Mgr
Company Name:
BAE Systems
This role will provide engineering services of Nuclear Safety. The term Safety, as used in this document, combines the elements of System Safety and Nuclear Surety, as defined in MIL-STD 882 and AFI 91-103, respectively. This comprehensive safety/surety effort is the ICBM Weapon System Nuclear Surety and System Safety Program as regulated and directed by AFPDs, DoDDs, AFIs, AFMANs, and MIL-STDs. Organizations involved include USAF, AFSEC, AFMC, NWC, OO-ALC , AFGSC, using commands, NSA, contractors, and the DOE. The Nuclear Surety aspect ensures compliance via the NWSSG with DoDD 3150.2, effectively assuring adherence to the requirements found in and as regulated and directed by AFPD 91-1, AFIs 63-1201, 91-101 thru 107, AFMANs 91-118 and 91-119, and DoDD 5210.41. The System Safety aspect is defined as: The application of engineering management principles, criteria, and techniques to achieve acceptable mishap risk, within the constraints of operational effectiveness and suitability, time, and cost, throughout all phases of the system lifetime. (MIL-STD 882).
This Safety Engineer position is responsible for the development, acquisition, certification, engineering, sustainment, and disposal of the LMG-30G Minuteman III weapon system. The primary role is to ensure that this and future global strike missile weapon systems continue to meet the four DoDD 3150.2 Nuclear Safety Standards when operated IAW current technical and operational procedures. Because this weapon system comprises varying degrees of complexity and unique state-of-the-art concepts, the duties of the Safety Engineer encompass all facets of system safety and nuclear surety engineering principles throughout the design, fabrication, test and application of advanced engineering and scientific concepts and technology to achieve a comprehensive safety/surety engineering effort for weapon system construction, installation, activation, update modification and operational efforts.
The Safety Engineer is responsible for the inception-to-retirement integrated weapons system Safety engineering program. Work is assigned in terms of broad, general policy. Decisions and recommendations are accepted as authoritative. Guidance is also received from higher authority as written statements of law, policy, objectives, direction, and results required. Such guidance often is received at meetings with other Air Force activities. Through engineering advisory and consultation services for Air Force activities, frequent contact with senior level personnel of USAF, AFSEC, AFMC, NWC, OO-ALC , AFGSC, using commands, NSA, contractors, the DOE, and agencies involved in research, developmental or fabrication efforts is expected. Travel is required and is conducted by any means of commercial or military transportation as determined by management to be of the best means to effectively accomplish the mission. Documentation of results of assessments, trip reports and a final evaluation is required.
Position will be located at or near Hill AFB, Utah.
Responsibilities include:
1. Insures that Safety engineering principles are prime consideration in the design, development, test and installation/operation of systems, subsystems and equipment or modifications thereof.
2. Provides design engineering support to procurement: preparation of specifications and exhibits, evaluation of technical proposals, performance of product qualification testing, and certification of the adequacy/accuracy of engineering data.
3. Provides Safety requirements and procedures for all statements of work, purchase requests, tasks, exhibits and contracts on all missiles, and for accomplishing special tests, modification programs, and repair/maintenance actions.
4. Participates in development and achievement of Safety engineering plans for implementation of objectives, policies, requirements, types of analyses, Safety organization and procedures for accomplishing Safety objectives.
5. Provides guidance and direction for application of Safety engineering principles to all engineering efforts, specifically the application of scientific and engineering criteria, principles and techniques in applicable disciplines throughout all aspects of system development and operation to assure optimum Surety.
6. Exercises weapon system sustainment and contractor engineering efforts to provide Safety engineering plans and integration of system modifications; accepts, alters and/or rejects contractor actions on basis of feasibility, adequacy of engineering approach, economics, maintainability, reliability, system safety implications, etc.; maintains system specifications, system performance at demonstrated levels, and the overall program within contract performance, cost and schedule requirements; identifies system impacts with sufficient lead time for the government to fund and implement solutions.
7. Initiates, directs or conducts special engineering research and development projects to determine internal subsystem Safety effects based on the failure mode data developed under subsystem failure mode analyses.
8. Prepares or provides oversight of engineering safety hazard analyses that identify functional safety relationships of subsystem major components and equipment IAW appropriate requirements. These analyses identify components and equipment whose functional failure or performance degradation could result in hazardous situations, operations and procedures.
9. Provides the AFPD 91-2, Safety Programs, implementation process for accident/incident investigation and reporting boards to determine cause, correction and disposition action. Reviews all missile accident reports and provides guidance regarding the control and use of privileged safety reports, IAW AFI 91-204. This applies to commanders, managers, supervisors, and safety staffs at all levels, all persons who investigate and report Air Force mishaps, and those persons who handle such reports.
10. Participates in SSWG meetings IAW AFR 127-8 and AFR 127-13, NSWG meetings IAW AFI 91-103, NWSSG meetings IAW DoDD 3150.2, including major modification Special Studies and 5-year OSRs , and Physical Security Group meetings IAW DoDD 5210.41.
11. Participates in general weapon system state-of-health meetings involving systems engineering and integration, technical design review, program, risk, and configuration management and control, certification, test and aging/surveillance analysis, depot-level maintenance, storage and transportation, acquisition, fault tree analysis, safety impact, long-range planning, scheduling, et al
Required Skills and Education
Required education: Bachelor Degree
The Safety Engineer may have previous ICBM RS/RV sustainment and program experience, with for the Minuteman, Peacekeeper, ALCS, NMD, and KEI weapon systems; special subsystem studies, such as SRV, SERV, fuze, and DOE threat mitigation; long-range planning, advanced weapon systems, and future ICBM applications involving Air Force, joint services, government, contractor, and civilian organizations and agencies; system effectiveness, reliability analyses, aging surveillance, environmental engineering, test and assessment, system requirements and specifications documentation, NSCCA/PATE and IV&V software management, and configuration management; acquisition, business data analysis, interface control management, program-level cost/benefit, pipeline analysis; contracting skills involving cost analyses, audits, project planning and control, and proposal and contract negotiations; and logistics support experience in facilities, personnel, communications, purchasing, resource planning, and materiel distribution.
Preferred Skills and Education
About BAE Systems Support Solutions
BAE Systems is a premier global defense, aerospace and security company with approximately 90,000 employees delivering a full range of products and services for air, land and naval forces, as well as advanced electronics, security, information technology solutions and customer support and services.
The Support Solutions (S2) sector provides a wide range of products and services, including engineering, systems integration, ship repair, and readiness & sustainment for military and commercial customers throughout the product life cycle, anywhere around the world. This sector is headquartered in Washington, D.C. Core capabilities include: o Expertise as a leading provider of non-nuclear ship repair and overhaul services o Sustainment services to extend the viability of existing land and maritime platforms at home and in theater, while modernizing to meet evolving threats o Experienced partner providing seamless, onsite management of military and government customer operations o High-volume producer of protective and load-carrying gear for military personnel
People are the greatest asset in any Company.
BAE Systems is committed to a high performance culture and provides an environment that challenges our employees to be remarkable and obtain their full potential.
Equal Opportunity Employer. Females. Minorities. Veterans. Disabled
Department
A1A1960000_FISAC
Company
TST_BAE Systems Tech Sols&Svcs Inc
Mgr
Ogden, Utah
5056BR-1000 Estimated Salary: $20 to $28 per hour based on qualifications.
BAE Systems
This role will provide engineering services of Nuclear Safety. The term Safety, as used in this document, combines the elements of System Safety and Nuclear Surety, as defined in MIL-STD 882 and AFI 91-103, respectively. This comprehensive safety/surety effort is the ICBM Weapon System Nuclear Surety and System Safety Program as regulated and directed by AFPDs, DoDDs, AFIs, AFMANs, and MIL-STDs. Organizations involved include USAF, AFSEC, AFMC, NWC, OO-ALC , AFGSC, using commands, NSA, contractors, and the DOE. The Nuclear Surety aspect ensures compliance via the NWSSG with DoDD 3150.2, effectively assuring adherence to the requirements found in and as regulated and directed by AFPD 91-1, AFIs 63-1201, 91-101 thru 107, AFMANs 91-118 and 91-119, and DoDD 5210.41. The System Safety aspect is defined as: The application of engineering management principles, criteria, and techniques to achieve acceptable mishap risk, within the constraints of operational effectiveness and suitability, time, and cost, throughout all phases of the system lifetime. (MIL-STD 882).
This Safety Engineer position is responsible for the development, acquisition, certification, engineering, sustainment, and disposal of the LMG-30G Minuteman III weapon system. The primary role is to ensure that this and future global strike missile weapon systems continue to meet the four DoDD 3150.2 Nuclear Safety Standards when operated IAW current technical and operational procedures. Because this weapon system comprises varying degrees of complexity and unique state-of-the-art concepts, the duties of the Safety Engineer encompass all facets of system safety and nuclear surety engineering principles throughout the design, fabrication, test and application of advanced engineering and scientific concepts and technology to achieve a comprehensive safety/surety engineering effort for weapon system construction, installation, activation, update modification and operational efforts.
The Safety Engineer is responsible for the inception-to-retirement integrated weapons system Safety engineering program. Work is assigned in terms of broad, general policy. Decisions and recommendations are accepted as authoritative. Guidance is also received from higher authority as written statements of law, policy, objectives, direction, and results required. Such guidance often is received at meetings with other Air Force activities. Through engineering advisory and consultation services for Air Force activities, frequent contact with senior level personnel of USAF, AFSEC, AFMC, NWC, OO-ALC , AFGSC, using commands, NSA, contractors, the DOE, and agencies involved in research, developmental or fabrication efforts is expected. Travel is required and is conducted by any means of commercial or military transportation as determined by management to be of the best means to effectively accomplish the mission. Documentation of results of assessments, trip reports and a final evaluation is required.
Position will be located at or near Hill AFB, Utah.
Responsibilities include:
1. Insures that Safety engineering principles are prime consideration in the design, development, test and installation/operation of systems, subsystems and equipment or modifications thereof.
2. Provides design engineering support to procurement: preparation of specifications and exhibits, evaluation of technical proposals, performance of product qualification testing, and certification of the adequacy/accuracy of engineering data.
3. Provides Safety requirements and procedures for all statements of work, purchase requests, tasks, exhibits and contracts on all missiles, and for accomplishing special tests, modification programs, and repair/maintenance actions.
4. Participates in development and achievement of Safety engineering plans for implementation of objectives, policies, requirements, types of analyses, Safety organization and procedures for accomplishing Safety objectives.
5. Provides guidance and direction for application of Safety engineering principles to all engineering efforts, specifically the application of scientific and engineering criteria, principles and techniques in applicable disciplines throughout all aspects of system development and operation to assure optimum Surety.
6. Exercises weapon system sustainment and contractor engineering efforts to provide Safety engineering plans and integration of system modifications; accepts, alters and/or rejects contractor actions on basis of feasibility, adequacy of engineering approach, economics, maintainability, reliability, system safety implications, etc.; maintains system specifications, system performance at demonstrated levels, and the overall program within contract performance, cost and schedule requirements; identifies system impacts with sufficient lead time for the government to fund and implement solutions.
7. Initiates, directs or conducts special engineering research and development projects to determine internal subsystem Safety effects based on the failure mode data developed under subsystem failure mode analyses.
8. Prepares or provides oversight of engineering safety hazard analyses that identify functional safety relationships of subsystem major components and equipment IAW appropriate requirements. These analyses identify components and equipment whose functional failure or performance degradation could result in hazardous situations, operations and procedures.
9. Provides the AFPD 91-2, Safety Programs, implementation process for accident/incident investigation and reporting boards to determine cause, correction and disposition action. Reviews all missile accident reports and provides guidance regarding the control and use of privileged safety reports, IAW AFI 91-204. This applies to commanders, managers, supervisors, and safety staffs at all levels, all persons who investigate and report Air Force mishaps, and those persons who handle such reports.
10. Participates in SSWG meetings IAW AFR 127-8 and AFR 127-13, NSWG meetings IAW AFI 91-103, NWSSG meetings IAW DoDD 3150.2, including major modification Special Studies and 5-year OSRs , and Physical Security Group meetings IAW DoDD 5210.41.
11. Participates in general weapon system state-of-health meetings involving systems engineering and integration, technical design review, program, risk, and configuration management and control, certification, test and aging/surveillance analysis, depot-level maintenance, storage and transportation, acquisition, fault tree analysis, safety impact, long-range planning, scheduling, et al
Required Skills and Education
Required education: Bachelor Degree
The Safety Engineer may have previous ICBM RS/RV sustainment and program experience, with for the Minuteman, Peacekeeper, ALCS, NMD, and KEI weapon systems; special subsystem studies, such as SRV, SERV, fuze, and DOE threat mitigation; long-range planning, advanced weapon systems, and future ICBM applications involving Air Force, joint services, government, contractor, and civilian organizations and agencies; system effectiveness, reliability analyses, aging surveillance, environmental engineering, test and assessment, system requirements and specifications documentation, NSCCA/PATE and IV&V software management, and configuration management; acquisition, business data analysis, interface control management, program-level cost/benefit, pipeline analysis; contracting skills involving cost analyses, audits, project planning and control, and proposal and contract negotiations; and logistics support experience in facilities, personnel, communications, purchasing, resource planning, and materiel distribution.
Preferred Skills and Education
About BAE Systems Support Solutions
BAE Systems is a premier global defense, aerospace and security company with approximately 90,000 employees delivering a full range of products and services for air, land and naval forces, as well as advanced electronics, security, information technology solutions and customer support and services.
The Support Solutions (S2) sector provides a wide range of products and services, including engineering, systems integration, ship repair, and readiness & sustainment for military and commercial customers throughout the product life cycle, anywhere around the world. This sector is headquartered in Washington, D.C. Core capabilities include: o Expertise as a leading provider of non-nuclear ship repair and overhaul services o Sustainment services to extend the viability of existing land and maritime platforms at home and in theater, while modernizing to meet evolving threats o Experienced partner providing seamless, onsite management of military and government customer operations o High-volume producer of protective and load-carrying gear for military personnel
People are the greatest asset in any Company.
BAE Systems is committed to a high performance culture and provides an environment that challenges our employees to be remarkable and obtain their full potential.
Equal Opportunity Employer. Females. Minorities. Veterans. Disabled
Department
A1A1960000_FISAC
Company
TST_BAE Systems Tech Sols&Svcs Inc
Mgr
Ogden, Utah
5056BR-1000 Estimated Salary: $20 to $28 per hour based on qualifications.
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