
| Location | California, Maryland |
| Job Type | Full-time |
| Industry | Internet Services |
| Company Size | 1,000 to 1,499 employees |
| Year Founded | 1975 |
Are you a highly motivated Software Engineer that is experienced with C/C++ and Qt? Are you excited to work with innovative technology in aviation? Then come aboard AMERICAN SYSTEMS as our next Software Engineer, Staff!
AMERICAN SYSTEMS is an employee-owned federal government contractor supporting national priority programs through our strategic solutions in Information Technology, Test & Evaluation, Engineering & Analysis, and Training.
As our next Software Engineer, you'll collaborate with talented professionals to create innovative, mission-critical solutions that empower naval aviation and defense operations. Your expertise will help shape cutting-edge systems, enhance national security, and drive technological advancement for our nation!
Responsibilities:As a Software Engineer, Staff, you will:
A week in the life of a Software Engineer, Staff, includes:
Pay Transparency Statement: AMERICAN SYSTEMS is committed to pay transparency for our applicants and employee-owners. The salary range for this position is USD $95,000.00/Yr. - USD $110,000/Yr. Actual compensation will be determined based on several factors permitted by law. AMERICAN SYSTEMS provides for the welfare of its employees and their dependents through a comprehensive benefits program by offering healthcare benefits, paid leave, retirement plans, insurance programs, and education and training assistance. EEO Statement: EEO Race/Sex/Disability Status/Veteran Status
Founded in 1975, AMERICAN SYSTEMS is one of the largest employee-owned companies in the United States, with approximately 1,400 employees nationwide. Based in the Washington, DC, suburb of Chantilly, VA, the company provides systems engineering, technical and managed services to government and private sector customers. AMERICAN SYSTEMS was named “Contractor of the Year” at the Greater Washington Government Contractor Awards in October, 2007.





