aaron bell
Student Technician at Texas A&M University
student staff texas & university
experienced python , c , assembly , willing learn . excellent problem-solving skill , able handle challenge thrown . enthusiastic learn robotic system , develop , assemble , program . learn anything everything get job done . strong education professional ready graduate texas & university . looking intern opportunity fall 2021 spring 2022 , especially field embedded robotic system .
Texas A&M University
https://www.linkedin.com/company/texas-a&m-university
Student Tech at Zachary Ficher EDC. I regularly provide maintenance to the FEDC to create a functional and safe working environment for students to come and complete their academic projects. I work with students and provide help to ensure they have everything to need to be successful in their academic progress.
College Station, Texas, United States
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Student Technician
Texas A&M University
https://www.linkedin.com/company/texas-a&m-university
Help with organizing files, office maintenance, and help teachers with their office hours.
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Student Assistant
Texas A&M University
https://www.linkedin.com/company/texas-a&m-university
Help students with their course work, primarilly python, in the ENGR 102 class at Texas A&M University.
Bryan/College Station, Texas Area
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Peer Educator
Bachelor of Engineering - BE
Working toward a Bachelors in Mechatronics and Minor in Embedded Systems Integration.
Mechatronics Engineering
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Texas A&M University
https://www.linkedin.com/school/texas-a&m-university/
Associate of Science - AS
Mechanical Engineering
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Northwest Vista College
https://www.linkedin.com/school/northwest-vista-college/
APPLIED DYNAMIC SYSTEMS
MXET-375
CIRCUIT ANALYSIS
ESET-210
DIGITAL ELECTRONICS
ESET-219
EMBEDDED SYS DEV IN C
ESET-269
FLUID MECH & POWER
MMET-303
MECHANICS FOR TECH
MMET-275
METALLIC MATERIALS
MMET-207
MICROCONTROLLER ARCH
ESET-349
STRENGTH OF MATERIALS
MMET-376
The FGC-9 is a Hybrid 3D printed firearm meaning its main construction is made of 3D printed plastic while the pressure barring parts is made of metal. The firearm is classified as a pistol caliber carbine, shooting 9mm semi-auto, capable of accepting Glock magazines. 
This project uses completely off-the-shelf parts which makes this project completely DIY and no previous experience necessary.  I created a homemade barrel using ECM rifling, which is a technique using electrodes to shave off the material of the barrel to the desired shape. The bolt of the firearm is also homemade by welding together 2 18mm steel rods of different lengths.
Overall, this project heavily applied different aspects of engineering and gave me the experience of 3D printing, machining, electro-machining, welding, and of course, firearms.
FGC-9 MkII - Hybrid 3D Printed Firearm
https://twitter.com/M00BBB/status/1393666155567583232?s=20
*note: For this project, I was in charge of creating the system and coding the Arduino to run the data. 

For our final project, we decided to construct a vertical suspension system. We built a fully functional suspension system without dampers and a Simulink simulation of this same dynamic system. We were able to collect data from both the physical and simulated systems. 
We recorded the velocity and position over time for both systems and were able to compare the graphs respectively to see how the two systems performed in a similar manner.

Lab Manual: https://docs.google.com/document/d/1tcRCUIIKyzRguCLj93JJLkr6J1l2GArwFpbAbHBrXjA/edit?usp=sharing
Spring-Mass System
https://docs.google.com/document/d/1DWClxzWd5aWz1N5nLW6ZgpP-BFvPL49PeoN2zhDl0qc/edit?usp=sharing
The purpose of this project is to integrate our knowledge of logic circuits into a real-world application using a robot, named the Krysis Robot, and a track to follow. A logic circuit is made to control the motors in a robot. The robot is a simple creation made from a base, motor with wheels, and some components to power and control the motors. Inductors are used in the robot to sense the magnetic field of wire in the track. The objective is to make sure the robot is able to run through the whole track.
Krysis Robot
https://docs.google.com/document/d/e/2PACX-1vR7bFnrsAV36vP7-Qs8DviC1y4fPovIUih-dIo3lTuq7gMwyaDxuAifCeGnqepdjMWW6xtuNcyQlm37/pub
LinkedIn
www.linkedin.com
Additive Manufacturing: Optimizing 3D Prints
http://www.linkedin.com/learning/additive-manufacturing-optimizing-3d-prints-2
TestDome
www.testdome.com
4685a53943004abeaaf5beb72298d083
Python
https://www.testdome.com/cert/4685a53943004abeaaf5beb72298d083
https://www.linkedin.com/in/aaron-bell-15128938
Greater St. Louis
Aaron Bell
#Kidmin
https://www.linkedin.com/in/aaron-bell-b2714b15
Dexter, MI
Aaron Bell
Software developer at Thomson Reuters
https://www.linkedin.com/in/aaron-bell-818a7024
Columbus, OH
Aaron Bell
Vice President of Sales
https://www.linkedin.com/in/aaron-bell-a687138a
Blacksburg, VA
Aaron Bell
Associate Head Coach - University of Notre Dame
https://ca.linkedin.com/in/aaron-bell-11948841
Cornwall, ON
Aaron Bell
CEO, Dependable Property Maintenance