B-2 Systems Engineer (Dayton)
Beavercreek, OH · On-site
Knowledge in avionics, software, computer, radar, and communications engineering principles.
Quick apply

Beavercreek, OH · On-site
Knowledge in avionics, software, computer, radar, and communications engineering principles.
Quick apply
Beavercreek, OH · On-site
Knowledge in avionics, software, computer, radar, and communications engineering principles.
... field Engineering Change Proposals (ECP) applying to the airframe or legacy ground station. monitor efforts to integrate sensors into the air vehicle or ground stations, software integration lab ...
Quick apply
... field Engineering Change Proposals (ECP) applying to the airframe or legacy ground station. monitor efforts to integrate sensors into the air vehicle or ground stations, software integration lab ...
... field Engineering Change Proposals (ECP) applying to the airframe or legacy ground station. monitor efforts to integrate sensors into the air vehicle or ground stations, software integration lab ...
... field Engineering Change Proposals (ECP) applying to the airframe or legacy ground station. monitor efforts to integrate sensors into the air vehicle or ground stations, software integration lab ...
... field Engineering Change Proposals (ECP) applying to the airframe or legacy ground station. monitor efforts to integrate sensors into the air vehicle or ground stations, software integration lab ...
... field Engineering Change Proposals (ECP) applying to the airframe or legacy ground station. monitor efforts to integrate sensors into the air vehicle or ground stations, software integration lab ...
Provide architectural leadership and best practices to cloud-based DevOps application development ... Analyze equipment and software performance deficiencies and make recommendations for corrective ...
Quick apply
Provide architectural leadership and best practices to cloud-based DevOps application development ... Analyze equipment and software performance deficiencies and make recommendations for corrective ...
Provide architectural leadership and best practices to cloud-based DevOps application development ... Analyze equipment and software performance deficiencies and make recommendations for corrective ...
Provide architectural leadership and best practices to cloud-based DevOps application development ... Analyze equipment and software performance deficiencies and make recommendations for corrective ...
... field Engineering Change Proposals (ECP) applying to the airframe or legacy ground station. monitor efforts to integrate sensors into the air vehicle or ground stations, software integration lab ...
... field Engineering Change Proposals (ECP) applying to the airframe or legacy ground station. monitor efforts to integrate sensors into the air vehicle or ground stations, software integration lab ...
Provide architectural leadership and best practices to cloud-based DevOps application development ... Analyze equipment and software performance deficiencies and make recommendations for corrective ...
Provide architectural leadership and best practices to cloud-based DevOps application development ... Analyze equipment and software performance deficiencies and make recommendations for corrective ...
Provide architectural leadership and best practices to cloud-based DevOps application development ... Analyze equipment and software performance deficiencies and make recommendations for corrective ...
Provide architectural leadership and best practices to cloud-based DevOps application development ... Analyze equipment and software performance deficiencies and make recommendations for corrective ...
Provide architectural leadership and best practices to cloud-based DevOps application development ... Analyze equipment and software performance deficiencies and make recommendations for corrective ...
Provide architectural leadership and best practices to cloud-based DevOps application development ... Analyze equipment and software performance deficiencies and make recommendations for corrective ...
Knowledge in avionics, software, computer, radar, EW, and communications engineering principles. Experience developing, acquiring and managing platform IA, cybersecurity and AT provisions.
Knowledge in avionics, software, computer, radar, EW, and communications engineering principles. Experience developing, acquiring and managing platform IA, cybersecurity and AT provisions.
Dayton, OH · On-site
Knowledge in avionics, software, computer, radar, EW, and communications engineering principles. Experience developing, acquiring and managing platform IA, cybersecurity and AT provisions.
Quick apply
Dayton, OH · On-site
Knowledge in avionics, software, computer, radar, EW, and communications engineering principles. Experience developing, acquiring and managing platform IA, cybersecurity and AT provisions.
Knowledge in avionics, software, computer, radar, EW, and communications engineering principles. Experience developing, acquiring and managing platform IA, cybersecurity and AT provisions.
Knowledge in avionics, software, computer, radar, EW, and communications engineering principles. Experience developing, acquiring and managing platform IA, cybersecurity and AT provisions.
Dayton, OH · On-site
Knowledge in avionics, software, computer, radar, EW, and communications engineering principles. Experience developing, acquiring and managing platform IA, cybersecurity and AT provisions. 8063
Dayton, OH · On-site
Knowledge in avionics, software, computer, radar, EW, and communications engineering principles. Experience developing, acquiring and managing platform IA, cybersecurity and AT provisions. 8063
What are the key skills and qualifications needed to thrive as a Software Engineer, and why are they important?
What are some common challenges software engineers face when collaborating on large development teams?
What are Software Engineers?
What is the difference between Software Engineer vs Software Developer?
| Aspect | Software Engineer | Software Developer |
|---|---|---|
| Credentials | Bachelor's degree in CS or related field, certifications | Bachelor's degree often preferred, certifications optional |
| Work Environment | Designing, developing, testing, and maintaining software systems | Writing, coding, and implementing software applications |
| Industry Usage | Used across tech, finance, healthcare, and more for system-level roles | Commonly used in app and web development projects |
| Search Intent | Understanding roles, responsibilities, and qualifications | Learning about coding, programming, and project work |
While both roles involve software creation, Software Engineers typically focus on designing and architecting complex systems, whereas Software Developers mainly concentrate on coding and building specific applications. The roles often overlap, but the Engineer role may require broader system knowledge and design skills.

In this role you will provide full-spectrum Systems Engineer Support to the B-2 Program Office within the US Air Force Life Cycle Management Center at Wright-Patterson AFB in Dayton, Ohio.
In this roll, you will assist in managing and organizing resources and personnel needed to efficiently and effectively meet the objectives of each task, as well as exploring new approaches as applicable within the performance of these tasks.
Essential Job Functions:
You will support the institution of a collaborative process bridging warfighter (sponsor) identified capability needs (requirements) to planning for the acquisition of materiel solutions which satisfy the need. This support shall include researching program information, providing systems engineering insight, conducting analyses, and briefing preparation.
You will support interfaces and processes with the development planning, technology, intelligence, acquisition, sustainment, and user communities.
You will independently apply knowledge and experience to the scope of enterprise activities which spans requirements/acquisition and sustainment and includes: understanding doctrine, assisting in identifying and defining requirements, developing horizontally integrated acquisition, sustainment, and investment strategies, integration of technologies, integration of intelligence, and development of sustainment strategies. Capability requirements and option sets will be architecture-based to ensure the necessary interoperability and appropriate linkages to other capabilities. The integrated option sets developed may cut across multiple platforms, programs, and phases as well as across multiple enterprises.
You will support the identification, assessment, and analysis of the future capability solution sets required to support capability requirements. These activities will be critical subject areas during reviews including but not limited to program reviews and IBRs. You will assist in reviewing systems engineering initiatives brought about by policy changes to buying commercial items (such as acquisition of non-destructive inspection, commercial-off-the-shelf items, and FAA-certified items) and commercial practices (e.g., performance based business environment).
You will provide a wide range of recommended solution sets for capabilities integration planning. You will organize large and small group briefings for discussions gaining cross Divisional engineering expertise.
Required Skills:
Due to the sensitivity of customer related requirements, U.S. Citizenship is required.
An ABET-accredited Bachelor's degree in Engineering plus 15 years of experience or a Master’s Degree plus 12 years experience is required.
Requires an active Top Secret security clearance.
Knowledge in avionics, software, computer, radar, and communications engineering principles.
Sourced by ZipRecruiter
DCS Corp is a renowned name in the technology industry, headquartered in Alexandria, VA, US. Found in the late 1970s, DCS Corp provides a broad spectrum of advanced technology, engineering, and analytic solutions for national security clients. The firm specializes in delivering sophisticated systems and technology for land, air, and maritime platforms. They are known for being deeply committed to their mission of enhancing national security.
Guided missile and space vehicle manufacturing
1,001 - 5,000 Employees
Alexandria, VA, US
1977