a
ajamech

Alec J

@ajamech

Mechanical CAD Designer, SolidWorks, Onshape, Ansys

Estados Unidos
Inglês, Espanhol, Francês
Algumas informações são exibidas no idioma inglês.
Sobre mim
https://alecjamil.com I am a mechanical design engineer with experience in Solidworks, Onshape, 3D printing, manufacturing, and product design through industry and projects. Whether you need a part modeled from a sketch, an assembly designed for manufacturing, or a concept brought to life in CAD, I can deliver clean and accurate results. I focus in understanding exactly what you need before starting work, so revisions are minimal and results meet your expectations the first time.... Saiba mais

Habilidades

a
ajamech
Alec J
offline • 
Tempo médio de resposta: 1 hora

Conheça meus serviços

Modelagem e renderização 3D
I will do 3d cad, 3d printing design, mechanical design for you
A partir deUS$ 20 /projetoMais detalhes

Experiência profissional

Seagate

Incoming Mechanical Design Intern

Seagate • Período integral

May 2026 - Present • 1 mo

Incoming Mechanical Design Intern as part of the Equipment Development team at Seagate

University_of Michigan

Mechanical / Electrical Assisting Lead

University of Michigan • Meio período

Aug 2023 - Mar 2026 • 2 yrs 7 mos

Developed a testing dashboard using Reflex framework in Python to communicate with a ESP32 microcontroller through HTTP Tested generator using a dynamometer at different load sizes and voltages, tested wind turbine in a wind tunnel to observe its performance and use the data to implicitly calculate wind speed at any time without an anemometer through control sensors Programmed an arduino microcontroller to develop controls for power output, adjusting blade pitch when power needed to be limited, and maintaining the optimal tip speed ratio of the turbine blades for efficiency maximization during regular operation Ran CFD simulations with Star CCM, analyzing airflow and moment reports to compare interference between nacelle and fin

Orsted

Blade Engineering Intern

Orsted • Período integral

Jun 2025 - Aug 2025 • 2 mos

Utilized Python in affiliation with Pandas to filter wind turbine blade drone inspection data, then performed a cost analysis on expected turbine blade damage evolution helping provide an increase in $5 million to the yearly blade inspection budget Performed CFD Analysis on an eroded wind turbine blade to observe 3% difference in AEP strengthening business case Gathered technical information about products from 7 vendors and utilized atmospheric and damage conditions at 12 wind turbine sites to determine ideal site-specific blade protection product through a rigorous decision-making process