Entry-Level Systems Engineer — Signal Processing & SDR

Voyager Technologies; Folsom (CA); On-site; USD 81,600 - 105,500; Full time

Benefits offered by this job

Flexible Time Off

Medical, dental, vision coverage

Gym memberships nationwide

Job summary

Voyager Technologies is seeking an entry-level Systems Engineer I to collaborate with chief engineers and systems engineers on complex communications signal processing problems within the ISR domain. You’ll apply advanced methods and research techniques to real-world challenges in a mission-driven setting.

Ideal candidates hold a Bachelor's in Electrical Engineering and have familiarity with MATLAB or Python, basic DSP concepts, and a willingness to travel about 10%.

Qualifications

• US citizenship is required due to security requirements.
• Ability to obtain DoD Secret clearance; active clearance preferred.
• Experience: 0 to 2 years in a similar position.

Responsibilities

• Research and develop functional understanding of classic, modern, or emerging wireless protocols and systems (e.g. AM/FM, DMR, 5G, WiFi, Bluetooth, LoRa, Zigbee).
• Design and prototype software defined radio solutions for signal processing problems.
• Model and simulate wireless signals and RF propagation effects.
• Work with software development teams to develop, integrate, and test software defined radio systems.
• Perform testing and validation of ISR systems in the laboratory and outdoor facilities and test ranges.

Skills

MATLAB

Python

Digital Signal Processing

Education

Bachelor’s degree in Electrical Engineering

Job description

Voyager Technologies is seeking an entry-level Systems Engineer I to collaborate with chief engineers and systems engineers on complex communications signal processing problems within the ISR domain. You’ll apply advanced methods and research techniques to real-world challenges in a mission-driven setting.

Ideal candidates hold a Bachelor's in Electrical Engineering and have familiarity with MATLAB or Python, basic DSP concepts, and a willingness to travel about 10%.