Hi, I’m
Alexander Ahmed
Mountlake Terrace
Summary
Dynamic and detail-oriented Structural Aerospace Engineer with over 6 years of experience in designing, analyzing, and optimizing aerospace structures. Experienced in working with advanced materials and conducting structural stress analysis on propulsion structure. Seeking to leverage expertise to contribute to cutting-edge projects through innovative design solutions.
Overview
6
years of professional experience
Work History
The Boeing Company
Propulsion Structural Engineer
08.2021 - Current
Job overview
- Performed static, fatigue, and damage tolerance analyses using classical and finite element methods on primary engine mount and strut to wing structure
- Conducted various weight savings trade studies on pylon engine mount structure resulting in a weight savings of ~60 lbs/airplane
- Conducted a FEM study which involved comparing airplane load conditions in order to identify what areas of the strut box will be sized due to maneuvers and gusts
- Conducted Systems Stress Analysis on propulsion systems bracket installation by ensuring natural frequency tuning requirements are achieved through modal analysis, routinely coordinated with the selected engine company to define the system functionality and developed a FEM to check load path distribution
The Boeing Company
Propulsion Structural Engineer
04.2024 - 09.2024
Job overview
- Co-led the development of the Finite Element Model (FEM) for the X-66 Propulsion Pylon Structure and published design loads ahead of schedule for sizing and design changes
- Developed Python tools to optimize the filtering, manipulation, and extraction of large data files, enhancing the pressure application process for accurately mapping pressures onto secondary structure
The Boeing Company
Propulsion Structural Engineer
03.2021 - 08.2021
Job overview
- Conducted structural analysis of the modified inlet retrofit service bulletin to verify structural capability is adequate to prevent loss of hazardous debris during and after an FBO event
- Assisted in establishing a design-to-level of inlet damage from blade fragments that the inlet retrofit solution will address
The Boeing Company
Propulsion Structural Engineer
02.2021 - 03.2021
Job overview
- Performed detailed stress analysis on the four engine candidates (GE, P&W and RR) awarded for CERP on engine mount structure
- Performed various aft engine mount positioning trade studies in order to provide design with an optimized location for the aft engine mount attachment that will reduce base fitting attachment bolt loads, result in easier access/installation for mechanics and generate a better load path
The Boeing Company
Propulsion Structural Engineer
05.2020 - 01.2021
Job overview
- Led the development B-52 pylon aero lofts/lines for all of the four engines (GE, P&W and RR) awarded for the B-52 CERP
- Assisted in the modeling of B-52 nacelle external lines for the GE engine that was used for testing at the BVWT
- Developed drag estimate (nacelle, pylon, interference, nozzle) correlations and trends for future wide body airplane program to aid in product development
The Boeing Company
ECPE (Early Career Production Experience)
02.2020 - 04.2020
Job overview
- Supported the 747/767/767-2C production build by designing, fabricating 3D printed models, testing and implementing shop aids and tools to improve factory flow
- Developed a fluid shield scribe shop aid tool for the 787 tailcone that aids robots to properly align holes during fastener installation
- Analyzed part order request from Boeing Global Services (BGS) to assess AMS’s capacity for bandwidth, manufacturability and timely delivery to ensure alignment with project requirements and deadlines
The Boeing Company
BOEING PRoP: Propulsion Rotation 1
10.2018 - 02.2020
Job overview
- Provided fleet support to airline customers by evaluating and providing repair solutions to service requests, AOG’s, and NCR’s
- Developed allowable damage limits for the 777 fleet for a common reported damage to improve customer satisfaction and to increase customer self-reliance
- Supported the 777 Nacelle team by analyzing the inlet and fan cowl structure of the Pratt & Whitney engine variants, including scenarios with assumed damage, to evaluate safety risks under specific load conditions
Education
University of Washington
Structural Engineering in Commercial Aircraft from Mechanical Engineering
06.2022
Texas A&M UniversityCollege Station, TX
Bachelor of Science from Aerospace Engineering
05.2018
Skills
- HyperWorks (HyperMesh/HyperView/Hypermorph)
- NASTRAN/PATRAN
- Static/Fatigue/Crack growth analysis
- Structural analysis/optimization
- Finite element analysis
- Technical report writing
- CATIA
- Unix
- Gitlab
- Cross-functional communication
- Python
Resumeobjective
Dynamic and detail-orientated Structural Aerospace Engineer with over 6 years of experience in designing, analyzing and optimizing aerospace structures. Seeking to leverage my expertise in advanced materials, structural integrity analysis, and innovative design solutions to contribute cutting-edge projects.
Activitiesawards
Boeing UW ME Course Project: ME498/599, 06/01/22, Completed the Structural Engineering in Commercial Aircraft course at the University of Washington Mechanical Engineering Department.
Personal Information
Citizenship: U.S Citizen
Languages
Russian
Professional Working
Timeline
Propulsion Structural Engineer
The Boeing Company
04.2024 - 09.2024
Propulsion Structural Engineer
The Boeing Company
08.2021 - Current
Propulsion Structural Engineer
The Boeing Company
03.2021 - 08.2021
Propulsion Structural Engineer
The Boeing Company
02.2021 - 03.2021
Propulsion Structural Engineer
The Boeing Company
05.2020 - 01.2021
ECPE (Early Career Production Experience)
The Boeing Company
02.2020 - 04.2020
BOEING PRoP: Propulsion Rotation 1
The Boeing Company
10.2018 - 02.2020
Texas A&M University
Bachelor of Science from Aerospace Engineering
University of Washington
Structural Engineering in Commercial Aircraft from Mechanical Engineering