Luis Batista

Innovative Engineering Student known for high productivity and efficient task completion. Skilled in CAD design, prototype testing, and process optimization. Excel in problem-solving, teamwork, and adaptability, ensuring seamless collaboration and innovative solutions in engineering projects. Innovative engineer with background in diverse engineering projects, including design optimization and process improvement. Strong analytical skills, adept at problem-solving and implementing efficient solutions to enhance productivity. Proven ability to lead teams towards achieving project goals within deadlines, significantly improving operational efficiency and reducing costs.

Dean's List Recipient for the College of Engineering Technology, recognizing academic excellence and outstanding performance in the engineering program.

Frequency Analysis of guitar pickups: Conducted an in-depth semester-long experiment to analyze the relationship between the cost of guitar pickups and the quality of their tone. This project involved detailed frequency analysis and testing to draw conclusions about how price affects performance.

Automation Feeder Project: Developed an automated packaging system utilizing ladder logic and PLC (Programmable Logic Controller) to streamline the labeling and collection processes in a manufacturing environment. This project aimed at increasing efficiency and accuracy in packaging operations.

Thermo Fluid Science Power Plant Project: Acted as the financial analyst in a team project to design a natural gas power plant. This role involved evaluating the financial viability of the plant design, including cost analysis and budget management to ensure the project stayed within financial constraints.

Circuits: Soldered multiple electrical circuits and used an oscilloscope to measure and analyze their properties. This project focused on hands-on skills in electronics and understanding the behavior of various circuit components through practical experimentation.