Define requirements, architecture, and development plans for pharmaceutical manufacturing payloads
Establish fluid system design standards for component selection and qualification, sealing, contamination control, thermal control, and verification/validation
Lead project teams to develop of precision fluid systems incorporating valves, pumps, pistons, manifolds, tubing, fittings, seals, filters, sensors, and thermal control systems
Drive system-level analyses, trade studies, and risk reduction using a variety of tools (hand calcs, Python/MATLAB models, FEA, etc. as needed)
Lead build and test campaigns for prototypes and flight hardware to characterize performance and reliability
Synthesize cross-functional inputs from business development, pharmaceutical science, process engineering, and spacecraft subsystem teams to develop requirements for new pharmaceutical payloads
Develop standards for subsystem requirements, ICDs, verification plans, test reports, and recovery procedures
Represent Varda in technical discussions with internal leadership, external partners, customers, and government stakeholders
Lead continuous improvement and incorporation of lessons learned
Mentor senior and entry-level engineers and shape best practices
Basic Qualifications
BS/BEng in Mechanical, Aerospace, Mechatronics, Biomedical, Chemical, or related engineering discipline
7+ years of experience designing, integrating, testing, and troubleshooting electromechanical hardware
Deep mechanical and fluid systems expertise with breadth in at least two adjacent disciplines such as avionics, software, thermal, optics, test, precision instrumentation, etc.
Track record leading project teams through full-cycle electromechanical space flight hardware development