177352 - Aerodynamics Propulsion Integration Engineer
Industry
ENG
Region
NV-Nevada
City
Reno
State
NV
Rate
$DOE
Duration
Direct
Description
Chipton-Ross is seeking an Aerodynamics Propulsion Integration Engineer for an opening in Reno, NV.

RESPONSIBILITIES:
The Aerodynamics Propulsion Integration Engineer will be responsible for supporting the aerodynamic design of the inlet and exhaust systems of the Client supersonic business jet to meet program and certification requirements. Successful candidates will have a commanding and fundamental understanding of the design and development of propulsion integration, preferably with experience developing supersonic inlets. Candidates should have expert level knowledge of the necessary physics-based trades for supersonic designs. The successful candidate will have demonstrated knowledge and experience in computational fluid dynamics, analytical and theoretical performance estimation techniques, and, ideally, wind tunnel testing from low speed to high speed regimes.
Perform detailed aerodynamic design and analysis in areas of aircraft inlet shape, performance, and integration.
Design and optimize inlet aerodynamic loft using CFD and other advanced design, optimization and modeling tools.
Perform detailed aerodynamic design and analysis in areas of aircraft nozzle shape, performance, and integration.
Design and optimize inlets and nozzles as integrated elements of the aircraft using CFD and other advanced design, optimization and modeling tools.
Provide support to the various Systems and Structures IPTs in support of their development and certification.
Assist in the development of advanced aerodynamic analysis tools by providing feedback and developing requirements.
Provide support for engineering development tests, certification, and flight testing from concept to product certification.
Interact with engine supplier to help manage and meet inlet requirements and nozzle performance.

REQUIRED EXPERIENCE:
Minimum of five years of technical experience in one of the specific flight sciences areas of aircraft design, with specific and/or strong general knowledge of the other areas.
Experience in air vehicle aerodynamic design in a collaborative multi-discipline team environment.
Familiarity with HPC platforms and CFD codes
Experience with advance design tools such as MDO frameworks, as well as programming (Java, C, Fortran) and scripting (Python, Bash).
Strong technical, interpersonal, communication, administrative, and presentation skills.
Demonstrated leadership in solving technical challenges.
Experience in the development supersonic and/or business aircraft strongly desired.
Experience in aerodynamic design of inlets and/or nozzles, especially for supersonic aircraft. Experience with Overflow, Fun3D, Pointwise and Tecplot CFD tools.
Experience with CATIA.

EDUCATION:
Accredited Bachelor's degree in Mechanical or Aerospace engineering, or similarly related field, with a relevant advanced degree strongly preferred.

WORK HOURS:
Full-Time

Employment will be contingent on clearing a drug screen and background check. Both must clear prior to start date.

Contact
Brenda Ordaz
bordaz@chiptonross.com
CHIPTON-ROSS, INC.
420 Culver Boulevard
Playa Del Rey, CA 90293

Phone: (310) 414-7800 x284 or (800) 927-9318 x284

Candidates responding to this posting must currently possess the eligibility to work in the United States. No third parties please.

Employment will be contingent on candidate clearing pre-employment drug screen and background check.

Chipton-Ross provides equal employment opportunities to all employees and applicants for employment without regard to race, color, creed, religion, national origin, sex (including pregnancy), age, disability, sexual orientation, gender identity and/or expression, protected veteran status, genetic information, or any other characteristic protected by Federal, State or local law. This policy governs all areas of employment at Chipton-Ross, including recruiting, hiring, training, assignment, promotions, compensation, benefits, discipline, and terminations.