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🌟 Far System Engineer – FS Poly
uncovered
Job description system engineer – Program Integration/PKI – 20+ years of experience – (partial work) – TS/Sci W/Poly required from the halogen engineering group looking for the system engineer who is looking for a technical practical site that supports HPDA (Y3322) of projects. This is not the position of your model systems engineer. In this position, the systems engineer must be responsible for the efforts of the integration of software, PKI, and maintaining automatic infrastructure solutions to ensure the availability of HPC systems and expansion in the Linux environment. Location: Annapolis Junction, MD
Travel is required: No
Transformation: Today
Far type: 16 hours/week of remote work on the basis of tasks
Security clearance: current TS/Sci
Lying detector: The required salary range ranges from the expected compensation scope of this position from 193 thousand to 232 km (annual USD). The salary is determined by many factors, including but not limited to, a special individual mix of education, knowledge, skills, competencies, and expertise, as well as the ability to withstand the ability to afford costs and the capabilities of organizational requirements-management of the system requirements and the requirements derived to ensure the connection of production systems that are compatible with architecture (S).
Contribute to developing sections of engineering documents for systems such as system engineering plans, initial capabilities documents, requirements for requirements, and interface control documents
Help in developing system requirements and job requirements and allocating them to individual devices, programs, attachments and employees employee components
Form the decision of the procedure elements from the configuration control panel meetings (CCB), design reviews, program reviews, and test reviews that require coordination through discipline
Participated in an integrated product team to design new capabilities based on the evaluation of all the considerations necessary for development and operation
Allocating the process budgets in the actual time, the error budgets for the systems and the components of the sub -system
Generating the concepts of alternative system, physical structure and design solutions
Defining methods, operations and evaluation criteria through which systems, sub -systems and work products are verified in exchange for their requirements in a written plan
Develop a system design solution that meets the system requirements and achieves functional analysis
Review and submit inputs to the structure of work and contract details (WBS), work packages and the integrated main plan (IMP)
Participate in the development of system engineering documents, such as system engineering plans, initial capabilities documents, requirements, and interface control documents
Participate in the definition of the interface, design and changes in training between affected groups and individuals during the life cycle
Discover from the regime’s requirements, they are the needs of stakeholders, and the jobs that may be logically deduced and guaranteed as necessary for the effectiveness of the system
The lowest level requirements are derived from the higher levels of the higher level that describe in detail the functions that the component of the system must fulfill, and to ensure that these requirements are complete, correct, unique, unambiguous, investigative, and can be verified
Participate in identifying and acquiring approval to define the system or component under development (requirements, designs, interfaces, test procedures, etc.) that provide a joint reference point for hardware and software developers
Developing requirements for information guarantee services (secrecy, integrity, non -disguise, and availability); Essential information guarantee mechanisms (for example, identification, authentication, access control, accountability); Security mechanism technology (passwords, encryption, appreciation access control, compulsory control, retail, main management, etc.)
Implementing comprehensive service solutions
Implementing the operational offer, displaying technical standards, system display and services for structure using the applicable Dodaf standards
Review and/or approval of system engineering documents to ensure that operations and specifications meet the needs of the system, which are accurate, comprehensive and complete
Take all interface designs in the joint interface control format, storing interface data in a commonly accessible warehouse
Each risk to the program and determine the possibility and results of quantitative failure in accordance with the approved risk management plan
In conjunction with stakeholders in the system, plans for efforts to verify new and unconfirmed designs early in the development cycle of development to ensure compliance with the specific requirements
Preparing timeline analysis plans shows the flow of time -based jobs
Establishing an official control process and managing changes in requirements and formally manage them, consider effects before adhering to the change, acquiring the purchase of stakeholders, eliminating mystery, ensuring tracking of the source requirements, tracking and evaluating open procedures
Management and ensuring technical safety of the system foundation over time, it is constantly updated with the imposition of various changes on the system during the life cycle of development through publication, operations and maintenance
Support the testing and analysis of the test for the DOD certificate/accreditation process (in addition to other government certificates operations (C & A)) its operations)
Support for developing and reviewing the JCIDS Development Documentation Document (i.e. initial power document, premier document, IA Document)
Providing technical guidance to develop, engineering, communication, integration and testing specific components for complex devices/software systems to include the requirements of deduction, analysis and job allocation, regulations requirements reviews, developing standards for operation and interface, and developing system structures
The development of scenarios (topics) and a operating concept that describes the interactions between the system, the user and the environment, which meet the needs of operational, support, maintenance and disposal
Make a quantitative analysis in the areas of non -functional system performance such as reliability, maintenance, weakness, survival capacity, production capacity, etc.)
Establishing and following an official procedure to coordinate system integration activities between multiple teams, and ensuring full coverage of all facades
Developing comprehensive service solutions
Development of the operational offer, technical standards display, system offer and services for structure using the applicable Dodaf standards
Procedure and/or approval of the comprehensive system trade analyzes to improve the system operations throughout its life cycle through the appropriate balance for the areas of non -functional system performance
Use models, simulation and premium models to reduce risks and reduce the cost of developing the system
Make sure to review and periodic review of the advanced composition of a system, each of the components of devices, programs and related documents, during the age of the system
As a member of CCB
Developing system design alternatives that consider the cost of life cycle, reuse, complexity, risks, system expansion, and growth
Develop alternative paths to work, solutions, and the reality that is falling with the recommended work path for each danger, monitoring and re -evaluating them in the appropriate landmarks. Watch the risks using the acquired value management data (EVM)
Maintaining knowledge of the current and developed agency and national and international standards applied to the development of an interesting system.
Apply and apply the use of appropriate criteria to ensure the consistency of developers and programs as a participant in the voltage analysis of alternatives (AOA), and recommends a favorite solution based on
Providing technical guidance for the development, engineering, communication, integration and testing of all components of complex devices/software systems to include the requirements for deduction, analysis and function
Improving standard integration strategies based on the logical basis of previous decisions that improved integration performance
Select full facades in terms of construction, destination, motivation and data features for programs; And the electrical and mechanical features of the devices require technical skills using Linux Cli
Experience experience writing text software using Bash/Python
Linux management experience including programs integration, service management, training management, routine sustainability processes related to providing, storage and networks.
Cots/Gots/FOSS, libraries and packages in Linux programs
Experience with Secret Management products, including Vault
Experience with huge data processing/batch and analytical frameworks
Experience with CI/CD principles, methodologies and tools such as Gitlab Ci. Click apply for full job details
Travel is required: No
Transformation: Today
Far type: 16 hours/week of remote work on the basis of tasks
Security clearance: current TS/Sci
Lying detector: The required salary range ranges from the expected compensation scope of this position from 193 thousand to 232 km (annual USD). The salary is determined by many factors, including but not limited to, a special individual mix of education, knowledge, skills, competencies, and expertise, as well as the ability to withstand the ability to afford costs and the capabilities of organizational requirements-management of the system requirements and the requirements derived to ensure the connection of production systems that are compatible with architecture (S).
Contribute to developing sections of engineering documents for systems such as system engineering plans, initial capabilities documents, requirements for requirements, and interface control documents
Help in developing system requirements and job requirements and allocating them to individual devices, programs, attachments and employees employee components
Form the decision of the procedure elements from the configuration control panel meetings (CCB), design reviews, program reviews, and test reviews that require coordination through discipline
Participated in an integrated product team to design new capabilities based on the evaluation of all the considerations necessary for development and operation
Allocating the process budgets in the actual time, the error budgets for the systems and the components of the sub -system
Generating the concepts of alternative system, physical structure and design solutions
Defining methods, operations and evaluation criteria through which systems, sub -systems and work products are verified in exchange for their requirements in a written plan
Develop a system design solution that meets the system requirements and achieves functional analysis
Review and submit inputs to the structure of work and contract details (WBS), work packages and the integrated main plan (IMP)
Participate in the development of system engineering documents, such as system engineering plans, initial capabilities documents, requirements, and interface control documents
Participate in the definition of the interface, design and changes in training between affected groups and individuals during the life cycle
Discover from the regime’s requirements, they are the needs of stakeholders, and the jobs that may be logically deduced and guaranteed as necessary for the effectiveness of the system
The lowest level requirements are derived from the higher levels of the higher level that describe in detail the functions that the component of the system must fulfill, and to ensure that these requirements are complete, correct, unique, unambiguous, investigative, and can be verified
Participate in identifying and acquiring approval to define the system or component under development (requirements, designs, interfaces, test procedures, etc.) that provide a joint reference point for hardware and software developers
Developing requirements for information guarantee services (secrecy, integrity, non -disguise, and availability); Essential information guarantee mechanisms (for example, identification, authentication, access control, accountability); Security mechanism technology (passwords, encryption, appreciation access control, compulsory control, retail, main management, etc.)
Implementing comprehensive service solutions
Implementing the operational offer, displaying technical standards, system display and services for structure using the applicable Dodaf standards
Review and/or approval of system engineering documents to ensure that operations and specifications meet the needs of the system, which are accurate, comprehensive and complete
Take all interface designs in the joint interface control format, storing interface data in a commonly accessible warehouse
Each risk to the program and determine the possibility and results of quantitative failure in accordance with the approved risk management plan
In conjunction with stakeholders in the system, plans for efforts to verify new and unconfirmed designs early in the development cycle of development to ensure compliance with the specific requirements
Preparing timeline analysis plans shows the flow of time -based jobs
Establishing an official control process and managing changes in requirements and formally manage them, consider effects before adhering to the change, acquiring the purchase of stakeholders, eliminating mystery, ensuring tracking of the source requirements, tracking and evaluating open procedures
Management and ensuring technical safety of the system foundation over time, it is constantly updated with the imposition of various changes on the system during the life cycle of development through publication, operations and maintenance
Support the testing and analysis of the test for the DOD certificate/accreditation process (in addition to other government certificates operations (C & A)) its operations)
Support for developing and reviewing the JCIDS Development Documentation Document (i.e. initial power document, premier document, IA Document)
Providing technical guidance to develop, engineering, communication, integration and testing specific components for complex devices/software systems to include the requirements of deduction, analysis and job allocation, regulations requirements reviews, developing standards for operation and interface, and developing system structures
The development of scenarios (topics) and a operating concept that describes the interactions between the system, the user and the environment, which meet the needs of operational, support, maintenance and disposal
Make a quantitative analysis in the areas of non -functional system performance such as reliability, maintenance, weakness, survival capacity, production capacity, etc.)
Establishing and following an official procedure to coordinate system integration activities between multiple teams, and ensuring full coverage of all facades
Developing comprehensive service solutions
Development of the operational offer, technical standards display, system offer and services for structure using the applicable Dodaf standards
Procedure and/or approval of the comprehensive system trade analyzes to improve the system operations throughout its life cycle through the appropriate balance for the areas of non -functional system performance
Use models, simulation and premium models to reduce risks and reduce the cost of developing the system
Make sure to review and periodic review of the advanced composition of a system, each of the components of devices, programs and related documents, during the age of the system
As a member of CCB
Developing system design alternatives that consider the cost of life cycle, reuse, complexity, risks, system expansion, and growth
Develop alternative paths to work, solutions, and the reality that is falling with the recommended work path for each danger, monitoring and re -evaluating them in the appropriate landmarks. Watch the risks using the acquired value management data (EVM)
Maintaining knowledge of the current and developed agency and national and international standards applied to the development of an interesting system.
Apply and apply the use of appropriate criteria to ensure the consistency of developers and programs as a participant in the voltage analysis of alternatives (AOA), and recommends a favorite solution based on
Providing technical guidance for the development, engineering, communication, integration and testing of all components of complex devices/software systems to include the requirements for deduction, analysis and function
Improving standard integration strategies based on the logical basis of previous decisions that improved integration performance
Select full facades in terms of construction, destination, motivation and data features for programs; And the electrical and mechanical features of the devices require technical skills using Linux Cli
Experience experience writing text software using Bash/Python
Linux management experience including programs integration, service management, training management, routine sustainability processes related to providing, storage and networks.
Cots/Gots/FOSS, libraries and packages in Linux programs
Experience with Secret Management products, including Vault
Experience with huge data processing/batch and analytical frameworks
Experience with CI/CD principles, methodologies and tools such as Gitlab Ci. Click apply for full job details
🔗 Read more at: Source
Hashtags: #System #Engineer #Poly
Written by on 2025-09-17 06:06:00
Source Feed: We Work Remotely: Full-Stack Programming Jobs
🌟 Far System Engineer – FS Poly
revealed
Job description system engineer – Program Integration/PKI – 20+ years of experience – (partial work) – TS/Sci W/Poly required from the halogen engineering group looking for the system engineer who is looking for a technical practical site that supports HPDA (Y3322) of projects. This is not the position of your model systems engineer. In this position, the systems engineer must be responsible for the efforts of the integration of software, PKI, and maintaining automatic infrastructure solutions to ensure the availability of HPC systems and expansion in the Linux environment. Location: Annapolis Junction, MD
Travel is required: No
Transformation: Today
Far type: 16 hours/week of remote work on the basis of tasks
Security clearance: current TS/Sci
Lying detector: The required salary range ranges from the expected compensation scope of this position from 193 thousand to 232 km (annual USD). The salary is determined by many factors, including but not limited to, a special individual mix of education, knowledge, skills, competencies, and expertise, as well as the ability to withstand the ability to afford costs and the capabilities of organizational requirements-management of the system requirements and the requirements derived to ensure the connection of production systems that are compatible with architecture (S).
Contribute to developing sections of engineering documents for systems such as system engineering plans, initial capabilities documents, requirements for requirements, and interface control documents
Help in developing system requirements and job requirements and allocating them to individual devices, programs, attachments and employees employee components
Form the decision of the procedure elements from the configuration control panel meetings (CCB), design reviews, program reviews, and test reviews that require coordination through discipline
Participated in an integrated product team to design new capabilities based on the evaluation of all the considerations necessary for development and operation
Allocating the process budgets in the actual time, the error budgets for the systems and the components of the sub -system
Generating the concepts of alternative system, physical structure and design solutions
Defining methods, operations and evaluation criteria through which systems, sub -systems and work products are verified in exchange for their requirements in a written plan
Develop a system design solution that meets the system requirements and achieves functional analysis
Review and submit inputs to the structure of work and contract details (WBS), work packages and the integrated main plan (IMP)
Participate in the development of system engineering documents, such as system engineering plans, initial capabilities documents, requirements, and interface control documents
Participate in the definition of the interface, design and changes in training between affected groups and individuals during the life cycle
Discover from the regime’s requirements, they are the needs of stakeholders, and the jobs that may be logically deduced and guaranteed as necessary for the effectiveness of the system
The lowest level requirements are derived from the higher levels of the higher level that describe in detail the functions that the component of the system must fulfill, and to ensure that these requirements are complete, correct, unique, unambiguous, investigative, and can be verified
Participate in identifying and acquiring approval to define the system or component under development (requirements, designs, interfaces, test procedures, etc.) that provide a joint reference point for hardware and software developers
Developing requirements for information guarantee services (secrecy, integrity, non -disguise, and availability); Essential information guarantee mechanisms (for example, identification, authentication, access control, accountability); Security mechanism technology (passwords, encryption, appreciation access control, compulsory control, retail, main management, etc.)
Implementing comprehensive service solutions
Implementing the operational offer, displaying technical standards, system display and services for structure using the applicable Dodaf standards
Review and/or approval of system engineering documents to ensure that operations and specifications meet the needs of the system, which are accurate, comprehensive and complete
Take all interface designs in the joint interface control format, storing interface data in a commonly accessible warehouse
Each risk to the program and determine the possibility and results of quantitative failure in accordance with the approved risk management plan
In conjunction with stakeholders in the system, plans for efforts to verify new and unconfirmed designs early in the development cycle of development to ensure compliance with the specific requirements
Preparing timeline analysis plans shows the flow of time -based jobs
Establishing an official control process and managing changes in requirements and formally manage them, consider effects before adhering to the change, acquiring the purchase of stakeholders, eliminating mystery, ensuring tracking of the source requirements, tracking and evaluating open procedures
Management and ensuring technical safety of the system foundation over time, it is constantly updated with the imposition of various changes on the system during the life cycle of development through publication, operations and maintenance
Support the testing and analysis of the test for the DOD certificate/accreditation process (in addition to other government certificates operations (C & A)) its operations)
Support for developing and reviewing the JCIDS Development Documentation Document (i.e. initial power document, premier document, IA Document)
Providing technical guidance to develop, engineering, communication, integration and testing specific components for complex devices/software systems to include the requirements of deduction, analysis and job allocation, regulations requirements reviews, developing standards for operation and interface, and developing system structures
The development of scenarios (topics) and a operating concept that describes the interactions between the system, the user and the environment, which meet the needs of operational, support, maintenance and disposal
Make a quantitative analysis in the areas of non -functional system performance such as reliability, maintenance, weakness, survival capacity, production capacity, etc.)
Establishing and following an official procedure to coordinate system integration activities between multiple teams, and ensuring full coverage of all facades
Developing comprehensive service solutions
Development of the operational offer, technical standards display, system offer and services for structure using the applicable Dodaf standards
Procedure and/or approval of the comprehensive system trade analyzes to improve the system operations throughout its life cycle through the appropriate balance for the areas of non -functional system performance
Use models, simulation and premium models to reduce risks and reduce the cost of developing the system
Make sure to review and periodic review of the advanced composition of a system, each of the components of devices, programs and related documents, during the age of the system
As a member of CCB
Developing system design alternatives that consider the cost of life cycle, reuse, complexity, risks, system expansion, and growth
Develop alternative paths to work, solutions, and the reality that is falling with the recommended work path for each danger, monitoring and re -evaluating them in the appropriate landmarks. Watch the risks using the acquired value management data (EVM)
Maintaining knowledge of the current and developed agency and national and international standards applied to the development of an interesting system.
Apply and apply the use of appropriate criteria to ensure the consistency of developers and programs as a participant in the voltage analysis of alternatives (AOA), and recommends a favorite solution based on
Providing technical guidance for the development, engineering, communication, integration and testing of all components of complex devices/software systems to include the requirements for deduction, analysis and function
Improving standard integration strategies based on the logical basis of previous decisions that improved integration performance
Select full facades in terms of construction, destination, motivation and data features for programs; And the electrical and mechanical features of the devices require technical skills using Linux Cli
Experience experience writing text software using Bash/Python
Linux management experience including programs integration, service management, training management, routine sustainability processes related to providing, storage and networks.
Cots/Gots/FOSS, libraries and packages in Linux programs
Experience with Secret Management products, including Vault
Experience with huge data processing/batch and analytical frameworks
Experience with CI/CD principles, methodologies and tools such as Gitlab Ci. Click apply for full job details
Travel is required: No
Transformation: Today
Far type: 16 hours/week of remote work on the basis of tasks
Security clearance: current TS/Sci
Lying detector: The required salary range ranges from the expected compensation scope of this position from 193 thousand to 232 km (annual USD). The salary is determined by many factors, including but not limited to, a special individual mix of education, knowledge, skills, competencies, and expertise, as well as the ability to withstand the ability to afford costs and the capabilities of organizational requirements-management of the system requirements and the requirements derived to ensure the connection of production systems that are compatible with architecture (S).
Contribute to developing sections of engineering documents for systems such as system engineering plans, initial capabilities documents, requirements for requirements, and interface control documents
Help in developing system requirements and job requirements and allocating them to individual devices, programs, attachments and employees employee components
Form the decision of the procedure elements from the configuration control panel meetings (CCB), design reviews, program reviews, and test reviews that require coordination through discipline
Participated in an integrated product team to design new capabilities based on the evaluation of all the considerations necessary for development and operation
Allocating the process budgets in the actual time, the error budgets for the systems and the components of the sub -system
Generating the concepts of alternative system, physical structure and design solutions
Defining methods, operations and evaluation criteria through which systems, sub -systems and work products are verified in exchange for their requirements in a written plan
Develop a system design solution that meets the system requirements and achieves functional analysis
Review and submit inputs to the structure of work and contract details (WBS), work packages and the integrated main plan (IMP)
Participate in the development of system engineering documents, such as system engineering plans, initial capabilities documents, requirements, and interface control documents
Participate in the definition of the interface, design and changes in training between affected groups and individuals during the life cycle
Discover from the regime’s requirements, they are the needs of stakeholders, and the jobs that may be logically deduced and guaranteed as necessary for the effectiveness of the system
The lowest level requirements are derived from the higher levels of the higher level that describe in detail the functions that the component of the system must fulfill, and to ensure that these requirements are complete, correct, unique, unambiguous, investigative, and can be verified
Participate in identifying and acquiring approval to define the system or component under development (requirements, designs, interfaces, test procedures, etc.) that provide a joint reference point for hardware and software developers
Developing requirements for information guarantee services (secrecy, integrity, non -disguise, and availability); Essential information guarantee mechanisms (for example, identification, authentication, access control, accountability); Security mechanism technology (passwords, encryption, appreciation access control, compulsory control, retail, main management, etc.)
Implementing comprehensive service solutions
Implementing the operational offer, displaying technical standards, system display and services for structure using the applicable Dodaf standards
Review and/or approval of system engineering documents to ensure that operations and specifications meet the needs of the system, which are accurate, comprehensive and complete
Take all interface designs in the joint interface control format, storing interface data in a commonly accessible warehouse
Each risk to the program and determine the possibility and results of quantitative failure in accordance with the approved risk management plan
In conjunction with stakeholders in the system, plans for efforts to verify new and unconfirmed designs early in the development cycle of development to ensure compliance with the specific requirements
Preparing timeline analysis plans shows the flow of time -based jobs
Establishing an official control process and managing changes in requirements and formally manage them, consider effects before adhering to the change, acquiring the purchase of stakeholders, eliminating mystery, ensuring tracking of the source requirements, tracking and evaluating open procedures
Management and ensuring technical safety of the system foundation over time, it is constantly updated with the imposition of various changes on the system during the life cycle of development through publication, operations and maintenance
Support the testing and analysis of the test for the DOD certificate/accreditation process (in addition to other government certificates operations (C & A)) its operations)
Support for developing and reviewing the JCIDS Development Documentation Document (i.e. initial power document, premier document, IA Document)
Providing technical guidance to develop, engineering, communication, integration and testing specific components for complex devices/software systems to include the requirements of deduction, analysis and job allocation, regulations requirements reviews, developing standards for operation and interface, and developing system structures
The development of scenarios (topics) and a operating concept that describes the interactions between the system, the user and the environment, which meet the needs of operational, support, maintenance and disposal
Make a quantitative analysis in the areas of non -functional system performance such as reliability, maintenance, weakness, survival capacity, production capacity, etc.)
Establishing and following an official procedure to coordinate system integration activities between multiple teams, and ensuring full coverage of all facades
Developing comprehensive service solutions
Development of the operational offer, technical standards display, system offer and services for structure using the applicable Dodaf standards
Procedure and/or approval of the comprehensive system trade analyzes to improve the system operations throughout its life cycle through the appropriate balance for the areas of non -functional system performance
Use models, simulation and premium models to reduce risks and reduce the cost of developing the system
Make sure to review and periodic review of the advanced composition of a system, each of the components of devices, programs and related documents, during the age of the system
As a member of CCB
Developing system design alternatives that consider the cost of life cycle, reuse, complexity, risks, system expansion, and growth
Develop alternative paths to work, solutions, and the reality that is falling with the recommended work path for each danger, monitoring and re -evaluating them in the appropriate landmarks. Watch the risks using the acquired value management data (EVM)
Maintaining knowledge of the current and developed agency and national and international standards applied to the development of an interesting system.
Apply and apply the use of appropriate criteria to ensure the consistency of developers and programs as a participant in the voltage analysis of alternatives (AOA), and recommends a favorite solution based on
Providing technical guidance for the development, engineering, communication, integration and testing of all components of complex devices/software systems to include the requirements for deduction, analysis and function
Improving standard integration strategies based on the logical basis of previous decisions that improved integration performance
Select full facades in terms of construction, destination, motivation and data features for programs; And the electrical and mechanical features of the devices require technical skills using Linux Cli
Experience experience writing text software using Bash/Python
Linux management experience including programs integration, service management, training management, routine sustainability processes related to providing, storage and networks.
Cots/Gots/FOSS, libraries and packages in Linux programs
Experience with Secret Management products, including Vault
Experience with huge data processing/batch and analytical frameworks
Experience with CI/CD principles, methodologies and tools such as Gitlab Ci. Click apply for full job details
📌 Read more at: Source
Explore more: #System #Engineer #Poly
📰 Published by on 2025-09-17 06:06:00
Source Feed: We Work Remotely: Full-Stack Programming Jobs
