop engagement on R&D projects.
- To prepare technical reports, documentation and presentation for internal and external stakeholders.
Candidate Requirements
- Postgraduate experienced in experimental radiation physics
- Experience in the fields of ultra-high vacuum is required. Experience of high voltage is advantageous.
- Strong experimental skills including the ability to design and conduct complex experiments.
- The ability to work within a multidisciplinary team and to collaborate effectively within a developmental and manufacturing environment.
- An understanding of X-ray dosimetry and shielding would be advantageous.
- A PhD in experimental radiation physics or related topic is preferred.
- This role will be based on site in Redhill.
