Electric and open-rotor propulsion systems for drones and aircraft
Whisper Aero develops electric ducted fan and open-rotor propulsion for air mobility and drone platforms. The tech stack—SolidWorks, MATLAB, LabVIEW, Python, and Kubernetes—reflects a hardware-software hybrid operation typical of propulsion R&D. Active projects span from electric propulsion maturation through open-rotor systems and product-launch scale, but pain points cluster around propulsion safety/noise tradeoffs and government compliance (CMMC, NIST), suggesting the company is navigating both technical limits and the regulatory friction of defense/aerospace contracting.
Whisper Aero designs propulsion systems for unmanned and manned aircraft, with a focus on electric ducted fan and open-rotor architectures. The company operates at the intersection of mechanical engineering (CAD-heavy: SolidWorks, Creo), control systems (MATLAB, LabVIEW, Arduino), and software infrastructure (Python, Kubernetes, Linux). With 51–200 employees concentrated in engineering and operations, and hiring primarily mid to senior technical roles, the company is in active product development and early commercialization. Based in Crossville, TN, Whisper Aero serves customers subject to defense and aerospace procurement rules.
SolidWorks, Creo for CAD; MATLAB and LabVIEW for simulation and control; Python for scripting; Kubernetes and Linux for infrastructure.
Yes. Five engineering roles are currently open, spanning mid-level, senior, and manager positions. Hiring is active in the United States only.
Electric ducted fan systems and open-rotor propulsion architectures for drones and aircraft, with ongoing projects in technology maturation and product launch.
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