Engineering Thermodynamics

Job Details: Job Location: Bombardier Wichita - Wichita, KS 67209, Salary Range: Undisclosed, SUMMARY

The Professional, Engineering - Thermodynamics is responsible for performing advanced thermodynamic, fluid-flow, heat-transfer, and computational fluid dynamics analyses in support of aircraft design, testing, and performance optimization. This position evaluates complex coupled fluid-heat transfer challenges, supports aircraft right-sizing and design decisions, prepares and documents analysis and test results, and develops engineering practice documentation to support consistent technical execution.

ESSENTIAL FUNCTIONS

Perform complex computational analyses involving coupled fluid-heat transfer, pipe network flow, heat transfer, thermodynamics, and aircraft-related thermal challenges
Conduct internal flow CFD analysis to support aircraft design, system performance, and component sizing decisions
Interpret analysis results within the context of aircraft design requirements, right-sizing, reliability, safety, and performance objectives
Prepare engineering test plans for analysis validation, ground testing, flight testing, and related technical evaluations
Document analysis results, assumptions, methodologies, ground test findings, flight test findings, and technical recommendations
Develop, write, and update engineering practice documents, procedures, and technical standards as required
Use CFD, finite element, CAD, and simulation tools to model complex thermal-fluid behavior and support design trade studies
Collaborate with engineering, design, testing, and program stakeholders to communicate results and support informed technical decisions
Comply with company policies and procedures and perform other duties as assigned
Qualifications: KNOWLEDGE

Advanced knowledge of thermodynamics, fluid mechanics, heat transfer, internal flow analysis, and coupled fluid-thermal systems
Knowledge of CFD analysis methods, finite element analysis concepts, aircraft system performance, and in-flight icing considerations
Working knowledge of Star-CCM+, Ansys Fluent, SpaceClaim, SimCenter3D, and Microsoft Office products, including advanced Excel
Familiarity with inlet and outlet design, pipe network flow, test planning, ground testing, and flight test documentation
Knowledge of programming, complex codes, Unix operating systems, high-performance computing interfaces, and languages such as Fortran, Visual Basic, C++, C#, or Python is preferred

COMPETENCIES

Strong analytical thinking and technical problem-solving
Clear and professional written and verbal communication
Attention to detail in analysis, documentation, validation, and reporting
Ability to translate complex technical results into practical design recommendations
Self-motivated, innovative, and collaborative team approach
Ability to manage priorities, deadlines, and short-term travel assignments as required

EXPERIENCE AND EDUCATION

Master’s degree in Mechanical Engineering, Aerospace Engineering, or a related field required
Coursework or experience in fluid mechanics, heat transfer, in-flight icing, CFD analysis, and thermal systems required
Minimum of five to eight years of experience in internal flow CFD analysis required
Experience performing complex CFD and finite element analyses required
Experience with inlet/outlet design and analysis, high-performance computing, or programming is preferred

WORKING CONDITIONS

Prolonged periods of sitting at a desk and working at a computer
Repetitive use of the hands, wrists, and arms due to computer usage
Work is primarily performed in an office or engineering environment with occasional exposure to test, laboratory, aircraft, or shop environments
Short-term travel may be required to support testing, technical reviews, or project assignments
Reasonable accommodations may be made to enable qualified individuals with disabilities to perform the essential functions of the position

WORK AUTHORIZATION/SECURITY CLEARANCE

Must be legally authorized to work in the United States
If a security clearance is required:

Candidate must be able to obtain and maintain applicable security clearance requirements
Successful candidates must be able to obtain required Program Access approval, if applicable