DSP Engineer – RF Signal Processing & Geolocation

NASK; Bellbrook (OH); In loco; USD 90.000 - 130.000; Tempo pieno

Vantaggi offerti da questo lavoro

Competitive benefits package

Profit-sharing retirement plan

Cafeteria plan for benefits

Descrizione del lavoro

NASK is hiring a Digital Signal Processing Engineer to join our Dayton/Beavercreek area team. You will lead investigations into RF phenomena, perform signal processing, filter design, spectral and Doppler analyses, and contribute to geolocation work with antenna/beam and arrival-time techniques.

The role requires a strong DSP background, C++/Python, MATLAB, and a track record in RF signature analysis. On-site work in Dayton/Beavercreek, with a focus on mission-focused defense challenges.

Competenze

• Bachelor’s degree or higher in a technical field relevant to DSP and RF.
• 2+ years in DSP engineering, signal processing, and electromagnetics.
• Proficiency in DSP, MATLAB, and Python.

Mansioni

• Lead investigations into RF phenomena and develop signal processing solutions.
• Characterize RF systems, design filters, and perform spectral and Doppler analyses.
• Analyze antenna patterns, angle of arrival and time difference of arrival for geolocation.
• Collaborate with a multidisciplinary team to advance mission-focused objectives.

Conoscenze

DSP engineering

C++

Python

MATLAB

RF signature analysis

Signal processing

Formazione

Bachelor’s degree in electrical engineering, physics, applied mathematics, or related field

Strumenti

Xpatch

X-Midas

Descrizione del lavoro

NASK is hiring a Digital Signal Processing Engineer to join our Dayton/Beavercreek area team. You will lead investigations into RF phenomena, perform signal processing, filter design, spectral and Doppler analyses, and contribute to geolocation work with antenna/beam and arrival-time techniques.

The role requires a strong DSP background, C++/Python, MATLAB, and a track record in RF signature analysis. On-site work in Dayton/Beavercreek, with a focus on mission-focused defense challenges.