Principal Software Engineer (FPGADSP) for ADG System R&D

The Team:
In order to achieve NIs Core Strategic Vision to be the leader in software-defined automated test and automated measurements systems the company is evolving its operating model to align behind industry-oriented business units.

The Systems R&D team in the Aerospace Defense and Government (ADG) Business Unit focuses on the design and development of components and systems in key application areas including avionics communications navigation Signals Intelligence Electronic Warfare (EW) and radar. Leveraging NIs portfolio of PXI RF instruments modular FPGA co-processors software-defined radios and software tools (LabVIEW LabVIEW FPGA open source) the Systems R&D team develops IP at various levels to provide differentiated system-level offerings.

The Role:
As a Principal Software Engineer you will be responsible for the design and development of embedded DSP and software infrastructure IP blocks targeting application areas that have emphasis on foundational and advanced communication algorithms and the associated signal processing for SATCOM/Telemetry/EW/Radar applications. The role demands a deeply technical individual with strong teamwork skills that can think at the system level while providing best-in-class algorithms. You will work closely with domain experts to define and execute the implementation strategy of critical software components system-level software architectures and APIs/User Interfaces. You will mentor junior engineers in the group on measurement science and test methodologies.


Core Job Responsibilities
- Research design implement and test signal processing and communication algorithms required for satellite communications radar communications and navigation systems.
- Validate algorithms with real-world hardware (software defined radios) to prove feasibility of algorithms with real world signals. Verify performance at the system level with deployment.
-Map developed algorithms to key application spaces in radar satcom communication and navigation systems.
-Independently lead the feature(s) through release.
- Contribute to product design and code review efforts with the rest of the team.
-Become a leading technical expert on key technologies in this space

Required Qualifications
-Bachelor of Science degree in Electrical Engineering (EE) Electrical and Computer Engineering (ECE) or Computer Science (CS)
-Minimum 10 years relevant engineering experience in simulation and test FPGA designs to ensure they meet performance and functionality requirements.
-Experience using SystemVerilog or VHDL to implement synthesizable logic targeting FPGAs.
-Experience with HSS standards like Aurora and Ethernet is a plus.
-Experience writing testbenches and simulation models to verify logic designs.
-Understanding of RF concepts such as: freq/wl and freq/t relationships
-Basic knowledge of RF time and spectral measurements.
-US Citizen and/or US Person - required by law regulations and/or government contracts with the DoD.

Preferred Qualifications
-Digital signal processing skills FFTs sampling algorithms experience.
-Familiar with common clock domain crossing methods.
-Knowledge of static timing analysis and experience writing timing constraints.
-Experience writing and executing test plans to verify board level digital circuits.
-Familiar with common benchtop instruments such as oscilloscopes DMMs function generators and power supplies.
-Proficiency in DSP/SDR Programming languages such as Python Matlab LabVIEW C C and development experience on Windows/Linux platform.
-Familiar with Xilinx Intel or Lattice FPGAs and CPLDs as well as their design tools.
-Experience collaborating with other technical disciplines such as Analog Software Mechanical and RF.
-Familiar with communications standards such as CCSDS IRIG106 &/or signals such as GPS 5G LTE
-Experience with RF instrumentation such as spectrum analyzers oscilloscopes.
-Experience with DSP/SDR algorithm design. Applicant should understand baseband communications theory concepts such as:
-Digital Up and Down Conversion (DUC /DDC)
-Sampling theory
- Filter operations i.e. FIR IIR windowing
-Basic modulation schemes such as PSK FSK
- Soft vs hard decisions
-Demodulation techniques for timing and frequency recovery
-Familiar with advanced modulation techniques
-Familiar with RF measurements

Success Factors
-Ability to independently identify and solve application-specific system engineering problems
-Track record of being a technical expert with extraordinary implementation skills
- Persistently drives tasks and leads projects to successful completion.
-Effectively interact and communicate with engineering teams and management.
-Strong problem-solving skills work ethic and drive to succeed with a demonstrated ability in effectively diagnosing technical issues and proposing reasonable solutions.

Our Culture & Commitment to You

At Emerson we prioritize a workplace where every employee is valued respected and empowered to grow. We foster an environment that encourages innovation collaboration and diverse perspectivesbecause we know that great ideas come from great teams. Our commitment to ongoing career development and growing an inclusive culture ensures you have the support to thrive. Whether through mentorship training or leadership opportunities we invest in your success so you can make a lasting impact. We believe diverse teams working together are key to driving growth and delivering business results.

We recognize the importance of employee wellbeing. We prioritize providing flexible competitive benefits plans to meet you and your familys physical mental financial and social needs. We provide a variety of medical insurance plans with dental and vision coverage Employee Assistance Program 401(k) tuition reimbursement employee resource groups recognition and much more. Our culture offers flexible time off plans including paid parental leave (maternal and paternal) vacation and holiday leave.