Electromagnetic and acoustic test systems for industrial compliance and wireless device validation
ETS-Lindgren manufactures electromagnetic shielding, RF test chambers, and compliance measurement systems for industrial, medical, and defense markets. The tech stack (C/C++, MATLAB, HFSS, SolidWorks, Unreal Engine) reflects a hardware-firmware hybrid business with active CAD and simulation work. Hiring is heavily skewed toward engineering (21 of 28 roles) with a notable intern pipeline (12 positions), suggesting scaled onboarding for design and firmware projects rather than rapid headcount growth.
ETS-Lindgren designs and manufactures electromagnetic and acoustic energy test systems, RF shielding chambers, and compliance measurement equipment for industrial, commercial, medical, and defense sectors. The company operates as a division of ESCO Technologies (NYSE: ESE) and employs roughly 750 professionals globally. Core offerings include EMC compliance test solutions, wireless OTA (over-the-air) test platforms, RF shielding for medical and industrial facilities, audiology and acoustic measurement tools, and accredited lab services. Active projects span new product firmware, antenna design, RF door assemblies, and chamber construction documentation, alongside operational initiatives in energy efficiency and lean manufacturing. The organization faces typical hardware-scale challenges: ensuring regulatory compliance, improving quality performance, managing preventive maintenance, and forecasting project costs.
Primary tools include C, C++, C#, Visual Studio, MATLAB, HFSS (electromagnetic simulation), SolidWorks, AutoCAD, and Unreal Engine. The mix reflects embedded firmware development, 3D design, and electromagnetic field modeling for test chamber and RF systems.
Headquarters in Cedar Park, Texas. Currently hiring in the United States and Finland, with 501–1,000 employees globally as a publicly traded subsidiary of ESCO Technologies.
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