Candidate will work in the ATF (Aero Thermal Fluids) group based out of either the Canoga Park facility or West Palm Beach Facility but fully remote is possible depending on candidate qualifications.
The candidate:
Shall have the capability to utilize a combination of commercial and in-house developed software tools, and/or hand calculation methods to design and analyze bearings and seals related to pump fed liquid rocket engine systems Shall have extensive knowledge of designing and analyzing a variety of bearings and seals such as:
Bearings
Rolling Elements: Ball, Roller, and Cylindrical bearings Fluid Film: Hydrostatic, annular, balance piston, and hydrodynamic
Seals
Dynamic, clearance, rubbing contact, and lift-off
May need to collaborate with design engineers to provide tribology support focusing on seals, bearings, and sliding interfaces. This role involves selecting material systems that meet design requirements, assisting design engineers in developing wear-resistant materials, finishes, and geometries for robust operation in both launch and in-space environments Shall be able to identify and mitigate lubrication and wear risks in high-performance mechanisms, recommend and implement coupon testing to screen materials for wear life and damage modalities, and collaborate with and audit suppliers to ensure all processes, coatings, and finishes meet design and qualification requirements
80% - Perform all or a combination of design and analysis tasks related to bearings and seals. The candidate shall be capable to work with minimal oversight. Responsible for utilizing a combination of commercial and in-house developed software tools, and/or hand calculation methods to correlate analysis models and review test data.
10% - Strengthens the technical capacity of the company and facilitates transfer of technology by mentoring less experienced engineers and team members.
10% - Produce analysis reports and test reports. Present analysis to both internal and external customers.
Skills:
Candidate must have a Bachelor's Degree in Mechanical or Aerospace Engineering or the equivalent combination of education and a minimum of 7 years of experience Strong background in thermodynamics, heat transfer, and fluid dynamics High proficiency in ANSYS Workbench and tools associated with turbomachinery analysis Familiarity with utilizing LINUX systems Experience programming in MATLAB, FORTRAN, Python Position is full time onsite but depending on candidate qualifications full time remote may be possible
Desired
Master's degree or higher in engineering related field
Additional Skills:
COATINGS
TEST REPORTS
ELECTRICAL AEROSPACE
LINUX
MENTORING
MATLAB
PYTHON
FORTRAN