Aerodynamics Engineer II

Duties and Responsibilities:

of

Time

1.

Develop CFD models, conduct analysis and wind tunnel tests on aircraft and rotor/proprotor systems.

15

2.

Prediction of air loads utilizing multiple software tools.

15

3.

Support the aerodynamic design of rotor/proprotor blades, airfoils, wings and fuselages of advanced vertical lift aircraft.

10

4

Conduct trade studies to optimize designs.

15

5

Predict the impact of configuration changes, ice accretion, and optimization of outer mold line and engine installations modifications on aircraft performance.

15

6

Support the development of test plans and reports in support of aircraft certification activities.

10

7

Support R&D proposals and conduct sponsored research in collaboration with partner companies.

10

8

Write and present technical papers to advocate Leonardo Helicopter technical capabilities.

5

9

Support the design and acquisition of wind tunnel models, the acquisition and processing of wind tunnel data.

5

                                                                                                                         TOTAL:

 100    

• Bachelor’s Degree in Aerospace Engineering or Mechanical Engineering plus 5 years of industry related experience is required; OR
• Master’s degree, with background in aerodynamic design and optimization or a qualification in aerodynamics, aerospace engineering, aeronautical engineering, physics, or mechanical engineering plus 3 year of experience. 
• An exceptional understanding of, and intuition for, fluid dynamics

• Proficiency with analysis tools such as Matlab or Python.
• Proficiency with CFD tools such as OpenFOAM, Ansys Fluent, Ansys CFX.
• Knowledge of with surface mesh preparation using Hypermesh, or Star CCM+ would be an advantage.
• Experience with geometry creation, simplification, and data management within CAD software, preferably CATIA
• Specific experience with preliminary design and/or physics-based models along with rotorcraft analysis experience is preferred.
• Experience working on a team for a complex engineering related project would be an advantage.
• Ability to contribute to the development of new concepts and principles.
• Proficiency in Word, Excel, PowerPoint, and Outlook is preferred

• Strong communication and presentation skills. Ability to effectively communicate to all levels of the organization.

• Strong analytical skills.
• The candidate must have the ability to prioritize a variety of assignments and the ability to work effectively within a team