Sr. Staff Rotor Dynamics Engineer
Archer is seeking a Senior Staff Rotor Dynamics Engineer to join our team in San Jose, California. As a leading aerospace company, Archer is dedicated to developing all-electric vertical takeoff and landing (eVTOL) aircraft aimed at revolutionizing urban air mobility. This role offers the opportunity to contribute to the design and operation of cutting-edge aircraft that prioritize sustainability and efficiency.
In this position, you will be responsible for supporting propeller load development through rotor dynamics simulations, correlating simulation models with wind tunnel, ground test, and flight test data, and building static and fatigue load databases for airframe structure design. Additionally, you will support aeroelastic analyses, define and develop vehicle design load cases, and maintain associated certification documentation. Collaboration with internal and external customers to ensure timely data delivery is also a key aspect of the role.
The ideal candidate will possess a Master's or Ph.D. in Aerospace Engineering or a related field, along with over five years of industry experience. Proven expertise in helicopter rotor aeromechanics, including aerodynamics, dynamics, loads, stability, and performance, is essential. Experience with comprehensive rotor analysis software such as RCAS, CAMRAD II, FlightLab, or DYMORE, proficiency in Python and/or Matlab scripting, and demonstrated experience with flight test loads data processing and interpretation are also required. Strong technical, written, and verbal communication skills, as well as experience in a fast-paced design environment, are highly valued.
Archer offers a competitive compensation package, with a targeted base pay between $182,500 and $228,100, determined by factors such as job-related knowledge, skills, and experience. We are committed to fostering an equitable and inclusive environment that embraces diversity and supports all team members. Joining Archer means becoming part of a team dedicated to advancing sustainable air mobility and contributing to the future of urban transportation.