Embedded Software Engineer (Mid Level)

Software Engineer For Encrypted Communications Systems Join a small, fast paced team building software for encrypted communications systems, including Layer 2 and Layer 3 in line network encryptors, embedded cryptographic devices and emerging cryptographic solutions. The program develops, tests and certifies the Next Generation Encryptor (NGE) high speed encryptor supporting government enterprise networks. You will work alongside systems, test and hardware engineers as new capability is developed and transitioned into service. Can support out of either Carlsbad, CA, Tempe, AZ or Marlborough, MA, Tampa, FL and Linthicum Heights, MD What You Will Do Design and implement embedded software in C/C++ for encrypted communications systems Work in Linux for an embedded environment, including kernel driver development and modification Build and configure networking, including TCP/IP and protocols such as IPSec, MACsec and TLS Design and implement RESTConf interfaces Develop against microprocessors and embedded processors such as NIOS, ARM and RISC-V, including bare metal device drivers Work in emulation environments and with standalone embedded applications Collaborate with systems, test and hardware engineers across multi disciplinary teams Required Qualifications 5+ years designing and implementing embedded software in C/C++ 2+ years with Linux, ideally in an embedded environment Rust Basic understanding of TCP/IP and common network configuration Object oriented software development Agile Scrum development Ability to plan, track and report on progress CI/CD tooling Bachelor's degree or higher in Computer Science, Computer Engineering or a related field U.S. Government position. U.S. Citizenship required. Active DoD Secret clearance or higher required. Ability to travel up to 10% Preferred Qualifications Linux kernel driver development and modification Bare metal embedded device drivers Microprocessors and embedded processors such as NIOS, ARM or RISC-V RESTConf interface design and implementation Emulation environments Networking protocols including IPSec, MACsec and TLS Python Standalone embedded applications Working on multi disciplinary teams Mount Indie