ABOUT ME
Hello, my name is Robert LaBarge. This upcoming spring, I will be a rising Senior at Rensselaer Polytechnic Institute studying for a BS in Mechanical Engineering and looking for a CO-OP from January to August. As of current, I have completed five semesters in total at RPI, where I have added a multitude of new skills to my repertoire.
In my coursework at Rensselaer Polytechnic Institute, I have learned a large portion of the engineering design process and the fundamentals that accompany it. I have the ability to CAD and Draft in Siemens NX as well as analyze circuits using programs like LTspice. I have the ability to rapidly prototype as I possess the ability to use most of the common machines in a machine shop as well as utilize 3d printing software and hardware (Ultimaker Cura for Prusa Mk3 Printers). I also have taken a professional development mixed with a design course that taught me to write professionally and work in a large group to develop and create a product.
I am a future mechanical engineer with a passion for design, a diverse skillset, and the ability to learn and adapt. I will put in the work needed to excel in my career, and in said career, I am looking for my next step.

PROFESSIONAL HISTORY
Past Positions
Sept 2022-Present
Senior Engineering Ambassador
As an Engineering Ambassador for RPI, I deliver customized STEM presentations to K-12 students focusing on the engineering process. I also am responsible for working with others in the organization to create new and unique STEM presentations with hands-on activities and enhance old ones.
Jan 2023-Present
Teaching Assistant Engineering Processes
In this position, I am a Teaching Assistant for the RPI class ENGR-1300 "Engineering Processes". The job description consists of teaching students new to machining and manufacturing about different techniques for prototyping and production.
June 2023-August 2023
Undergraduate Researcher
MIMic Systems
I was part of a research team working to analyze the performance of a new prototype by MIMic systems. The product was an air conditioner utilizing thermoelectric semiconductor devices rather than the standard refrigerant vapor cycle. By analyzing the coefficient of performance, we were able to determine new ways to improve the unit and address flaws in the design for later prototypes.