Job title:
Senior Radiation Physicist Job Type:
Permanent Start date:
Subject to Clearance Salary Range:
Up to £49,000 Benefits:
26 Days Holiday + Bank Holidays ,
Pension Scheme - 6-8% Matched ,
Flexible start & Finish times . Location:
Barrow-In-Furness Hybrid Working Available -
1-2 Days Per Week Hours of work:
37 Hours + Overtime Available (Double time for anything over two hours)
Role & Responsibilities:
Carry out radiological safety assessments Assess radiation damage risk to electronics Develop and deploy radiation detection systems Complete the systems engineering design of the secondary shielding system Run and analyse calculations Provide technical advice on impact of changes and defects Developing ALARP justifications in support of design decisions Qualifications/Experience Required:
Degree in Mathematics, Physics, Chemistry, Engineering, Nuclear Science, or a related field Demonstrable knowledge/experience of radiation physics, nuclear engineering, nuclear safety or similar Knowledge/experience of Radiological safety assessments, ALARP justifications or similar Knowledge/experience of radiation transport methods (ATTILLA/MCBEND/MCNP etc.) Good written and verbal communication skills UK National Security Vetting Status:
Applicants must be able to obtain UKSV SC Clearance. Interested in this position? Please click
"apply now" Company information: This Permanent vacancy is being advertised by
Rullion Ltd
Since 1978, Rullion has been securing exceptional candidates for a range of clients; from large well-known brands, to SMEs and start-ups. As a family-owned business, Rullion's approach is credible and honest, focused on building long-lasting relationships with both clients and candidates.
Rullion is a forward-thinking recruitment company that specialises in providing a wide range of talent consultancy services to a diverse client base; from small start-ups to large household names. Rullion celebrates and supports diversity and is committed to ensuring equal opportunities for both employees and applicants.
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Senior Radiation Physicist Job Type:
Permanent Start date:
Subject to Clearance Salary Range:
Up to £49,000 Benefits:
26 Days Holiday + Bank Holidays ,
Pension Scheme - 6-8% Matched ,
Flexible start & Finish times . Location:
Barrow-In-Furness Hybrid Working Available -
1-2 Days Per Week Hours of work:
37 Hours + Overtime Available (Double time for anything over two hours)
Role & Responsibilities:
Carry out radiological safety assessments Assess radiation damage risk to electronics Develop and deploy radiation detection systems Complete the systems engineering design of the secondary shielding system Run and analyse calculations Provide technical advice on impact of changes and defects Developing ALARP justifications in support of design decisions Qualifications/Experience Required:
Degree in Mathematics, Physics, Chemistry, Engineering, Nuclear Science, or a related field Demonstrable knowledge/experience of radiation physics, nuclear engineering, nuclear safety or similar Knowledge/experience of Radiological safety assessments, ALARP justifications or similar Knowledge/experience of radiation transport methods (ATTILLA/MCBEND/MCNP etc.) Good written and verbal communication skills UK National Security Vetting Status:
Applicants must be able to obtain UKSV SC Clearance. Interested in this position? Please click
"apply now" Company information: This Permanent vacancy is being advertised by
Rullion Ltd
Since 1978, Rullion has been securing exceptional candidates for a range of clients; from large well-known brands, to SMEs and start-ups. As a family-owned business, Rullion's approach is credible and honest, focused on building long-lasting relationships with both clients and candidates.
Rullion is a forward-thinking recruitment company that specialises in providing a wide range of talent consultancy services to a diverse client base; from small start-ups to large household names. Rullion celebrates and supports diversity and is committed to ensuring equal opportunities for both employees and applicants.
#J-18808-Ljbffr
