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Aeronautical Engineer Resume Samples
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0-5 years of experience
Developed external static flight loads to support JSF A1 first flight and A1-SSOR.
- Generated maneuver response files using ATLAS to model A1 and simulate maneuver responses.
- Generated linear and non-linear flight loads for the Stress analysis and the Design groups using NLDS.
- Performed plot checks to validate flight load outputs from NLDS and ATLAS.
- Created mass & model input files using data provided by Mass properties.
- Created inertia & fuel databases for Atlas Loads.
0-5 years of experience
Researched and designed support structure for sub-system equipment for the JSF aircrafts using CATIA modeling software.
- Designed support structure accordingly to mechanical, thermal, electrical, vibration, heat transfer, and environmental specifications.
- Conducted case studies to evaluate design integrity, interference, manufacturing capability, and cost/weight trade off with stress analysts, structural, electrical, and manufacturing engineers.
- Coordinated with JSF program partners to review and evaluate designs.
- Managed the development and design data in PDM to ensure successful completion.
0-5 years of experience
Lead engineer of the Thermodynamics and Acoustics analysis group for the C-5 modernization program.
- Completed thermal integration project to install infrared countermeasures in the C-5 from SRR through final verification.
- Supported efforts to perform the extreme environmental testing of the C-5 at the McKinley Lab.
- Developed and updated project plans for verification of the thermodynamics requirements.
0-5 years of experience
Held an active secret security clearance.
- Supported the design by providing Durability and Damage Tolerance parameters on F-35 as built airframe parts, using both crack growth and crack initiation methodologies and software.
- Coordinated with various IPTs for inspection and modification documentation for life limited parts.
- Performed structural analysis using finite element methods and classical hand calculations for developing, integrating, and documenting structural requirements.
- Contributed inputs to various aircraft production boards such as Engineering Review Board (ERB).
- Conducted structural analysis for trade studies to improve the efficiency of direct manufacturing processes.
0-5 years of experience
Assisted the Engineering Core Group in the drafting of the, PM4007, Lockheed Martin Design Manual.
- Achieved team REA disposition time requirements in order to prevent any delay or work stoppages on the F-16 production floor.
- Responsible for resolving line-stoppage issues through utilization of the REDLINE process. Quick resolution and coordination with production supervisors was required to prevent an idle the production line.
- Coordinated with maintenance workers to clarify and identify root cause for issues on the production line.
- Supported floor production by quickly responding to Request for Engineering Action. Created Engineering Change Notice’s to support engineering resolutions to production issues.
- Selected to support the design of a new Environmental Control System for F-16, Peace Xenia Program.
- Coordinated with tube mock-up shop on hydraulic tubing issues that were unidentifiable in CATIA due to legacy design.
- Reversed engineered legacy tubes that were used as tools to manufacture production parts.
- Create detailed drawings of components in and assemblies in CATIA V4 as well as parts lists.
0-5 years of experience
Lead engineer for testing and analyzing HF118, advanced 1700lb thrust class turbofan engine. This incorporated Honda’s traditional innovation and GE’s rigorous design to meet FAA (Federal Aviation Administration) standards.
- Took charge of experiments. Responsibilities included engine assembly, temperature, pressure measurements and performance analysis. Discussed results with GE engineers.
- Participated in a 2-month-long business trip to North Carolina for a flight test called Flight Test Bed. Prepared test equipment onto a Cessna aircraft and analyzed engine data in the air.
- Performed vibration analysis using oscilloscopes, FFT analyzers, and software called Pulse by Bruel & Kjaer to find resonance frequencies.
0-5 years of experience
Worked on Gulfstream GV modification programs. Performed stress analyses on antenna supporting structure by using hand calculations.
- Documented structural substantiation reports to meet 14 CFR Part 25 regulations.
- Provided design guideline and MRB repairs to ensure the airworthiness of aircraft structural modifications.
- Reviewed engineering drawings, design concept and material/parts selection to meet structural integrity.
0-5 years of experience
Assisted principal engineer and FAA DER in certification planning, and to analyze, produce, and approve aircraft and rotorcraft Type Data in compliance with Federal Aviation Regulations.
- Created and reviewed drawings of parts and assemblies, Master Drawing Lists, and airworthiness documents for regional ACO approval of aircraft Type Design
- Performed structural airframe analysis using classical hand analysis techniques and development of solutions in Python using scientific computing stacks (Anaconda)
- Analyzed the production and structure of carbon fiber for major aircraft modifications and systems
- Involved in all phases of aerospace product design, from preliminary & detail design to prototyping and manufacturing, and systems evaluation for design changes & ECOs
0-5 years of experience
Lead engineer for $1.4B Joint Fuze Program between Air Force, Navy and UK.
- Lead engineer and program manager for $5M/year Reentry Vehicle Applications Program, managing five programs with 40+ government employees and contractors from contract award to contract completion.
- Developed $25M roadmap for technology investment to support nuclear reentry vehicle enterprise.
- Program manager for strategic missile integration complex upgrade program ensuring 9 mission essential programs were not delayed.
- Saved $90M by assessing Minuteman III raceway cable attrition rate by leading a diverse team of engineers and equipment specialists.
- Fourteen years of experience leading diverse groups in government and private sector industry.
- Eight years of project management experience in project planning, re-estimating, earned value management, contract management, schedule management, project execution, monitoring and controlling, and project closeout.
0-5 years of experience
Designed precision manufactured components and assemblies
- Assessed engineering change orders and shepherded them through team review and approval
- Generated and revised 3D CAD solid models of avionics components and assemblies with CATIA solid modeling tools, produced engineering drawings with aux views and 2D views
- Resigned to pursue self-employment business goals and relocate to spouse’s location out of state
6-10 years of experience
- Programmed aerodynamic equations and plot displays for aircraft performance testing.
- Interacted with numerous organizations to prepare the aircraft for testing.
- Control Room monitoring of flying qualities, aircraft performance, and structural loads.
- Ensured that test procedures were conducted in accordance with test plans.
- Selected and assembled flight data to support analysis of flying qualities and aerodynamic performance.
- Determined flight characteristics compliance with military specifications.
0-5 years of experience
Conceptualized Cooperative Avionics Test Bed requirements development and F-35 allocation processes
- Tabulated and synchronized essential cross referencing Engineering Parts Directive Database for detail analysis
- Initiated systems installation of Advanced Aviation Systems performance for 5th generation stealth fighter
- Professional Member
- President – Established essential components for fundraising and National Glider Competition.
- Community Service Director – Coordinate community service activities that support the NUL agenda
Aeronautical Engineer Duties and Responsibilities
Aeronautical engineers carry out a range of duties depending on the organization they work for. Based on job listings we analyzed, an aeronautical engineer’s responsibilities typically involve:
Coordinating the Design and Testing of Aircraft Products Aeronautical engineers coordinate and direct the design and manufacture of aircraft and aerospace products, making sure that they’re tested properly and meet the necessary regulatory standards.
Checking if Proposed Plans Meet Regulations Regulations and safety standards are critical to aircraft manufacturing, so aeronautical engineers must determine if proposed projects will result in a safe operation as well as meet the goals outlined beforehand. This means checking that they meet engineering principles, the requirements of the customer, and environmental regulations.
Developing Acceptance Criteria for Methods Aeronautical engineers develop the criteria for design methods, completion dates, and quality standards that all projects work to adhere to for consistency and safety.
Inspecting Damaged Products Aeronautical engineers check malfunctioning or damaged products to identify where the fault lies and develop an appropriate solution. This requires applying engineering knowledge to the task and maintaining continuous education of the subject, in order to stay up to date with the latest technology and trends.
Assessing Proposals Aeronautical engineers assess proposals for different projects to determine if they are feasible, both on a technical level and also financially.
Aeronautical Engineer Skills and Qualifications
Aeronautical engineers should have excellent analytical skills, strong writing skills to create reports and documentation, and good business acumen. Typically, employers will require a bachelor’s degree in aeronautical engineering, as well as the following abilities:
- Analytical skills – aeronautical engineers must identify design elements which may not meet the requirements of the project, and find alternatives that are better suited, so analytical skills are vital to this position
- Math skills – this job requires the ability to use calculus, trigonometry, and advanced math theories and formulas, so aeronautical engineers need to have great knowledge of these principles
- Problem-solving abilities – aeronautical engineers use their knowledge to troubleshoot problems to improve efficiency and safety of the aircraft, as well as resolving issues which may have been previously overlooked
- Business knowledge – aeronautical engineers often carry out work which meets federal government standards, so applicants for this job need to have knowledge of standard business practices and commercial law in order to meet these requirements
- Critical thinking – aeronautical engineers need to be able to develop designs which meet governmental standards and work out how and why certain designs may not work, which requires critical thinking skills
Aeronautical Engineer Education and Training
The minimum requirement to become an aeronautical engineer is a bachelor’s degree in aerospace engineering, with classes taken in chemistry, physics, advanced math, and computer programming or computer languages. Bachelor’s programs should include classroom, laboratory, and field studies in subjects such as propulsion, stability, and mechanics, as well as aerodynamics, which studies how air interacts with moving objects. Some colleges provide the option for students to enroll in a 5-year program, which combines a bachelor’s and master’s degree.
Aeronautical Engineer Salary and Outlook
The median annual salary for aeronautical engineers is nearly $113,000, according to the Bureau of Labor Statistics (BLS). Aeronautical engineers in the 10th percentile earn around $71,000 annually, while the highest paid earn close to $162,000 a year. The higher end of the pay scale for this job sees bonuses of up to $20,000, and profit sharing opportunities which can reach as much as $50,000. Location and specific employer impact the pay level for this role, and over 70 percent of employers offer dental plans, while 90 percent provide medical insurance as part of their benefits package. The BLS predicts that the growth rate for this sector is expected to grow by six percent through 2026.
Helpful Resources
We’ve collected some of the best resources to help you learn how to develop a career as an aeronautical engineer.
The Engineer – this blog provides the latest aerospace engineering information, technology updates, and business news. It’s a great way to stay up to date with developments in this sector, particularly for those new to the industry.
Aeronautical Engineer – With over 2,600 members, this LinkedIn group is perfectly suited to people who are looking to network with other professionals, share market information, and discuss ideas with others in the industry.
Aircraft Structures – A brilliant reference guide to aircraft structures and structural theory, this book covers the elementary principles of mechanics, materials and construction, inertia forces, and much more.
Fundamentals of Aerospace Engineering: An introductory course to aeronautical engineering – this book covers the aircraft, air transportation, airports, and air navigation, for a comprehensive view of this subject. Those new to aeronautical engineering will find this an incredibly useful guide.
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Last edited by: Gabriela Barcenas, CPRW, Content Writer II -
Gabriela Barcenas
CPRW, Content Writer IIGabriela is a Certified Professional Resume Writer (CPRW) and career adviser. With 10 years of digital media experience and five years of resume writing expertise, her publication history includes fashion, education, travel, social justice, equitable design and career advice.
