OpenCPI Lead Software Engineer

Key Responsibilities

• OpenCPI Framework Utilization – Lead the development and integration of software-defined radio (SDR) systems using the OpenCPI framework.
• System Design & Integration – Be the subject matter expert within a cross-functional team designing and integrating RF communication systems, ensuring seamless operation within complex mission environments.
• Test & Measurement – Implement test driven development strategies and consider testing throughout the development lifecycle of an application, leveraging OpenCPI for effective system verification and validation.
• Technical Leadership – Mentor junior engineers, lead design reviews, act in the capacity of subject matter expert, and take ownership of the evolution of our technical standards.
• Consultation – You’ll interact directly with other teams and stakeholders on a daily basis in order to ensure the wider success of our clients and partners
• Innovation – Continue our efforts to push the boundaries of OpenCPI development using the latest AI/ML tooling and hybrid cloud compute environments enabling our growth to outpace our team size.
• Collaboration & Reporting – Work closely with engineering and customer teams, providing detailed reports on system performance, issues, and proposed solutions.
• This position offers a unique opportunity to work on innovative solutions for both Lockheed Martin and our customers, delivering cutting-edge technology in the realm of RF communications and SDR systems.
• If you are passionate about OpenCPI and want to leverage your expertise to contribute to innovative defence and cyber projects, we encourage you to apply. Join Lockheed Martin and help us shape the future of software-defined communication systems.

Security Clearance

Required Skills, Qualifications, and Experience

• It is expected that you can evidence significant experience in one of the following:
• Working as a senior or lead developer using the OpenCPI framework, including the development of OSPs, components, applications and tests
• Strong background in RF communications and software-defined radio technologies & architectures
• Expertise in digital signal processing, algorithm or payload development, and embedded system design
• Proficient in C/C++ and/or VHDL for embedded applications, and additionally with Python

Desired Skills

• EW or SIGINT capability development (including RF waveform and protocol vulnerability analysis)
• FPGA/RFSOC development experience and proficiency in VHDL (or Verilog)
• Familiarity with GnuRadio, MatLab, AMD EDF or other SDR development tools
• Commercial and Military communications stacks and modem development (e.g IEEE 802.x, COFDM, Satcoms, or Link 16)
• Working in AWS and CICD pipelined environments, especially with GitLab and Linux
• Real-time test and measurement, using tools such as vector signal analyzers
• Leading technical projects, budgets and teams