• Collaborated effectively with team members to safely and efficiently complete tasks.• Completed comprehensive training in personal protective equipment and waste safety procedures.• Ensured proper storage and disposal of chemicals based on their DOT hazard classes.• Coordinated and scheduled waste pickups across multiple campuses, ensuring timely and efficient disposal.

• Received proper training to guide and certify student veterans with accessing GI Bill related benefits• Built extensive knowledge of administrative support• Contributed to organized operation of multiple unique office tasks in timely, professional mannerisms

• Sworn into the U.S. Army Reserves in March 2019; completed Basic Combat Training and Advanced Individual Training during late 2019, and was subsequently activated into the 656th Transportation Company in Hobart, Indiana.• Qualified as a 74D - Chemical, Biological, Radiation, and Nuclear (CBRN) Specialist• Effective in conducting leadership courses as an E-5 Non-Commissioned Officer (NCO) and providing basic CBRN certification training for all levels of enlisted soldiers, adhering to proper military protocols.• Received training in Combat Lifesaving (CLS) certification in Fall 2020• Provides resources and supplies on a battalion level for soldiers as the acting head of supply (S-4).• Licensed to operate the M1097 HMMWV, M915 and M1082 LMTV military vehicles, with additional qualifications for ammunition and HAZMAT handling.

• Led a team of 10 chemical engineers in the research and development of an innovative continuous CO2 capture device that placed 5th out of 12 during nationals at ASC• Skilled in developing the mechanical components from the ground up for the ChemE Cube, creating an enclosed pressurized design on which chemical reactions and stress testing were actively worked on.• Contributed to the formulation of creative solutions that allowed the alternative of low-cost materials that performed well during the proceeding national competition

• R&D leader of a team consisting of 12 chemical engineers, focused on collaborative research/development of a prototype vehicle powered predominantly by chemical reactions.• Tasked with collecting and interpreting data from cinnamaldehyde and iodine clock stopping mechanisms which contributed to improving overall cars precision and range.• Helped contribute innovative ideas that sourced low-cost materials, aiding in the construction of a durable and cost-effective car that performed well in regional competitions.