Year Up United's Desktop Support Training Program prepares young adults for entry-level IT help desk roles in educational and corporate environments. In this full-time, paid training, you'll learn desktop support fundamentals, including Windows, basic networking, hardware setup, and ticketing systems through hands-on labs and real-world projects. You'll also build professional skills like communication, customer service, and teamwork while receiving coaching and career support. Upon completion, you'll be ready to pursue help desk and desktop support positions with Year Up's network of employer partners. Responsibilities Learn and apply desktop support fundamentals for entry-level IT help desk roles Troubleshoot basic hardware, software, and connectivity issues in lab environments Use ticketing systems to track, document, and resolve support requests Set up, image, and maintain workstations and peripheral devices Provide customer-focused technical support and clear communication Participate in professional skills workshops and coaching sessions Collaborate with peers on projects simulating real IT support scenarios Meet program expectations for attendance, learning milestones, and performance Engage with mentors, staff, and employer partners to prepare for job placement Demonstrate a growth mindset and commitment to continuous learning in IT Required Skills Technical troubleshooting Windows OS support Basic networking Hardware setup and imaging Ticketing systems Customer service Remote support tools Documentation and knowledge base use Microsoft 365 support Time management
09/13/2026
Full time
Year Up United's Desktop Support Training Program prepares young adults for entry-level IT help desk roles in educational and corporate environments. In this full-time, paid training, you'll learn desktop support fundamentals, including Windows, basic networking, hardware setup, and ticketing systems through hands-on labs and real-world projects. You'll also build professional skills like communication, customer service, and teamwork while receiving coaching and career support. Upon completion, you'll be ready to pursue help desk and desktop support positions with Year Up's network of employer partners. Responsibilities Learn and apply desktop support fundamentals for entry-level IT help desk roles Troubleshoot basic hardware, software, and connectivity issues in lab environments Use ticketing systems to track, document, and resolve support requests Set up, image, and maintain workstations and peripheral devices Provide customer-focused technical support and clear communication Participate in professional skills workshops and coaching sessions Collaborate with peers on projects simulating real IT support scenarios Meet program expectations for attendance, learning milestones, and performance Engage with mentors, staff, and employer partners to prepare for job placement Demonstrate a growth mindset and commitment to continuous learning in IT Required Skills Technical troubleshooting Windows OS support Basic networking Hardware setup and imaging Ticketing systems Customer service Remote support tools Documentation and knowledge base use Microsoft 365 support Time management
LifeBridge Health, Inc. seeks a Web Specialist to manage and enhance our public-facing websites that connect patients, families, and communities to vital care and resources. In this hybrid role, you will maintain and publish content, ensure usability and accessibility, and support digital campaigns across hospitals and practices. Partnering with marketing, IT, and clinical teams, you'll optimize site structure, SEO, and performance using analytics and best practices. This position is ideal for a detail-oriented web professional passionate about improving healthcare access through clear, user-centered digital experiences. Responsibilities Manage, update, and optimize Life Bridge Health web pages and microsites to support patient and community needs Collaborate with marketing, clinical, and IT teams to translate requirements into user-friendly digital experiences Ensure website accessibility, usability, and performance align with healthcare and regulatory standards Publish and maintain web content, graphics, and multimedia following brand and style guidelines Monitor site analytics, SEO, and user behavior to recommend data-driven improvements Support web-related campaigns, patient education content, and community outreach initiatives Troubleshoot web issues and coordinate fixes with internal teams and external vendors Maintain content accuracy for services, providers, locations, and patient resources Required Skills HTML/CSSJava Script basics Content management systems (e.g., WordPress, Drupal, Sitecore) Web accessibility standards (WCAG) SEO fundamentals Google Analytics/GA4 Responsive web design Basic graphic/image editing (e.g., Adobe Photoshop, Illustrator, or Canva) Cross-browser and cross-device testing Web performance monitoring and optimization
09/13/2026
Full time
LifeBridge Health, Inc. seeks a Web Specialist to manage and enhance our public-facing websites that connect patients, families, and communities to vital care and resources. In this hybrid role, you will maintain and publish content, ensure usability and accessibility, and support digital campaigns across hospitals and practices. Partnering with marketing, IT, and clinical teams, you'll optimize site structure, SEO, and performance using analytics and best practices. This position is ideal for a detail-oriented web professional passionate about improving healthcare access through clear, user-centered digital experiences. Responsibilities Manage, update, and optimize Life Bridge Health web pages and microsites to support patient and community needs Collaborate with marketing, clinical, and IT teams to translate requirements into user-friendly digital experiences Ensure website accessibility, usability, and performance align with healthcare and regulatory standards Publish and maintain web content, graphics, and multimedia following brand and style guidelines Monitor site analytics, SEO, and user behavior to recommend data-driven improvements Support web-related campaigns, patient education content, and community outreach initiatives Troubleshoot web issues and coordinate fixes with internal teams and external vendors Maintain content accuracy for services, providers, locations, and patient resources Required Skills HTML/CSSJava Script basics Content management systems (e.g., WordPress, Drupal, Sitecore) Web accessibility standards (WCAG) SEO fundamentals Google Analytics/GA4 Responsive web design Basic graphic/image editing (e.g., Adobe Photoshop, Illustrator, or Canva) Cross-browser and cross-device testing Web performance monitoring and optimization
Year Up United's IT Systems Administration Training Program prepares motivated young adults for entry-level IT support and systems roles. In this full-time program, you'll learn core skills in user account management, device configuration, basic networking, and troubleshooting through instructor-led coursework, labs, and real-world projects. You'll practice ticketing tools and customer support, build a professional portfolio, and develop workplace skills. Supported by coaches and mentors, you'll be matched with a corporate internship, gaining hands-on experience that can lead to long-term IT career opportunities. Responsibilities Participate in instructor-led IT systems administration coursework and labs Learn and practice user account, permissions, and device management Troubleshoot basic hardware, software, and connectivity issues Use ticketing tools to document, track, and resolve support requests Apply basic networking and security concepts in lab environments Support peers and staff with structured IT help desk tasks Create clear technical documentation and how-to guides Complete a corporate internship to apply skills in a real workplace Collaborate with coaches and mentors on professional development goals Demonstrate reliability, professionalism, and continuous learning in all program activities Required Skills Windows and mac OS administration basics User account and permission management Basic networking and DNS concepts Hardware and software troubleshooting Ticketing and IT service management tools Office 365/Google Workspace administration basics Endpoint imaging and deployment Basic cybersecurity and access control practices Documentation and knowledge base writing Customer support and help desk communication
09/13/2026
Full time
Year Up United's IT Systems Administration Training Program prepares motivated young adults for entry-level IT support and systems roles. In this full-time program, you'll learn core skills in user account management, device configuration, basic networking, and troubleshooting through instructor-led coursework, labs, and real-world projects. You'll practice ticketing tools and customer support, build a professional portfolio, and develop workplace skills. Supported by coaches and mentors, you'll be matched with a corporate internship, gaining hands-on experience that can lead to long-term IT career opportunities. Responsibilities Participate in instructor-led IT systems administration coursework and labs Learn and practice user account, permissions, and device management Troubleshoot basic hardware, software, and connectivity issues Use ticketing tools to document, track, and resolve support requests Apply basic networking and security concepts in lab environments Support peers and staff with structured IT help desk tasks Create clear technical documentation and how-to guides Complete a corporate internship to apply skills in a real workplace Collaborate with coaches and mentors on professional development goals Demonstrate reliability, professionalism, and continuous learning in all program activities Required Skills Windows and mac OS administration basics User account and permission management Basic networking and DNS concepts Hardware and software troubleshooting Ticketing and IT service management tools Office 365/Google Workspace administration basics Endpoint imaging and deployment Basic cybersecurity and access control practices Documentation and knowledge base writing Customer support and help desk communication
RELOCATION ASSISTANCE: Relocation assistance may be available CLEARANCE REQUIRED FOR START: No CLEARANCE TYPE: Secret TRAVEL: Yes, 25% of the Time Description At Northrop Grumman, our employees have incredible opportunities to work on revolutionary systems that impact people's lives around the world today, and for generations to come. Our pioneering and inventive spirit has enabled us to be at the forefront of many technological advancements in our nation's history - from the first flight across the Atlantic Ocean, to stealth bombers, to landing on the moon. We look for people who have bold new ideas, courage and a pioneering spirit to join forces to invent the future, and have fun along the way. Our culture thrives on intellectual curiosity, cognitive diversity and bringing your whole self to work - and we have an insatiable drive to do what others think is impossible. Our employees are not only part of history, they're making history. Northrop Grumman's Aeronautics Systems Sector is seeking a Software Engineering (CoTE) Director to support Software-related efforts. This leadership opportunity reports to the Software Center of Technical Excellence Director, and will be located at one of our core sites (Melbourne, FL; Oklahoma City, OK; Palmdale, CA; San Diego, CA; or El Segundo, CA). Candidates must be willing and able to travel up to 25% of the time. The Director will unite programs, engineers, and technical experts under a shared set of tools, processes, and practices to ensure a consistent, cohesive, and collaborative approach across all AS sector programs. The ideal Director is an influential connector and trusted steward of their discipline - combining deep technical expertise with a passion for technical training and development, collaboration, and continuous improvement. Responsibilities will include, but are not limited to: Provide leadership and define strategic vision for technical priorities within Software discipline, aligned to long-term sector strategy. Develop the strategy, plan, execute and deploy software frameworks that assist with software development in flight critical software, mission software, full-stack software applications on ground stations, full stack software on training platforms Stand-up technical standards into a Everything-as-code ecosystem Regularly interface with EI&E discipline leads to identify program needs and close gaps in engineering tools, processes, digital solutions, and technical training. Lead the development, deployment, and sustainment of sector-wide engineering tools, standardized processes, digital solutions, and technical training ensuring they are relevant, scalable, and interoperable across programs. Oversee and allocate the discipline's NCTA and indirect budgets to strengthen technical excellence; advance tools, processes, and workforce capabilities; and generate measurable impact on program performance and future competitiveness. Represent the discipline in sector-wide and enterprise-wide technical development efforts related to technical development, technical career pathing, technical training, and critical skills investment. Participate in sector-level talent reviews and succession planning to maintain discipline-wide visibility into talent strengths, gaps, and growth opportunities. Provide leadership, alignment, and support to NG Fellows within the discipline to advance sector- and enterprise-wide emerging technologies and future workforce capabilities. Contribute technical expertise and process leadership in major proposal reviews, program reviews, independent technical reviews, program stand-up reviews, NCTA and indirect activities, and other sector-wide improvement efforts. Act as a trusted advisor to help resolve technical performance shortfalls through root cause analysis, corrective action planning, long-term verification of improvement. Capture, share, and embed lessons learned and best practices across programs to continuously raise the bar for technical performance. Our Leaders at Northrop Grumman live our values daily and encourage our teams to do the same. We do the right thing: upholding the highest ethical standards and facilitating a safe and respectful environment that attracts, retains, and inspires a diverse and engaged team. We do what we promise: holding yourself and others accountable to meet predictable and balanced results. We commit to shared success: operating as OneNG and removing barriers for our teams. Finally, We pioneer: setting a vision that shapes the future and inspires others. Basic Qualifications: Must have a Bachelor's of Science degree in a Science, Technology, Engineering or Mathematics (STEM) discipline AND 9 years of related professional/military experience within the Aerospace and Defense industry that includes a background in leadership positions, OR a Master's of Science degree in a STEM discipline and 7 years of related professional/military experience within the Aerospace and Defense industry that includes a background in leadership positions Minimum 6 years of Software leadership/management experience in an integrated product team environment leading agile development teams Experience working across the total software program lifecycle Expertise in establishing engineering standards, tools, and processes at scale. Experience with or exposure to digital design initiatives and solutions Experience with commercial Software licensing models and managing commercial software tool portfolios Knowledge of modern industry practices for developing software defined systems. Experience in Avionics, Vehicle, Systems Engineering, Global Supply Chain, and Test processes and tools where they overlap and/or are adjacent to Software processes and tools. (e.g. Software defined LRUs, Software Configuration Management, Software Integration and Test, Software procurement, auto-generated GNC Software.) Must have the ability to obtain and maintain a government issued Secret clearance that is in scope or currently enrolled in continuous evaluation, with the ability to obtain and maintain a Top Secret/SCI clearance as determined by business needs Must be able to attain and maintain Special Program Access (PAR) within a reasonable amount of time as determined by business needs. Preferred Qualifications: Experience leading the design, implementation and deployment of an "everything as code" ecosystem, including infrastructure, configuration, policies, pipelines, environments and application/platform components. Experience leading teams that develop reusable software frameworks, platforms and developer tooling that are used and adopted across multiple projects, teams or products. Experience in defining and developing software processes and defining tools in alignment with the DOD Dev Ops Reference architecture Experience with transitioning teams into an Artificial Intelligence (AI) assisted environment, using Large Language Models (LLM) and agentic services Active U.S. Government in-scope Secret security clearance. Current Special Program Access (PAR). MS or MBA degree Program management experience Continuous improvement mindset with experience leading process optimization. Strategic, systems-level thinker who can build alignment across functional and program boundaries. Primary Level Salary Range: $166,800.00 - $305,900.00 The above salary range represents a general guideline; however, Northrop Grumman considers a number of factors when determining base salary offers such as the scope and responsibilities of the position and the candidate's experience, education, skills and current market conditions. Depending on the position, employees may be eligible for overtime, shift differential, and a discretionary bonus in addition to base pay. Annual bonuses are designed to reward individual contributions as well as allow employees to share in company results. Employees in Vice President or Director positions may be eligible for Long Term Incentives. In addition, Northrop Grumman provides a variety of benefits including health insurance coverage, life and disability insurance, savings plan, Company paid holidays and paid time off (PTO) for vacation and/or personal business. The application period for the job is estimated to be 20 days from the job posting date. However, this timeline may be shortened or extended depending on business needs and the availability of qualified candidates. Northrop Grumman is an Equal Opportunity Employer, making decisions without regard to race, color, religion, creed, sex, sexual orientation, gender identity, marital status, national origin, age, veteran status, disability, or any other protected class. For our complete EEO and pay transparency statement, please visit U.S. Citizenship is required for all positions with a government clearance and certain other restricted positions.
09/13/2026
Full time
RELOCATION ASSISTANCE: Relocation assistance may be available CLEARANCE REQUIRED FOR START: No CLEARANCE TYPE: Secret TRAVEL: Yes, 25% of the Time Description At Northrop Grumman, our employees have incredible opportunities to work on revolutionary systems that impact people's lives around the world today, and for generations to come. Our pioneering and inventive spirit has enabled us to be at the forefront of many technological advancements in our nation's history - from the first flight across the Atlantic Ocean, to stealth bombers, to landing on the moon. We look for people who have bold new ideas, courage and a pioneering spirit to join forces to invent the future, and have fun along the way. Our culture thrives on intellectual curiosity, cognitive diversity and bringing your whole self to work - and we have an insatiable drive to do what others think is impossible. Our employees are not only part of history, they're making history. Northrop Grumman's Aeronautics Systems Sector is seeking a Software Engineering (CoTE) Director to support Software-related efforts. This leadership opportunity reports to the Software Center of Technical Excellence Director, and will be located at one of our core sites (Melbourne, FL; Oklahoma City, OK; Palmdale, CA; San Diego, CA; or El Segundo, CA). Candidates must be willing and able to travel up to 25% of the time. The Director will unite programs, engineers, and technical experts under a shared set of tools, processes, and practices to ensure a consistent, cohesive, and collaborative approach across all AS sector programs. The ideal Director is an influential connector and trusted steward of their discipline - combining deep technical expertise with a passion for technical training and development, collaboration, and continuous improvement. Responsibilities will include, but are not limited to: Provide leadership and define strategic vision for technical priorities within Software discipline, aligned to long-term sector strategy. Develop the strategy, plan, execute and deploy software frameworks that assist with software development in flight critical software, mission software, full-stack software applications on ground stations, full stack software on training platforms Stand-up technical standards into a Everything-as-code ecosystem Regularly interface with EI&E discipline leads to identify program needs and close gaps in engineering tools, processes, digital solutions, and technical training. Lead the development, deployment, and sustainment of sector-wide engineering tools, standardized processes, digital solutions, and technical training ensuring they are relevant, scalable, and interoperable across programs. Oversee and allocate the discipline's NCTA and indirect budgets to strengthen technical excellence; advance tools, processes, and workforce capabilities; and generate measurable impact on program performance and future competitiveness. Represent the discipline in sector-wide and enterprise-wide technical development efforts related to technical development, technical career pathing, technical training, and critical skills investment. Participate in sector-level talent reviews and succession planning to maintain discipline-wide visibility into talent strengths, gaps, and growth opportunities. Provide leadership, alignment, and support to NG Fellows within the discipline to advance sector- and enterprise-wide emerging technologies and future workforce capabilities. Contribute technical expertise and process leadership in major proposal reviews, program reviews, independent technical reviews, program stand-up reviews, NCTA and indirect activities, and other sector-wide improvement efforts. Act as a trusted advisor to help resolve technical performance shortfalls through root cause analysis, corrective action planning, long-term verification of improvement. Capture, share, and embed lessons learned and best practices across programs to continuously raise the bar for technical performance. Our Leaders at Northrop Grumman live our values daily and encourage our teams to do the same. We do the right thing: upholding the highest ethical standards and facilitating a safe and respectful environment that attracts, retains, and inspires a diverse and engaged team. We do what we promise: holding yourself and others accountable to meet predictable and balanced results. We commit to shared success: operating as OneNG and removing barriers for our teams. Finally, We pioneer: setting a vision that shapes the future and inspires others. Basic Qualifications: Must have a Bachelor's of Science degree in a Science, Technology, Engineering or Mathematics (STEM) discipline AND 9 years of related professional/military experience within the Aerospace and Defense industry that includes a background in leadership positions, OR a Master's of Science degree in a STEM discipline and 7 years of related professional/military experience within the Aerospace and Defense industry that includes a background in leadership positions Minimum 6 years of Software leadership/management experience in an integrated product team environment leading agile development teams Experience working across the total software program lifecycle Expertise in establishing engineering standards, tools, and processes at scale. Experience with or exposure to digital design initiatives and solutions Experience with commercial Software licensing models and managing commercial software tool portfolios Knowledge of modern industry practices for developing software defined systems. Experience in Avionics, Vehicle, Systems Engineering, Global Supply Chain, and Test processes and tools where they overlap and/or are adjacent to Software processes and tools. (e.g. Software defined LRUs, Software Configuration Management, Software Integration and Test, Software procurement, auto-generated GNC Software.) Must have the ability to obtain and maintain a government issued Secret clearance that is in scope or currently enrolled in continuous evaluation, with the ability to obtain and maintain a Top Secret/SCI clearance as determined by business needs Must be able to attain and maintain Special Program Access (PAR) within a reasonable amount of time as determined by business needs. Preferred Qualifications: Experience leading the design, implementation and deployment of an "everything as code" ecosystem, including infrastructure, configuration, policies, pipelines, environments and application/platform components. Experience leading teams that develop reusable software frameworks, platforms and developer tooling that are used and adopted across multiple projects, teams or products. Experience in defining and developing software processes and defining tools in alignment with the DOD Dev Ops Reference architecture Experience with transitioning teams into an Artificial Intelligence (AI) assisted environment, using Large Language Models (LLM) and agentic services Active U.S. Government in-scope Secret security clearance. Current Special Program Access (PAR). MS or MBA degree Program management experience Continuous improvement mindset with experience leading process optimization. Strategic, systems-level thinker who can build alignment across functional and program boundaries. Primary Level Salary Range: $166,800.00 - $305,900.00 The above salary range represents a general guideline; however, Northrop Grumman considers a number of factors when determining base salary offers such as the scope and responsibilities of the position and the candidate's experience, education, skills and current market conditions. Depending on the position, employees may be eligible for overtime, shift differential, and a discretionary bonus in addition to base pay. Annual bonuses are designed to reward individual contributions as well as allow employees to share in company results. Employees in Vice President or Director positions may be eligible for Long Term Incentives. In addition, Northrop Grumman provides a variety of benefits including health insurance coverage, life and disability insurance, savings plan, Company paid holidays and paid time off (PTO) for vacation and/or personal business. The application period for the job is estimated to be 20 days from the job posting date. However, this timeline may be shortened or extended depending on business needs and the availability of qualified candidates. Northrop Grumman is an Equal Opportunity Employer, making decisions without regard to race, color, religion, creed, sex, sexual orientation, gender identity, marital status, national origin, age, veteran status, disability, or any other protected class. For our complete EEO and pay transparency statement, please visit U.S. Citizenship is required for all positions with a government clearance and certain other restricted positions.
MV Transportation is seeking an IT Help Desk Support professional to keep our transportation systems running smoothly. In this role, you will provide first-line technical support for desktops, mobile devices, printers, and transportation-specific software used in scheduling, dispatch, and daily operations. You will troubleshoot hardware, software, and network issues, manage user accounts, and document solutions. Working closely with operations teams, you'll help ensure secure, reliable technology that supports safe, on-time service for riders across our communities. Responsibilities Provide first-level technical support for hardware, software, and network issues via phone, email, and ticketing system Install, configure, and troubleshoot desktops, laptops, mobile devices, and printers Support transportation-specific applications and systems used in scheduling, dispatch, and operations Manage user accounts, permissions, and password resets in Active Directory and related systems Monitor and respond to system alerts, escalating complex issues to senior IT staff as needed Document incidents, resolutions, and procedures to maintain an accurate knowledge base Assist with workstation deployments, upgrades, and routine maintenance Follow IT security, data protection, and safety protocols in all support activities Collaborate with operations teams to minimize downtime for critical transportation services Participate in on-call or after-hours support rotations as required Required Skills Windows desktop support Microsoft 365 administration Active Directory user management Basic networking (TCP/IP, DNS, DHCP) Remote support tools (RDP, Teams, similar) Ticketing systems (Service Now, Zendesk, or similar) Hardware troubleshooting (PCs, laptops, printers) Mobile device support (i OS/Android) Endpoint security and antivirus tools Documentation and knowledge base management
09/13/2026
Full time
MV Transportation is seeking an IT Help Desk Support professional to keep our transportation systems running smoothly. In this role, you will provide first-line technical support for desktops, mobile devices, printers, and transportation-specific software used in scheduling, dispatch, and daily operations. You will troubleshoot hardware, software, and network issues, manage user accounts, and document solutions. Working closely with operations teams, you'll help ensure secure, reliable technology that supports safe, on-time service for riders across our communities. Responsibilities Provide first-level technical support for hardware, software, and network issues via phone, email, and ticketing system Install, configure, and troubleshoot desktops, laptops, mobile devices, and printers Support transportation-specific applications and systems used in scheduling, dispatch, and operations Manage user accounts, permissions, and password resets in Active Directory and related systems Monitor and respond to system alerts, escalating complex issues to senior IT staff as needed Document incidents, resolutions, and procedures to maintain an accurate knowledge base Assist with workstation deployments, upgrades, and routine maintenance Follow IT security, data protection, and safety protocols in all support activities Collaborate with operations teams to minimize downtime for critical transportation services Participate in on-call or after-hours support rotations as required Required Skills Windows desktop support Microsoft 365 administration Active Directory user management Basic networking (TCP/IP, DNS, DHCP) Remote support tools (RDP, Teams, similar) Ticketing systems (Service Now, Zendesk, or similar) Hardware troubleshooting (PCs, laptops, printers) Mobile device support (i OS/Android) Endpoint security and antivirus tools Documentation and knowledge base management
Securitas Technology is seeking an Applications Engineer to design, configure, and support integrated electronic security and life safety solutions for commercial and enterprise clients. You will translate customer requirements into robust system designs, integrating video surveillance, access control, intrusion detection, and monitoring platforms. Working closely with sales, project management, and field teams, you will support installation, testing, and troubleshooting to ensure reliable, compliant, and secure deployments. This role offers exposure to cutting-edge technologies, global projects, and opportunities for professional growth in a culture of safety, integrity, and innovation. Responsibilities Design and configure electronic security and life safety application solutions for commercial and enterprise clients Translate customer requirements into technical specifications and system designs Integrate video surveillance, access control, intrusion detection, and monitoring platforms Support installation, testing, and commissioning of security applications Troubleshoot and resolve application and integration issues Collaborate with sales, project management, and field technicians on solution delivery Ensure solutions meet security, safety, and regulatory standards Create technical documentation, configurations, and as-built records Provide technical guidance, training, and support to internal teams and clients Contribute to continuous improvement and innovation of security application offerings Required Skills Electronic security systems design Access control platforms Video management systems (VMS) Intrusion detection and alarm systems System integration and configuration Network and IP troubleshooting Security and safety regulatory standards Technical documentation Requirements analysis and solution design Testing, commissioning, and field support
09/13/2026
Full time
Securitas Technology is seeking an Applications Engineer to design, configure, and support integrated electronic security and life safety solutions for commercial and enterprise clients. You will translate customer requirements into robust system designs, integrating video surveillance, access control, intrusion detection, and monitoring platforms. Working closely with sales, project management, and field teams, you will support installation, testing, and troubleshooting to ensure reliable, compliant, and secure deployments. This role offers exposure to cutting-edge technologies, global projects, and opportunities for professional growth in a culture of safety, integrity, and innovation. Responsibilities Design and configure electronic security and life safety application solutions for commercial and enterprise clients Translate customer requirements into technical specifications and system designs Integrate video surveillance, access control, intrusion detection, and monitoring platforms Support installation, testing, and commissioning of security applications Troubleshoot and resolve application and integration issues Collaborate with sales, project management, and field technicians on solution delivery Ensure solutions meet security, safety, and regulatory standards Create technical documentation, configurations, and as-built records Provide technical guidance, training, and support to internal teams and clients Contribute to continuous improvement and innovation of security application offerings Required Skills Electronic security systems design Access control platforms Video management systems (VMS) Intrusion detection and alarm systems System integration and configuration Network and IP troubleshooting Security and safety regulatory standards Technical documentation Requirements analysis and solution design Testing, commissioning, and field support
Securitas Technology is seeking an Applications Engineer to design, configure, and support integrated electronic security and life safety solutions for commercial and enterprise clients. In this role, you will translate customer requirements into technical designs, configure software platforms for video, access control, intrusion, and monitoring, and support commissioning and troubleshooting of systems. You will work closely with sales, project, and field teams in a culture focused on safety, integrity, innovation, and continuous improvement, with strong opportunities for professional growth and cross-functional collaboration. Responsibilities Design and configure integrated electronic security and life safety solutions for commercial and enterprise clients Translate customer requirements into technical specifications and system architectures Develop and maintain application configurations, databases, and system logic for security platforms Support commissioning, testing, and troubleshooting of deployed solutions Collaborate with sales, project management, and field teams to ensure successful solution delivery Provide technical documentation, diagrams, and configuration standards Assist with integrations via APIs and middleware between security platforms and client systems Analyze system performance and implement improvements for reliability and scalability Support upgrades, patches, and change management processes Contribute to continuous improvement of tools, templates, and engineering standards Required Skills Electronic security systems design Access control platforms Video management systems (VMS) Intrusion detection systems Network and IP configuration System integration and APIs Database configuration and management Technical documentation and diagrams System testing and commissioning Troubleshooting complex systems
09/13/2026
Full time
Securitas Technology is seeking an Applications Engineer to design, configure, and support integrated electronic security and life safety solutions for commercial and enterprise clients. In this role, you will translate customer requirements into technical designs, configure software platforms for video, access control, intrusion, and monitoring, and support commissioning and troubleshooting of systems. You will work closely with sales, project, and field teams in a culture focused on safety, integrity, innovation, and continuous improvement, with strong opportunities for professional growth and cross-functional collaboration. Responsibilities Design and configure integrated electronic security and life safety solutions for commercial and enterprise clients Translate customer requirements into technical specifications and system architectures Develop and maintain application configurations, databases, and system logic for security platforms Support commissioning, testing, and troubleshooting of deployed solutions Collaborate with sales, project management, and field teams to ensure successful solution delivery Provide technical documentation, diagrams, and configuration standards Assist with integrations via APIs and middleware between security platforms and client systems Analyze system performance and implement improvements for reliability and scalability Support upgrades, patches, and change management processes Contribute to continuous improvement of tools, templates, and engineering standards Required Skills Electronic security systems design Access control platforms Video management systems (VMS) Intrusion detection systems Network and IP configuration System integration and APIs Database configuration and management Technical documentation and diagrams System testing and commissioning Troubleshooting complex systems
Johns Hopkins Applied Physics Laboratory (APL) seeks a Sensor Systems Engineer to design, model, and analyze advanced sensing solutions for national security and space applications. You will develop system requirements, build simulations, assess performance, and support integration and test of multi-physics sensor systems. Collaborating with experts across disciplines, you'll translate mission needs into robust architectures and prototypes. APL's mission-driven, research-focused environment supports innovation, graduate education, professional growth, and impactful contributions to critical national and global challenges. Responsibilities Design and analyze advanced sensor architectures for national security and space missions Develop and manage system requirements, interfaces, and performance specifications Build and execute models and simulations to evaluate sensor and system performance Support integration, verification, and validation of sensor systems and prototypes Collaborate with cross-disciplinary teams to translate mission needs into technical solutions Prepare technical reports, briefings, and documentation for sponsors and stakeholders Apply systems engineering best practices and configuration management processes Use tools such as MATLAB or Python for data analysis and algorithm development Required Skills Sensor systems design Systems engineering Signal processing MATLAB or Python Modeling and simulation Requirements development System integration and test Data analysis Technical documentation Configuration management
09/13/2026
Full time
Johns Hopkins Applied Physics Laboratory (APL) seeks a Sensor Systems Engineer to design, model, and analyze advanced sensing solutions for national security and space applications. You will develop system requirements, build simulations, assess performance, and support integration and test of multi-physics sensor systems. Collaborating with experts across disciplines, you'll translate mission needs into robust architectures and prototypes. APL's mission-driven, research-focused environment supports innovation, graduate education, professional growth, and impactful contributions to critical national and global challenges. Responsibilities Design and analyze advanced sensor architectures for national security and space missions Develop and manage system requirements, interfaces, and performance specifications Build and execute models and simulations to evaluate sensor and system performance Support integration, verification, and validation of sensor systems and prototypes Collaborate with cross-disciplinary teams to translate mission needs into technical solutions Prepare technical reports, briefings, and documentation for sponsors and stakeholders Apply systems engineering best practices and configuration management processes Use tools such as MATLAB or Python for data analysis and algorithm development Required Skills Sensor systems design Systems engineering Signal processing MATLAB or Python Modeling and simulation Requirements development System integration and test Data analysis Technical documentation Configuration management
As a Decision Systems Engineer at Johns Hopkins Applied Physics Laboratory (APL), you will design and analyze complex decision-support systems that inform critical missions in national security, space exploration, and health. You'll develop models, simulations, and analytic frameworks to evaluate alternatives, quantify risk, and optimize performance. Collaborating with multidisciplinary experts, you'll translate mission needs into technical architectures, conduct trade studies, and deliver actionable insights. APL's mission-driven, research-focused culture supports continuous learning, innovation, and professional growth. Responsibilities Design and analyze decision-support systems for complex missions Develop models, simulations, and analytic frameworks for trade studies Translate mission needs into system requirements and architectures Perform quantitative risk, performance, and sensitivity analyses Collaborate with multidisciplinary teams across domains Document methods, assumptions, and findings for technical audiences Present results and recommendations to sponsors and stakeholders Support research, prototypes, and experiments to mature new methods Required Skills Systems engineering Decision analysis Modeling and simulation Requirements analysis Data analytics Risk assessment Algorithm development Systems architecture Technical documentation Stakeholder communication
09/13/2026
Full time
As a Decision Systems Engineer at Johns Hopkins Applied Physics Laboratory (APL), you will design and analyze complex decision-support systems that inform critical missions in national security, space exploration, and health. You'll develop models, simulations, and analytic frameworks to evaluate alternatives, quantify risk, and optimize performance. Collaborating with multidisciplinary experts, you'll translate mission needs into technical architectures, conduct trade studies, and deliver actionable insights. APL's mission-driven, research-focused culture supports continuous learning, innovation, and professional growth. Responsibilities Design and analyze decision-support systems for complex missions Develop models, simulations, and analytic frameworks for trade studies Translate mission needs into system requirements and architectures Perform quantitative risk, performance, and sensitivity analyses Collaborate with multidisciplinary teams across domains Document methods, assumptions, and findings for technical audiences Present results and recommendations to sponsors and stakeholders Support research, prototypes, and experiments to mature new methods Required Skills Systems engineering Decision analysis Modeling and simulation Requirements analysis Data analytics Risk assessment Algorithm development Systems architecture Technical documentation Stakeholder communication
Johns Hopkins Applied Physics Laboratory (APL) seeks a Senior Reverse Engineer / Vulnerability Researcher to analyze complex software, firmware, and embedded systems to uncover critical vulnerabilities supporting national security and space missions. You will deconstruct binaries, perform malware analysis, develop proof-of-concept exploits, and design mitigations. Collaborate with multidisciplinary experts in a mission-driven, research-focused environment that values curiosity, ethics, and impact, with strong support for innovation, publications, and professional growth, including advanced degrees and technical leadership opportunities. Responsibilities Reverse engineer complex binaries, firmware, and embedded systems to identify vulnerabilities and system behavior. Conduct vulnerability research, exploit development, and proof-of-concept demonstrations for mission-focused projects. Analyze malware and advanced threats, deriving capabilities, indicators, and defensive insights. Develop tools, scripts, and automation to support large-scale analysis and fuzzing efforts. Collaborate with cross-functional teams of scientists and engineers on national security, space, and health missions. Document findings, produce technical reports, and present results to sponsors and internal stakeholders. Contribute to the design of mitigations, secure architectures, and defensive techniques informed by research. Mentor junior staff and contribute to APL's research community through publications and prototypes. Required Skills Reverse engineering (IDA Pro, Ghidra, Binary Ninja) Vulnerability research and exploitation C/C++ programming Python scripting Assembly language (x86/x64/ARM) Operating system internals (Windows/Linux) Network protocols and security Malware analysis Fuzzing tools and techniques Secure coding and mitigation techniques
09/13/2026
Full time
Johns Hopkins Applied Physics Laboratory (APL) seeks a Senior Reverse Engineer / Vulnerability Researcher to analyze complex software, firmware, and embedded systems to uncover critical vulnerabilities supporting national security and space missions. You will deconstruct binaries, perform malware analysis, develop proof-of-concept exploits, and design mitigations. Collaborate with multidisciplinary experts in a mission-driven, research-focused environment that values curiosity, ethics, and impact, with strong support for innovation, publications, and professional growth, including advanced degrees and technical leadership opportunities. Responsibilities Reverse engineer complex binaries, firmware, and embedded systems to identify vulnerabilities and system behavior. Conduct vulnerability research, exploit development, and proof-of-concept demonstrations for mission-focused projects. Analyze malware and advanced threats, deriving capabilities, indicators, and defensive insights. Develop tools, scripts, and automation to support large-scale analysis and fuzzing efforts. Collaborate with cross-functional teams of scientists and engineers on national security, space, and health missions. Document findings, produce technical reports, and present results to sponsors and internal stakeholders. Contribute to the design of mitigations, secure architectures, and defensive techniques informed by research. Mentor junior staff and contribute to APL's research community through publications and prototypes. Required Skills Reverse engineering (IDA Pro, Ghidra, Binary Ninja) Vulnerability research and exploitation C/C++ programming Python scripting Assembly language (x86/x64/ARM) Operating system internals (Windows/Linux) Network protocols and security Malware analysis Fuzzing tools and techniques Secure coding and mitigation techniques
Johns Hopkins Applied Physics Laboratory (APL) seeks a Senior Solutions Architect to design and integrate complex, mission-critical systems across national security, space, and health domains. You will work with scientists, engineers, and sponsors to translate mission needs into scalable, secure architectures spanning cloud, data, and advanced analytics. In APL's collaborative, mission-driven culture, you'll lead technical vision, guide implementation, mentor engineers, and contribute to innovative research while growing your expertise through strong support for professional development and advanced study. Responsibilities Design end-to-end solutions and reference architectures for complex mission systems. Translate sponsor and mission requirements into scalable, secure technical designs. Lead technical direction across cloud, data, and integration platforms. Collaborate with scientists, engineers, and stakeholders to refine system concepts. Guide implementation teams and perform architectural reviews and trade studies. Ensure architectures meet performance, security, and compliance requirements. Produce high-quality architectural documentation and system models. Mentor junior engineers and contribute to technical leadership communities. Required Skills Solution architecture Systems engineering Cloud architecture (AWS/Azure/GCP) Microservices and APIs Systems modeling and design Cybersecurity best practices Data integration and analytics Technical leadership Stakeholder and requirements management Technical documentation
09/13/2026
Full time
Johns Hopkins Applied Physics Laboratory (APL) seeks a Senior Solutions Architect to design and integrate complex, mission-critical systems across national security, space, and health domains. You will work with scientists, engineers, and sponsors to translate mission needs into scalable, secure architectures spanning cloud, data, and advanced analytics. In APL's collaborative, mission-driven culture, you'll lead technical vision, guide implementation, mentor engineers, and contribute to innovative research while growing your expertise through strong support for professional development and advanced study. Responsibilities Design end-to-end solutions and reference architectures for complex mission systems. Translate sponsor and mission requirements into scalable, secure technical designs. Lead technical direction across cloud, data, and integration platforms. Collaborate with scientists, engineers, and stakeholders to refine system concepts. Guide implementation teams and perform architectural reviews and trade studies. Ensure architectures meet performance, security, and compliance requirements. Produce high-quality architectural documentation and system models. Mentor junior engineers and contribute to technical leadership communities. Required Skills Solution architecture Systems engineering Cloud architecture (AWS/Azure/GCP) Microservices and APIs Systems modeling and design Cybersecurity best practices Data integration and analytics Technical leadership Stakeholder and requirements management Technical documentation
Johns Hopkins Applied Physics Laboratory (APL) seeks a Senior Artificial Intelligence Researcher to advance state-of-the-art AI within the Data Science & Artificial Intelligence Department. You will lead original research in machine learning, deep learning, and related fields, tackling high-impact challenges in national security, space exploration, and health. In APL's collaborative, mission-driven, and ethically grounded culture, you will design novel algorithms, publish in top venues, mentor researchers, and transition innovations into real-world systems, while benefiting from strong support for innovation, advanced study, and professional growth. Responsibilities Lead original AI/ML research from problem framing through experimentation and transition to mission applications. Design, implement, and evaluate novel models and algorithms for national security, space, and health domains. Collaborate with cross-disciplinary teams to translate research advances into deployable systems. Publish results in top venues and present findings to sponsors and technical stakeholders. Mentor junior researchers and data scientists, fostering a culture of curiosity and ethical research. Shape research roadmaps and contribute to proposals and strategic initiatives aligned with APL's mission. Required Skills Deep learning (e.g., transformers, CNNs, RNNs) Machine learning theory and algorithms Reinforcement learning or probabilistic modeling Python and ML frameworks (Py Torch, Tensor Flow, JAX) Large-scale data processing (SQL, Spark, distributed computing) MLOps and experiment management tools Optimization and statistical inference Scientific computing and numerical methods Technical writing and publication of research Proposal writing and research program development
09/13/2026
Full time
Johns Hopkins Applied Physics Laboratory (APL) seeks a Senior Artificial Intelligence Researcher to advance state-of-the-art AI within the Data Science & Artificial Intelligence Department. You will lead original research in machine learning, deep learning, and related fields, tackling high-impact challenges in national security, space exploration, and health. In APL's collaborative, mission-driven, and ethically grounded culture, you will design novel algorithms, publish in top venues, mentor researchers, and transition innovations into real-world systems, while benefiting from strong support for innovation, advanced study, and professional growth. Responsibilities Lead original AI/ML research from problem framing through experimentation and transition to mission applications. Design, implement, and evaluate novel models and algorithms for national security, space, and health domains. Collaborate with cross-disciplinary teams to translate research advances into deployable systems. Publish results in top venues and present findings to sponsors and technical stakeholders. Mentor junior researchers and data scientists, fostering a culture of curiosity and ethical research. Shape research roadmaps and contribute to proposals and strategic initiatives aligned with APL's mission. Required Skills Deep learning (e.g., transformers, CNNs, RNNs) Machine learning theory and algorithms Reinforcement learning or probabilistic modeling Python and ML frameworks (Py Torch, Tensor Flow, JAX) Large-scale data processing (SQL, Spark, distributed computing) MLOps and experiment management tools Optimization and statistical inference Scientific computing and numerical methods Technical writing and publication of research Proposal writing and research program development
Johns Hopkins Applied Physics Laboratory (APL) seeks a Senior Wireless Reverse Engineer to lead cutting-edge research in wireless protocols, RF systems, and embedded devices. You will reverse engineer complex wireless technologies, uncover vulnerabilities, and prototype novel capabilities that support national security, space, and health missions. Collaborating with multidisciplinary experts, you'll design experiments, build tools, and publish rigorous technical results in a mission-driven, ethical, and inclusive culture that fosters innovation, learning, and professional growth. Responsibilities Reverse engineer wireless protocols, firmware, and RF-enabled systems to discover vulnerabilities and undocumented functionality. Design and execute experiments, labs, and testbeds for wireless exploitation and resilience analysis. Develop custom tools, scripts, and automation for protocol analysis, signal processing, and binary reversing. Collaborate with multidisciplinary teams of engineers and scientists to translate findings into new capabilities and defenses. Document methods, results, and prototypes for sponsors and technical publications while following ethical research standards. Mentor junior engineers, contribute to technical proposals, and shape future R&D in wireless security and signals exploitation. Required Skills Wireless protocol reverse engineering (cellular, Wi-Fi, Bluetooth, SATCOM, or similar) Binary analysis and disassembly (IDA Pro, Ghidra, Radare2) Embedded firmware reverse engineering and debugging RF signal analysis and SDR tools (GNURadio, USRP, Hack RF) Python/C/C++ for tooling and automation Network protocol analysis (Wireshark, custom decoders) Exploit development and vulnerability research Familiarity with cryptography and secure communications Linux-based development and scripting environments Technical writing and documentation for research sponsors
09/13/2026
Full time
Johns Hopkins Applied Physics Laboratory (APL) seeks a Senior Wireless Reverse Engineer to lead cutting-edge research in wireless protocols, RF systems, and embedded devices. You will reverse engineer complex wireless technologies, uncover vulnerabilities, and prototype novel capabilities that support national security, space, and health missions. Collaborating with multidisciplinary experts, you'll design experiments, build tools, and publish rigorous technical results in a mission-driven, ethical, and inclusive culture that fosters innovation, learning, and professional growth. Responsibilities Reverse engineer wireless protocols, firmware, and RF-enabled systems to discover vulnerabilities and undocumented functionality. Design and execute experiments, labs, and testbeds for wireless exploitation and resilience analysis. Develop custom tools, scripts, and automation for protocol analysis, signal processing, and binary reversing. Collaborate with multidisciplinary teams of engineers and scientists to translate findings into new capabilities and defenses. Document methods, results, and prototypes for sponsors and technical publications while following ethical research standards. Mentor junior engineers, contribute to technical proposals, and shape future R&D in wireless security and signals exploitation. Required Skills Wireless protocol reverse engineering (cellular, Wi-Fi, Bluetooth, SATCOM, or similar) Binary analysis and disassembly (IDA Pro, Ghidra, Radare2) Embedded firmware reverse engineering and debugging RF signal analysis and SDR tools (GNURadio, USRP, Hack RF) Python/C/C++ for tooling and automation Network protocol analysis (Wireshark, custom decoders) Exploit development and vulnerability research Familiarity with cryptography and secure communications Linux-based development and scripting environments Technical writing and documentation for research sponsors
Johns Hopkins Applied Physics Laboratory (APL) seeks a Reverse Engineer to analyze, characterize, and exploit RF systems in support of critical defense and aerospace missions. You will dissect RF protocols, waveforms, and embedded firmware; develop tools and scripts for signal analysis; and collaborate with IT and cybersecurity experts to identify vulnerabilities and design resilient architectures. Join a mission-driven, collaborative, and intellectually curious team with strong support for research, innovation, and professional growth while tackling high-impact national security challenges. Responsibilities Analyze, reverse engineer, and characterize RF systems, devices, and communication links used in defense and aerospace applications. Capture, process, and interpret RF signals using software-defined radio platforms and laboratory test equipment. Identify modulation schemes, protocols, and waveforms from raw RF data and incomplete system information. Perform hardware and firmware teardown and analysis of RF-enabled devices to understand architecture, functionality, and potential vulnerabilities. Develop scripts, tools, and workflows in languages such as Python, C/C++, or MATLAB to automate RF signal processing and analysis tasks. Collaborate with cybersecurity and IT teams to assess RF system vulnerabilities and translate findings into defensive strategies and system hardening recommendations. Document technical methods, findings, and results in clear, well-structured reports and presentations for both technical and non-technical stakeholders. Contribute to internal research and development initiatives exploring new RF analysis techniques, tools, and methodologies to address emerging threats and technologies. Support the preparation and execution of laboratory experiments and over-the-air tests to evaluate and validate RF system behavior. Work within security and compliance requirements, including handling sensitive or classified information in accordance with applicable regulations. Required Skills RF system design and analysis Reverse engineering of RF hardware and firmware Software-defined radio (SDR) tools (e.g., GNU Radio, MATLAB/Simulink, USRP) Signal processing and modulation/demodulation techniques RF test equipment operation (spectrum analyzers, VNAs, oscilloscopes, signal generators) Embedded systems and firmware analysis Protocol analysis and RF waveform characterization Cybersecurity fundamentals related to wireless and RF systems Scripting and programming (Python, C/C++, MATLAB) Electromagnetics and antenna fundamentals Technical documentation and reporting Configuration management and version control (e.g., Git) Linux-based development and analysis environments Data analysis and visualization Collaboration in multidisciplinary R&D teams
09/13/2026
Full time
Johns Hopkins Applied Physics Laboratory (APL) seeks a Reverse Engineer to analyze, characterize, and exploit RF systems in support of critical defense and aerospace missions. You will dissect RF protocols, waveforms, and embedded firmware; develop tools and scripts for signal analysis; and collaborate with IT and cybersecurity experts to identify vulnerabilities and design resilient architectures. Join a mission-driven, collaborative, and intellectually curious team with strong support for research, innovation, and professional growth while tackling high-impact national security challenges. Responsibilities Analyze, reverse engineer, and characterize RF systems, devices, and communication links used in defense and aerospace applications. Capture, process, and interpret RF signals using software-defined radio platforms and laboratory test equipment. Identify modulation schemes, protocols, and waveforms from raw RF data and incomplete system information. Perform hardware and firmware teardown and analysis of RF-enabled devices to understand architecture, functionality, and potential vulnerabilities. Develop scripts, tools, and workflows in languages such as Python, C/C++, or MATLAB to automate RF signal processing and analysis tasks. Collaborate with cybersecurity and IT teams to assess RF system vulnerabilities and translate findings into defensive strategies and system hardening recommendations. Document technical methods, findings, and results in clear, well-structured reports and presentations for both technical and non-technical stakeholders. Contribute to internal research and development initiatives exploring new RF analysis techniques, tools, and methodologies to address emerging threats and technologies. Support the preparation and execution of laboratory experiments and over-the-air tests to evaluate and validate RF system behavior. Work within security and compliance requirements, including handling sensitive or classified information in accordance with applicable regulations. Required Skills RF system design and analysis Reverse engineering of RF hardware and firmware Software-defined radio (SDR) tools (e.g., GNU Radio, MATLAB/Simulink, USRP) Signal processing and modulation/demodulation techniques RF test equipment operation (spectrum analyzers, VNAs, oscilloscopes, signal generators) Embedded systems and firmware analysis Protocol analysis and RF waveform characterization Cybersecurity fundamentals related to wireless and RF systems Scripting and programming (Python, C/C++, MATLAB) Electromagnetics and antenna fundamentals Technical documentation and reporting Configuration management and version control (e.g., Git) Linux-based development and analysis environments Data analysis and visualization Collaboration in multidisciplinary R&D teams
Johns Hopkins APL seeks a Sr. Radar Systems Engineer to design, analyze, and evaluate advanced radar and RF sensor systems for national security and space missions. You will develop concepts, models, and algorithms; perform signal processing and performance analysis; and support system integration, test, and field evaluation. Collaborating with multidisciplinary experts, you'll translate mission needs into system requirements, present findings to sponsors, and contribute to innovative, ethical research that advances critical national and global missions while supporting your professional growth. Responsibilities Design and analyze advanced radar and RF sensor systems for defense and space missions Develop system concepts, models, and performance simulations Create and refine signal processing and tracking algorithms Perform requirements analysis and translate mission needs into system specifications Support integration, lab evaluation, and field testing of radar systems Collaborate with multidisciplinary teams across engineering and research domains Document technical findings and present results to sponsors and stakeholders Contribute to innovative, ethical research aligned with APL's mission Required Skills Radar systems design RF engineering Signal processing Modeling and simulation Systems engineering Algorithm development Sensor integration and testing MATLAB or Python Requirements analysis Technical documentation
09/13/2026
Full time
Johns Hopkins APL seeks a Sr. Radar Systems Engineer to design, analyze, and evaluate advanced radar and RF sensor systems for national security and space missions. You will develop concepts, models, and algorithms; perform signal processing and performance analysis; and support system integration, test, and field evaluation. Collaborating with multidisciplinary experts, you'll translate mission needs into system requirements, present findings to sponsors, and contribute to innovative, ethical research that advances critical national and global missions while supporting your professional growth. Responsibilities Design and analyze advanced radar and RF sensor systems for defense and space missions Develop system concepts, models, and performance simulations Create and refine signal processing and tracking algorithms Perform requirements analysis and translate mission needs into system specifications Support integration, lab evaluation, and field testing of radar systems Collaborate with multidisciplinary teams across engineering and research domains Document technical findings and present results to sponsors and stakeholders Contribute to innovative, ethical research aligned with APL's mission Required Skills Radar systems design RF engineering Signal processing Modeling and simulation Systems engineering Algorithm development Sensor integration and testing MATLAB or Python Requirements analysis Technical documentation
Johns Hopkins Applied Physics Laboratory (APL) seeks a Senior Data Fusion and Tracking Systems Engineer to lead design, modeling, and implementation of advanced multi-sensor fusion and tracking algorithms for national security and space applications. You will architect end-to-end tracking systems, develop and evaluate algorithms in simulation and hardware-in-the-loop environments, and collaborate with experts in sensing, autonomy, and AI. APL offers a mission-driven, highly collaborative environment with strong support for research, innovation, and professional growth, including advanced degrees and technical leadership paths. Responsibilities Design and implement multi-sensor data fusion and tracking algorithms for defense and space systems Architect end-to-end tracking and fusion system solutions from requirements through deployment Develop, run, and analyze simulations and hardware-in-the-loop experiments to evaluate performance Collaborate with cross-disciplinary teams in sensing, autonomy, and AI to integrate capabilities Document designs, analyses, and results; present technical findings to sponsors and stakeholders Support concept development, trade studies, and prototyping for new mission capabilities Required Skills Multi-sensor data fusion Target tracking algorithms Kalman and particle filtering Statistical signal processing Python or C++ programming MATLAB or similar tools Real-time/embedded systems Systems engineering (requirements, V&V) Simulation and modeling Defense/Do D domain knowledge
09/13/2026
Full time
Johns Hopkins Applied Physics Laboratory (APL) seeks a Senior Data Fusion and Tracking Systems Engineer to lead design, modeling, and implementation of advanced multi-sensor fusion and tracking algorithms for national security and space applications. You will architect end-to-end tracking systems, develop and evaluate algorithms in simulation and hardware-in-the-loop environments, and collaborate with experts in sensing, autonomy, and AI. APL offers a mission-driven, highly collaborative environment with strong support for research, innovation, and professional growth, including advanced degrees and technical leadership paths. Responsibilities Design and implement multi-sensor data fusion and tracking algorithms for defense and space systems Architect end-to-end tracking and fusion system solutions from requirements through deployment Develop, run, and analyze simulations and hardware-in-the-loop experiments to evaluate performance Collaborate with cross-disciplinary teams in sensing, autonomy, and AI to integrate capabilities Document designs, analyses, and results; present technical findings to sponsors and stakeholders Support concept development, trade studies, and prototyping for new mission capabilities Required Skills Multi-sensor data fusion Target tracking algorithms Kalman and particle filtering Statistical signal processing Python or C++ programming MATLAB or similar tools Real-time/embedded systems Systems engineering (requirements, V&V) Simulation and modeling Defense/Do D domain knowledge
Johns Hopkins Applied Physics Laboratory (APL) seeks a Systems Engineer for Data & Analysis Infrastructure to design, build, and sustain secure, scalable data platforms that power mission-critical research in national security, space, and health. You will architect and integrate data pipelines, storage, and analytics environments; collaborate with multidisciplinary teams to translate mission needs into resilient systems; and apply automation, monitoring, and optimization to ensure high performance and reliability. Join APL's mission-driven, collaborative culture with strong support for innovation and professional growth. Responsibilities Design, implement, and maintain secure, scalable data and analytics infrastructure to support research and mission programs. Integrate data sources, pipelines, and storage solutions to enable advanced modeling, simulation, and analytics. Collaborate with researchers, engineers, and analysts to translate mission needs into technical system requirements. Monitor, optimize, and troubleshoot system performance, reliability, and security in production environments. Automate deployment, configuration, and monitoring using modern Dev Ops and infrastructure-as-code tools. Document architectures, interfaces, and operational procedures in accordance with APL and sponsor standards. Required Skills Systems engineering Data platform architecture ETL and data pipelines SQL and No SQL databases Cloud platforms (AWS/Azure/GCP) Linux administration Networking and security fundamentals Infrastructure as Code (e.g., Terraform, Ansible) Monitoring and observability tools Scripting (Python, Bash or similar)
09/13/2026
Full time
Johns Hopkins Applied Physics Laboratory (APL) seeks a Systems Engineer for Data & Analysis Infrastructure to design, build, and sustain secure, scalable data platforms that power mission-critical research in national security, space, and health. You will architect and integrate data pipelines, storage, and analytics environments; collaborate with multidisciplinary teams to translate mission needs into resilient systems; and apply automation, monitoring, and optimization to ensure high performance and reliability. Join APL's mission-driven, collaborative culture with strong support for innovation and professional growth. Responsibilities Design, implement, and maintain secure, scalable data and analytics infrastructure to support research and mission programs. Integrate data sources, pipelines, and storage solutions to enable advanced modeling, simulation, and analytics. Collaborate with researchers, engineers, and analysts to translate mission needs into technical system requirements. Monitor, optimize, and troubleshoot system performance, reliability, and security in production environments. Automate deployment, configuration, and monitoring using modern Dev Ops and infrastructure-as-code tools. Document architectures, interfaces, and operational procedures in accordance with APL and sponsor standards. Required Skills Systems engineering Data platform architecture ETL and data pipelines SQL and No SQL databases Cloud platforms (AWS/Azure/GCP) Linux administration Networking and security fundamentals Infrastructure as Code (e.g., Terraform, Ansible) Monitoring and observability tools Scripting (Python, Bash or similar)
Johns Hopkins Applied Physics Laboratory (APL) seeks a Senior C++ Software Engineer to build advanced software for national security, space, and health missions. You will design and implement high-performance C++ applications, collaborate with scientists and engineers to translate research into robust systems, and contribute to architecture, code reviews, and best practices. In APL's mission-driven, collaborative culture, you'll tackle complex real-world problems, mentor junior engineers, and grow through strong support for innovation, professional development, and advanced study. Responsibilities Design, implement, and optimize complex C++ software solutions for mission-critical systems. Collaborate with scientists, engineers, and domain experts to translate research concepts into robust software. Develop, test, and debug high-performance, reliable, and secure applications. Contribute to architecture decisions, code reviews, and software best practices. Document designs, interfaces, and test plans to support long-term maintainability. Mentor junior engineers and contribute to a culture of technical excellence and collaboration. Required Skills Modern C++ (C+/14/17 or later) Object-oriented design and design patterns Multithreaded and concurrent programming Linux/Unix development environments Debugging and profiling tools (e.g., gdb, Valgrind, perf) Version control (Git) and collaborative development workflows Software architecture and API design Unit testing and automated build systems (CMake, CI/CD) High-performance or real-time systems development Secure coding practices and software reliability engineering
09/13/2026
Full time
Johns Hopkins Applied Physics Laboratory (APL) seeks a Senior C++ Software Engineer to build advanced software for national security, space, and health missions. You will design and implement high-performance C++ applications, collaborate with scientists and engineers to translate research into robust systems, and contribute to architecture, code reviews, and best practices. In APL's mission-driven, collaborative culture, you'll tackle complex real-world problems, mentor junior engineers, and grow through strong support for innovation, professional development, and advanced study. Responsibilities Design, implement, and optimize complex C++ software solutions for mission-critical systems. Collaborate with scientists, engineers, and domain experts to translate research concepts into robust software. Develop, test, and debug high-performance, reliable, and secure applications. Contribute to architecture decisions, code reviews, and software best practices. Document designs, interfaces, and test plans to support long-term maintainability. Mentor junior engineers and contribute to a culture of technical excellence and collaboration. Required Skills Modern C++ (C+/14/17 or later) Object-oriented design and design patterns Multithreaded and concurrent programming Linux/Unix development environments Debugging and profiling tools (e.g., gdb, Valgrind, perf) Version control (Git) and collaborative development workflows Software architecture and API design Unit testing and automated build systems (CMake, CI/CD) High-performance or real-time systems development Secure coding practices and software reliability engineering
Johns Hopkins Applied Physics Laboratory (APL) seeks an Antenna Systems & Hardware Engineer to design, model, and test advanced RF and antenna hardware for national security, space, and scientific missions. In this role you will develop electromagnetic models, build and characterize prototypes, and integrate antennas into complex systems, working closely with multidisciplinary teams. You will leverage cutting-edge tools and lab facilities, contribute to research concepts and proposals, and present results to sponsors. APL offers a collaborative, mission-driven culture with strong support for innovation, professional growth, and advanced study. Responsibilities Design and analyze antennas and RF front-end hardware for national security and space systems. Develop electromagnetic models and simulations using HFSS, CST, or similar tools. Perform laboratory measurements, prototyping, and validation of antenna and RF hardware performance. Collaborate with multidisciplinary teams on system integration and requirements flow-down. Document designs, test results, and technical findings for internal and sponsor reviews. Support field tests, data analysis, and troubleshooting of deployed systems. Contribute to research proposals, concept development, and technology roadmaps. Mentor junior engineers and collaborate with researchers on innovative antenna concepts. Required Skills Antenna design and analysis RF and microwave engineering Electromagnetic simulation (HFSS, CST, FEKO, etc.) RF testing and measurement (VNA, spectrum analyzers, chambers) PCB and RF hardware design System integration of RF/antenna subsystems MATLAB or Python for data analysis and modeling CAD/ECAD tools for mechanical and RF layouts Knowledge of radar, communications, or EW systems Technical documentation and presentation
09/13/2026
Full time
Johns Hopkins Applied Physics Laboratory (APL) seeks an Antenna Systems & Hardware Engineer to design, model, and test advanced RF and antenna hardware for national security, space, and scientific missions. In this role you will develop electromagnetic models, build and characterize prototypes, and integrate antennas into complex systems, working closely with multidisciplinary teams. You will leverage cutting-edge tools and lab facilities, contribute to research concepts and proposals, and present results to sponsors. APL offers a collaborative, mission-driven culture with strong support for innovation, professional growth, and advanced study. Responsibilities Design and analyze antennas and RF front-end hardware for national security and space systems. Develop electromagnetic models and simulations using HFSS, CST, or similar tools. Perform laboratory measurements, prototyping, and validation of antenna and RF hardware performance. Collaborate with multidisciplinary teams on system integration and requirements flow-down. Document designs, test results, and technical findings for internal and sponsor reviews. Support field tests, data analysis, and troubleshooting of deployed systems. Contribute to research proposals, concept development, and technology roadmaps. Mentor junior engineers and collaborate with researchers on innovative antenna concepts. Required Skills Antenna design and analysis RF and microwave engineering Electromagnetic simulation (HFSS, CST, FEKO, etc.) RF testing and measurement (VNA, spectrum analyzers, chambers) PCB and RF hardware design System integration of RF/antenna subsystems MATLAB or Python for data analysis and modeling CAD/ECAD tools for mechanical and RF layouts Knowledge of radar, communications, or EW systems Technical documentation and presentation
Johns Hopkins Applied Physics Laboratory (APL) seeks a Weapon Control System Architect to design and guide advanced shipboard weapon control solutions for national security missions. You will define architectures, requirements, and interfaces, lead MBSE efforts, and oversee integration of combat system elements to ensure robust, safe, and effective performance at sea. Collaborating with cross-disciplinary experts, you'll prototype, analyze, and validate concepts, contribute to technical roadmaps, and brief sponsors. APL offers a mission-driven, collaborative culture with strong support for innovation, research, and professional development. Responsibilities Design and document architectures for shipboard weapon control systems and interfaces with combat systems Develop and manage system requirements, use cases, and interface definitions using MBSE methods and tools Lead integration, test planning, and evaluation of weapon control functions in lab and shipboard-representative environments Perform analysis, modeling, and simulation to assess performance, safety, and robustness of control solutions Collaborate with cross-functional teams and sponsors to refine mission needs and transition prototypes to operational systems Prepare and deliver technical reports, design reviews, and sponsor briefings; mentor junior engineers Required Skills Systems architecture Model-Based Systems Engineering (MBSE) Systems engineering Weapon control systems Shipboard combat systems Requirements engineering Systems integration and testing MATLAB/Simulink or similar tools Risk and reliability analysis Technical leadership and communication
09/13/2026
Full time
Johns Hopkins Applied Physics Laboratory (APL) seeks a Weapon Control System Architect to design and guide advanced shipboard weapon control solutions for national security missions. You will define architectures, requirements, and interfaces, lead MBSE efforts, and oversee integration of combat system elements to ensure robust, safe, and effective performance at sea. Collaborating with cross-disciplinary experts, you'll prototype, analyze, and validate concepts, contribute to technical roadmaps, and brief sponsors. APL offers a mission-driven, collaborative culture with strong support for innovation, research, and professional development. Responsibilities Design and document architectures for shipboard weapon control systems and interfaces with combat systems Develop and manage system requirements, use cases, and interface definitions using MBSE methods and tools Lead integration, test planning, and evaluation of weapon control functions in lab and shipboard-representative environments Perform analysis, modeling, and simulation to assess performance, safety, and robustness of control solutions Collaborate with cross-functional teams and sponsors to refine mission needs and transition prototypes to operational systems Prepare and deliver technical reports, design reviews, and sponsor briefings; mentor junior engineers Required Skills Systems architecture Model-Based Systems Engineering (MBSE) Systems engineering Weapon control systems Shipboard combat systems Requirements engineering Systems integration and testing MATLAB/Simulink or similar tools Risk and reliability analysis Technical leadership and communication
