Collected and analyzed data, identifying correlations between liquid properties, surface characteristics, and rust formation.
Maintained laboratory equipment, ensuring proper functioning and calibration for accurate measurements.
Results indicate that there is a positive correlation between adhesion strength and the duration the metal surface is exposed to acid.
Education
Bachelor of Science - Chemical Engineering
Lamar University
Beaumont, TX
05.2023
Skills
Strong understanding of chemical engineering principles and their practical applications
Proficient in using engineering software such as Aspen Plus and MATLAB
Experienced in Microsoft Excel, Word, and PowerPoint
Solid understanding of safety regulations and protocols in chemical engineering
Ability to work effectively both independently and collaboratively within interdisciplinary teams
Project
Senior Design Project, 01/2023 to 04/2023
Led a team of six students in the design and optimization of a distillation system for crude oil using Aspen Plus process simulation software.
Scheduled and facilitated regular group meetings, ensuring efficient progress tracking, task delegation, and collaborative problem-solving.
Conducted comprehensive research on crude oil properties, refining processes, and distillation principles, providing a strong foundation for the design decisions.
Designed an efficient heat exchanger network for the distillation system, resulting in an 40% reduction in duty cost.
Presented the design solution and project outcomes to faculty and industry professionals, demonstrating the successful implementation of the distillation system and the significant cost savings achieved through the optimized heat exchanger network.
Accomplishments
Magna Cum Laude graduate
Academic Excellence Scholarship
President's List: Spring 2019, Spring 2020, Fall 2022
Dean's List: Fall 2019, Fall 2020, Spring 2021, Fall 2021, Spring 2023