Revolution Space Benefits Overview

Leads research and development of microgravity fluidics, microfluidic systems, and capillary-driven flow technologies. Designs, conducts, and analyzes experiments involving fluid transport, wetting, surface tension, and multiphase flow. Collaborates with engineering, hardware, modeling, and systems teams to develop prototypes and practical solutions, while overseeing laboratory testing, calibration, safety, documentation, and technical reporting.

Designs and integrates software-intensive space propulsion systems across the full lifecycle, from requirements and architecture through verification and flight operations. Responsibilities include hardware-software integration, system and subsystem requirements, simulators and emulators, automation tools, testing, debugging, technical documentation, system upgrades, troubleshooting, and participation in aerospace design and review gates. The role also supports MBSE initiatives and cross-functional engineering collaboration.

Lead the full life cycle development of in-space electric propulsion products, from requirements and system architecture through testing, production, spacecraft integration, and deployed operations support. The role coordinates multidisciplinary engineering teams, develops technical documentation, manages interfaces and constraints, supports program objectives and business development, and ensures propulsion products meet spacecraft requirements and reliability standards.