Job Requirements
Richardson, TX
Secret Polygraph not specified
Career Level not specified
$150,000 - $165,000
Job Description
The Sr. FPGA Engineers who will design, test, and integrate complex FPGA-based digital signal processing and control algorithms for state-of-the-art RF transmitter systems. This individual will work closely with hardware & software engineers throughout the program development and system installation.
Responsibilities
Define and document functional requirements
Design, simulate and implement FPGA-based digital signal processing, e.g. baseband signal processing
Design FPGA-based circuit card assemblies using schematic capture
Develop hardware prototypes, debug and test using oscilloscopes, spectrum analyzers, signal generators, logic analyzers, etc
Define and coordinate software tasks related to hardware-software interfaces within FPGA-based circuit card assemblies
Uphold the company’s core values of Integrity, Innovation, Accountability, and Teamwork
Demonstrate behavior consistent with the company’s Code of Ethics and Conduct
It is the responsibility of every employee to report to their manager or a member of senior management any quality problems or defects in order for corrective action to be implemented and to avoid recurrence of the problem
Duties may be modified or assigned at any time to meet the needs of the business
Qualifications
BS or MS in Electrical Engineering with 8 or more years of relevant experience
Skilled at translating system level requirements to FPGA solution space
Proficiency with Xilinx FPGA design flows using both ISE and Vivado. VHDL design entry is essential.
Detailed experience with full FPGA design process, including simulation, synthesis, implementation, and timing closure
Recent experience with Xilinx 7 series devices
Expertise in the following areas of FPGA-based real-time DSP implementation: decimation / interpolation filters, fractional delay filters, asynchronous sample rate conversion, NCO, Hilbert transforms, FFT and waveform generation.
Experience with FPGA hardware interfaces related to RF sampling and waveform generation using A/D and D/A converters.
Experience using version control tools to manage states of files and collaboratively develop them with teammates
Experience designing re-usable circuits that can be utilized across multiple projects
Design and implement test fixtures including test plans for both chip level and board level environments
FPGA-based high-speed memory and bus interfaces, i.e. PCIe, DDR3.
Strong understanding of software and hardware interaction i.e. Linux host / PCIe endpoint.
Understanding of digital signal processing hardware architectures, and preferably FMC module interfacing to FPGA-based carrier card assemblies
Familiarity with high-speed PCB board layout
Excellent verbal and written skills to interact with project teams, management and customers.
Ability to obtain DoD issued secret clearance
Some travel will be required
Desired Qualifications
Eight (8) years of experience with RF system design, specifically high power and/or high-speed, time-based communication transmissions
MATLAB / Simulink modeling of signal processing systems, at a minimum able to understand a high-level model and convert to an FPGA implementation
High level programming (C), and ability to write simple software applications for FPGA test purposes in Linux environment
Practical understanding of time synchronization standards (e.g. IEEE-1588)
Responsibilities
Define and document functional requirements
Design, simulate and implement FPGA-based digital signal processing, e.g. baseband signal processing
Design FPGA-based circuit card assemblies using schematic capture
Develop hardware prototypes, debug and test using oscilloscopes, spectrum analyzers, signal generators, logic analyzers, etc
Define and coordinate software tasks related to hardware-software interfaces within FPGA-based circuit card assemblies
Uphold the company’s core values of Integrity, Innovation, Accountability, and Teamwork
Demonstrate behavior consistent with the company’s Code of Ethics and Conduct
It is the responsibility of every employee to report to their manager or a member of senior management any quality problems or defects in order for corrective action to be implemented and to avoid recurrence of the problem
Duties may be modified or assigned at any time to meet the needs of the business
Qualifications
BS or MS in Electrical Engineering with 8 or more years of relevant experience
Skilled at translating system level requirements to FPGA solution space
Proficiency with Xilinx FPGA design flows using both ISE and Vivado. VHDL design entry is essential.
Detailed experience with full FPGA design process, including simulation, synthesis, implementation, and timing closure
Recent experience with Xilinx 7 series devices
Expertise in the following areas of FPGA-based real-time DSP implementation: decimation / interpolation filters, fractional delay filters, asynchronous sample rate conversion, NCO, Hilbert transforms, FFT and waveform generation.
Experience with FPGA hardware interfaces related to RF sampling and waveform generation using A/D and D/A converters.
Experience using version control tools to manage states of files and collaboratively develop them with teammates
Experience designing re-usable circuits that can be utilized across multiple projects
Design and implement test fixtures including test plans for both chip level and board level environments
FPGA-based high-speed memory and bus interfaces, i.e. PCIe, DDR3.
Strong understanding of software and hardware interaction i.e. Linux host / PCIe endpoint.
Understanding of digital signal processing hardware architectures, and preferably FMC module interfacing to FPGA-based carrier card assemblies
Familiarity with high-speed PCB board layout
Excellent verbal and written skills to interact with project teams, management and customers.
Ability to obtain DoD issued secret clearance
Some travel will be required
Desired Qualifications
Eight (8) years of experience with RF system design, specifically high power and/or high-speed, time-based communication transmissions
MATLAB / Simulink modeling of signal processing systems, at a minimum able to understand a high-level model and convert to an FPGA implementation
High level programming (C), and ability to write simple software applications for FPGA test purposes in Linux environment
Practical understanding of time synchronization standards (e.g. IEEE-1588)
group id: 500784OSI