17 of 17 Permanent Validation Jobs in Cumbria

SMERAS) systems, sub-systems and equipment for the next generation Royal Navy submarines Undertake functional design activities, modelling and analysis Produce design documentation, Verification & Validation evidence and safety justifications Support specification qualification and procurement of components, working collaboratively with suppliers Engaging with stakeholders across the cross-functional project team Driving ...

SMERAS) systems, sub-systems and equipment for the next generation Royal Navy submarines Undertake functional design activities, modelling and analysis Produce design documentation, Verification & Validation evidence and safety justifications Support specification qualification and procurement of components, working collaboratively with suppliers Engaging with stakeholders across the cross-functional project team Driving ...

SMERAS) systems, sub-systems and equipment for the next generation Royal Navy submarines Undertake functional design activities, modelling and analysis Produce design documentation, Verification & Validation evidence and safety justifications Support specification qualification and procurement of components, working collaboratively with suppliers Engaging with stakeholders across the cross-functional project team Driving ...

SMERAS) systems, sub-systems and equipment for the next generation Royal Navy submarines Undertake functional design activities, modelling and analysis Produce design documentation, Verification & Validation evidence and safety justifications Support specification qualification and procurement of components, working collaboratively with suppliers Engaging with stakeholders across the cross-functional project team Driving ...

SMERAS) systems, sub-systems and equipment for the next generation Royal Navy submarines Undertake functional design activities, modelling and analysis Produce design documentation, Verification & Validation evidence and safety justifications Support specification qualification and procurement of components, working collaboratively with suppliers Engaging with stakeholders across the cross-functional project team Driving ...

SMERAS) systems, sub-systems and equipment for the next generation Royal Navy submarines Undertake functional design activities, modelling and analysis Produce design documentation, Verification & Validation evidence and safety justifications Support specification qualification and procurement of components, working collaboratively with suppliers Engaging with stakeholders across the cross-functional project team Driving ...

SMERAS) systems, sub-systems and equipment for the next generation Royal Navy submarines Undertake functional design activities, modelling and analysis Produce design documentation, Verification & Validation evidence and safety justifications Support specification qualification and procurement of components, working collaboratively with suppliers Engaging with stakeholders across the cross-functional project team Driving ...

SMERAS) systems, sub-systems and equipment for the next generation Royal Navy submarines Undertake functional design activities, modelling and analysis Produce design documentation, Verification & Validation evidence and safety justifications Support specification qualification and procurement of components, working collaboratively with suppliers Engaging with stakeholders across the cross-functional project team Driving ...

SMERAS) systems, sub-systems and equipment for the next generation Royal Navy submarines Undertake functional design activities, modelling and analysis Produce design documentation, Verification & Validation evidence and safety justifications Support specification qualification and procurement of components, working collaboratively with suppliers Engaging with stakeholders across the cross-functional project team Driving ...

consider the Design Safety, Design for Manufacture assembly, dis-assembly and end of life processing, Design to cost and Design for reliability and maintainability Validation of any systems/equipment, which may include the generation of test schedules, test and integration plans and the writing/investigation of test problem … discipline, with a demonstrated background within an engineering environment. Experience in use of Systems Engineering tools and techniques, including requirements management , product safety and validation and verification techniques. A good understanding of mechanical, electrical and software principles and their interfaces. Good working knowledge of technical office process standards, standard instructions ...

consider the Design Safety, Design for Manufacture assembly, dis-assembly and end of life processing, Design to cost and Design for reliability and maintainability Validation of any systems/equipment, which may include the generation of test schedules, test and integration plans and the writing/investigation of test problem … discipline, with a demonstrated background within an engineering environment. Experience in use of Systems Engineering tools and techniques, including requirements management , product safety and validation and verification techniques. A good understanding of mechanical, electrical and software principles and their interfaces. Good working knowledge of technical office process standards, standard instructions ...

consider the Design Safety, Design for Manufacture assembly, dis-assembly and end of life processing, Design to cost and Design for reliability and maintainability Validation of any systems/equipment, which may include the generation of test schedules, test and integration plans and the writing/investigation of test problem … discipline, with a demonstrated background within an engineering environment. Experience in use of Systems Engineering tools and techniques, including requirements management , product safety and validation and verification techniques. A good understanding of mechanical, electrical and software principles and their interfaces. Good working knowledge of technical office process standards, standard instructions ...

consider the Design Safety, Design for Manufacture assembly, dis-assembly and end of life processing, Design to cost and Design for reliability and maintainability Validation of any systems/equipment, which may include the generation of test schedules, test and integration plans and the writing/investigation of test problem … discipline, with a demonstrated background within an engineering environment. Experience in use of Systems Engineering tools and techniques, including requirements management , product safety and validation and verification techniques. A good understanding of mechanical, electrical and software principles and their interfaces. Good working knowledge of technical office process standards, standard instructions ...

consider the Design Safety, Design for Manufacture assembly, dis-assembly and end of life processing, Design to cost and Design for reliability and maintainability Validation of any systems/equipment, which may include the generation of test schedules, test and integration plans and the writing/investigation of test problem … discipline, with a demonstrated background within an engineering environment. Experience in use of Systems Engineering tools and techniques, including requirements management , product safety and validation and verification techniques. A good understanding of mechanical, electrical and software principles and their interfaces. Good working knowledge of technical office process standards, standard instructions ...

consider the Design Safety, Design for Manufacture assembly, dis-assembly and end of life processing, Design to cost and Design for reliability and maintainability Validation of any systems/equipment, which may include the generation of test schedules, test and integration plans and the writing/investigation of test problem … discipline, with a demonstrated background within an engineering environment. Experience in use of Systems Engineering tools and techniques, including requirements management , product safety and validation and verification techniques. A good understanding of mechanical, electrical and software principles and their interfaces. Good working knowledge of technical office process standards, standard instructions ...

consider the Design Safety, Design for Manufacture assembly, dis-assembly and end of life processing, Design to cost and Design for reliability and maintainability Validation of any systems/equipment, which may include the generation of test schedules, test and integration plans and the writing/investigation of test problem … discipline, with a demonstrated background within an engineering environment. Experience in use of Systems Engineering tools and techniques, including requirements management , product safety and validation and verification techniques. A good understanding of mechanical, electrical and software principles and their interfaces. Good working knowledge of technical office process standards, standard instructions ...

consider the Design Safety, Design for Manufacture assembly, dis-assembly and end of life processing, Design to cost and Design for reliability and maintainability Validation of any systems/equipment, which may include the generation of test schedules, test and integration plans and the writing/investigation of test problem … discipline, with a demonstrated background within an engineering environment. Experience in use of Systems Engineering tools and techniques, including requirements management , product safety and validation and verification techniques. A good understanding of mechanical, electrical and software principles and their interfaces. Good working knowledge of technical office process standards, standard instructions ...