Software Engineer

In this role, the successful candidate will work with containerized autonomy services, design software test fixtures, develop interface control documents, apply industry best practices for software test, develop and execute integration test plans and test cases and document test results for government and contractor stakeholders.

Due to the sensitivity of customer related requirements, U.S. Citizenship is required.

Able to obtain and maintain a Secret level U.S. DoD security clearance.

Must have a BS degree in Computer Science, Computer Engineering, or a related technical discipline (ex: Mechanical/Aerospace Engineering) with demonstrated programming experience.

Two years of related experience or master’s degree with 1 year of experience. Industry relevant co-op or internship experience is applicable.

Familiarity with automated testing, test results analysis, containerized deployments, container orchestration, CI/CD pipelines.

Familiarity with Linux.

Familiarity with AGILE software development processes.

Understanding software architecture design.

Experience working with source code control systems (specifically Git).

Good organizational skills and a demonstrated ability to work in a team environment.

Desired Skills:

Active U.S. DoD security clearance.

Experience developing in Python.

Experience with Kubernetes.

Experience with CONAN, CMAKE, and dev containers.

Experience working with containers/containerized environments.

Experience and understanding of autonomy and control systems.

Experience with modeling, simulation, and analysis frameworks.

Experience working with UDP and TCP/IP communication.

Experience with MBSE.

DCS offers competitive benefits including education aid as a part time student, stock ownership, health, dental, retirement contribution, and parental leave for full-time employees.

DCS Corporation, an employee-owned company, is seeking a Junior Software Engineer to support our Aerospace Technology Development team in Dayton, Ohio. This is an exciting opportunity to contribute to high-impact, multi-year initiatives focused on testing and evaluating cutting-edge, autonomy and autonomous control systems for air platforms which will integrate capabilities across maneuvering, communications, sensing, user interface design, and performance monitoring and evaluation.