Cloud-based opportunities for talented engineers, - FS Poly with Security Clearance
Our clients are looking for top Software Engineers and Technical Professionals to support a fully-funded, critical Intel & DoD program. Engineers on this mission are solving some of the biggest problems facing National Security and receiving strong benefits: stellar medical plans with 100% paid premiums, beefy retirement contributions, and plenty of good technical work. Many companies claim these attributes, but the ones that back it up are few and far between - our clients check all those boxes. Founded and run by engineers, they've grown by meeting and hiring other talented engineers with a goal to provide the ideal workplace to support the mission. This essential, long-term program is the cornerstone of messaging and communications for the entire Intelligence Community. Based out of the Ft. Meade customer, it provides the communication infrastructure for the entire agency to work, as well as for interagency messaging capabilities. It enables billions of transactions as well as high-priority messaging (such as for the Joint Chiefs of Staff). This mission essential, 100% uptime, cloud-based, massively-scalable system is one of the most complex software systems in the world. Rates on this contract are high due to its importance, so strong salaries and benefits can be expected for talented, fully-cleared Engineers. We'd LOVE to speak about these opportunities with candidates that have experience with: -Software Engineers (Java, ELK stack, web services - REST / SOAP, Python, etc) -Infrastructure & Cloud Systems Engineers (AWS, EC2, C2S, VMware, Linux, IdAM, load balancing, replication, SAN/NAS) -DevOps Engineers (containers, Docker, CI / CD) -Security Engineers, COTS Integration specialists, Test Engineers -Systems Engineers and Administrators All roles require US Citizenship and a current TS/SCI + FS Poly clearance. Candidates must be in the MD area, as onsite work is likely required. Worksites are in Ft. Meade and the surrounding areas.