Structural Engineer Analysis
Resume:
JOHNATHON FRINK
*********.*****@*****.***
Huntsville, AL 35806
SKILLS AND EXPERIENCE
AutoCAD
Blueprint Interpretation
Stress analysis tools
Structural/Stress analysis
Load Calculations
Finite element analysis
Technical report writing
MATLAB
Python
Creo View
Abaqus
ENOVIA
GD&T analysis
ANSYS
CSW
FEMAP
NASGRO
NASTRAN
PATRAN
MS Excel
EDUCATION
STANFORD UNIVERSITY
Palo Alto, CA • 06/2013
B.S. in Science, Technology, Engineering, and Mathematics (STEM)
Courses Completed in Major:
· Statics, Dynamics, Engineering Analysis, Mechanics of Materials, Fluid Mechanics, Dynamics of Machinery, Measurement and Instrumentation, Mechanical Engineering Thermodynamics, Industrial Processes, Elements of Material Engineering, Machine Design, Mechanical Vibrations, Thermal Systems Laboratory, Heat and Mass Transfer
PROFESSIONAL SUMMARY
Detail-oriented aerospace structural engineer with expertise in designing and testing aircraft components and systems. Skilled in using advanced simulation tools to evaluate structural performance and identify areas for improvement. Collaborative team player with a passion for innovation and a dedication to ensuring the safety and reliability of aerospace structures.
WORK HISTORY
The Boeing Company (Boeing Space Launch Systems) – Space Vehicle Structural Engineer
Huntsville, AL
April 2021 – Present
Performed detailed structural analysis to determine structural integrity (margins of safety) using classical techniques and Boeing tools
Created detailed 3D models, engineering drawing and product definition using CATIA V5, ENOVIA and other design tools
Build, run, and post-process finite element models to calculate design responses and margin to static, dynamic, and thermal loads
Supported drawing release and established maintenance/inspection programs
Integrated component-level structural math models and performed integrated analysis using finite element methods to develop internal loads and stresses to verify structural integrity
Performed structural analysis and provided expertise to respond to customer inquiries
Perform fatigue, fracture, buckling, nonlinear, and dynamic analyses
Documented structural analyses and data required to show compliance with Boeing, customers and regulatory requirements, at a component level
Researched and prepared data to support definition of structural design requirements
Researched new technology applications, new product designs and structural life enhancement concepts, to improve products at the program level
Developed test plans, conducted pre-test analysis, and documented results to develop and certify structural concepts
Supported Integration and Test by assessing out of spec conditions and providing recommendations in a timely manner.
Provide peer review and guidance for other’s analysis
Moseley Technical Contractor for The Boeing Company (Boeing Commercial Airplanes) – Airframe Structural Engineer
Huntsville, AL
April 2019 – April 2021
Perform detailed analyses to satisfy strength, stability, stiffness, fatigue, weight, manufacturing, and other requirements for advanced vertical lift composite and metallic structures using both classical and finite element methods.
Coordinate closely with Airframe Design but also across multiple engineering, manufacturing, supplier, laboratory, flight test, and project management teams.
Created detailed 3D models, engineering drawing and product definition using CATIA V5, ENOVIA and other design tools
Performed trade studies to optimize structure and meet program requirements
Supported drawing release and established maintenance/inspection programs
Perform fatigue, fracture, buckling, nonlinear, and dynamic analyses
Integrated component-level structural math models and performed integrated analysis using finite element methods to develop internal loads and stresses to verify structural integrity
Review detailed part or assembly definition prior to production release
Documented structural analyses and data required to show compliance with Boeing, customers and regulatory requirements, at a component level
Researched and prepared data to support definition of structural design requirements
Researched new technology applications, new product designs and structural life enhancement concepts, to improve products at the program level
Examine structural or material discrepancies and create associated inspection and repair procedures at production phase
Developed test plans, conducted pre-test analysis, and documented results to develop and certify structural concepts
Supported Integration and Test by assessing out of spec conditions and providing recommendations in a timely manner.
NFL Players Association and Canadian Football - Professional Football Player
2013 - 2018
Structural Engineering, CATIA, Structural Analysis, ENOVIA LCA, Steel Steel Structures, Aerospace, Mechanical Engineering, Geometric Dimensioning & Tolerancing, Project Estimation, Solidworks, HyperMesh, Modal analysis, shock, vibration, Microsoft windows, missiles, weapons, computer-aided design, technical, security clearance, collaboration, innovation, simulation software, mathematics, MS Office, experiment, prototype design, aerodynamics, propulsion engineering, hardware, physics, military, electricity, systems engineering, python, team management, leadership, increased efficiency, project estimation, fluid mechanics, drawing, testing, retrofitting, project planning, systems integration, research, development, HVAC, blueprinting, BSME, conflict resolution, quality assurance, java, javascript, HTML/CSS, C#, cloud, C++, Linux, Catia, troubleshooting, debug, automation, engine section, intertank, tunnel systems, nonconformance, failsafe, margin of safety, loads,
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