Lead Systems Engineer - Real-Time DSP & C/C++

L3Harris Technologies, Inc.; Greenville (TX); On-site; USD 140,000 - 180,000; Full time

Job summary

L3Harris is seeking a Lead Systems Engineer - DSP in Greenville, TX to design and implement DSP software for signal processing systems. The role involves translating customer needs into real-time C/C++ solutions, integrating with existing architectures and optimizing for hardware limits.

The candidate should have extensive C/C++ RT DSP experience, Linux development proficiency, RF and SDR familiarity, and a TS/SCI clearance.

Qualifications

• Active US TS/SCI security clearance.
• Bachelor's Degree with 9 years of C/C++ development of real time digital signal processing applications.
• Graduate Degree with 7 years of C/C++ development of real time digital signal processing applications.
• In lieu of a degree, a minimum of 13 years of C/C++ development of real time digital signal processing applications.
• Experience using software configuration management tools (e.g. Git, SVN, etc.).

Responsibilities

• Develop algorithms requiring strong mathematics with advanced modulation techniques and digital communications theory.
• Convert algorithms to real-time, reusable DSP C/C++ code within an existing architecture.
• Integrate DSP software into system architecture and code base.
• Optimize software to meet hardware resource limits.
• Collaborate to translate system requirements to technical specifications.

Skills

C/C++ development

DSP

Real-time systems

Linux development

Multithreaded programming

RF concepts

Software Defined Radio

Socket programming

TS/SCI clearance

Education

Bachelor's degree with 9 years C/C++ RT DSP

Graduate degree with 7 years C/C++ RT DSP

13 years of C/C++ RT DSP without degree

Tools

Git

SVN

Job description

L3Harris is seeking a Lead Systems Engineer - DSP in Greenville, TX to design and implement DSP software for signal processing systems. The role involves translating customer needs into real-time C/C++ solutions, integrating with existing architectures and optimizing for hardware limits.

The candidate should have extensive C/C++ RT DSP experience, Linux development proficiency, RF and SDR familiarity, and a TS/SCI clearance.