I'm seeking an Electrical Engineering internship where I can apply my academic knowledge, professional skills, and strong communication and leadership abilities to contribute meaningfully to the success and growth of a forward-thinking organization.
Overview
1
1
year of professional experience
Work History
Engineering Intern
Magna Seating
Highland Park, MI
05.2024 - Current
Prepared projects using AutoCAD software for fabrication of parts, assemblies, and facility layouts.
Identified areas for improvement within existing processes or designs.
Collaborated with colleagues to develop innovative solutions to challenging problems.
Maintained records of test results, measurements, calculations, sketches.
Maintenance Technician
CMC America
Detroit, MI
07.2023 - 05.2024
Mechanical repair and maintenance experience in a production environment.
Ability to read manuals, electrical diagrams, drawings, and interpret a variety of instructions, whether in written, oral, or diagram form.
Ability to repair and demonstrate troubleshooting methods in a timely manner.
Reported and resolved machine or tool issues, and managed inventory.
Collaborated with area and operations managers to enhance workplace safety and efficiency.
Education
High School Diploma -
Fordson High School
Dearborn, MI
06-2023
Bachelor of Science - Electrical Engineering
University of Michigan - Dearborn
Dearborn, MI
Skills
Able to independently prioritize daily work assignment
Great communication and presentation skills
Ability to manage multiple tasks
Strong social skills and excellent problem solving
Computer Skills: MS Office, Google Workplace,Spreadsheets,OpenFramework,Matlab,C, and C
Light Activated Circuit LED Project
In this circuit project, I designed a nightlight using a photoresistor, an operational amplifier, and an LED. The photoresistor senses ambient light levels, and when they drop low enough, its resistance decreases, triggering the operational amplifier to increase the voltage to the LED, turning it on. The circuit's gain, set by two resistors at the inverting input, is a factor of 2, ensuring the LED activates in low light and turns off in bright conditions.
MSU Line Move
:The MSU project focused on addressing a critical safety issue where the old MSU operators were positioned too close to high-low traffic, posing a significant risk of accidents. This project aimed to enhance workplace safety by redesigning operator positions to mitigate potential hazards.