Lead Systems and RF System Engineer

STR•Woburn, MA

About The Position

The SMS Sector is seeking a RF System Engineer to lead small teams to design, develop, integrate and test novel sensing and counter sensing systems for radar, electronic warfare, and signal processing systems. This position offers significant opportunities for career growth within a fast-paced and rapidly expanding company.

Requirements

This position requires the ability to obtain a security clearance, for which U.S. citizenship is required by U.S. Government
BS in Electrical Engineering, Applied Mathematics, Physics, or a related technical discipline
10+ years experience working with RF components and subsystems, including T/R modules, rotary joints, antennas, positioners, filters, radiating structures, isolators, amplifiers, ADCs/DACs, and system signal processing, calibration and control software
Experience with developing requirements and verification plans for complex systems and subsystems
Design experience with RF system, subsystem and/or component analysis (frequency planning, link budget analysis, transceiver architectures, cascade analysis)
RF testing and characterization experience from component to system level
Experience leading teams for the integration and test of RF systems including front- end hardware, back-end hardware and software
Proficiency in MATLAB and/or Python and/or other higher-level languages
Strong mathematical, troubleshooting, written, and verbal communication skills

Nice To Haves

Active Secret, Top Secret, or TS/SCI Clearance
Advanced degree in Electrical Engineering, Applied Mathematics, Physics, or a related technical discipline
Experience with:
RF systems engineering and technologies in one or more of the following areas: sensing and electronic warfare applications including electronic attack, electronic protection, cognitive EW, radar, and advanced ESM techniques
EM Field Solvers (ANSYS HFSS, Sonnet)
Interacting with decision-makers and customers to translate mission needs into an end-to-end analytical solution
RF Integrated Circuits
RF Transceiver building blocks (power amplifiers, low-noise amplifiers, oscillators, mixers, filters)
High-power RF design and testing
Automated or semi-automated digital and RF test set development and implementation
Knowledge of:
Mechanical design
Software development, integration, and familiarity with C/C++ and Python
Designing and debugging for EMI/EMC requirements
FPGA hardware inference designs
Background in designing for manufacturability, producibility, and cost constraints
Ability to apply novel, innovative and interdisciplinary approaches to challenging engineering problems
Ability to create and present briefings to customers and senior management to provide both high-level and deep technical solution explanations

Responsibilities

Lead and work with small, multi-disciplinary teams to design, build, and test RF hardware systems. Systems are predominantly field deployable prototypes with the objective of transitioning to low-volume product systems.
Lead the team to quantify goals, system performance objectives, metrics, dependencies, and risks to guide your work.
Lead the design of RF hardware systems, tasking and guiding other engineers on your team to create drawings, select parts and components, and write specifications for components such as antennas, positioners, cables, transceiver assemblies, amplifiers, filters, etc.
Lead the integration and test of complete RF systems including antennas, feeds, waveguides, positioners, processing hardware, and the software providing system control, waveform processing, calibration, health and status functions and the user interface.
Work with mechanical engineers, software and firmware developers, system engineers, and test engineers to troubleshoot, identify, and resolve issues
Conduct performance trade studies and analyses of proposed hardware architectures and work with Systems Engineers and other team leads to derive, develop, and verify requirements
Develop component and system test plans and lead testing to verify system compliance with requirements and demonstrate/document system performance
Conduct over-the-air system demonstrations, identifying hardware readiness, test architecture, performance metrics, data management, operational procedures, and performance reports
Work with signal processing team to develop test concepts and methods
Conduct performance analysis through simulations and real-world testing to validate system performance
Review system effectiveness and identify opportunities to advance and/or mature subsystems and system capabilities
Prepare documentation, design specifications, test plans, and reports