• Increased campus recreation engagement by designing digital and print marketing collateral using Canva and distributing promotional materials• Effectively and efficiently conveyed and received information, both formally and informally, using verbal, non-verbal and writing skills amongst various stakeholders as well as constructively receiving and applying professional feedback• Utilized creative problem solving and ability to work independently

• Utilized Revit to design and size HVAC piping and ductwork systems and created/modified riser diagrams to align with floor plan designs across multiple renovation and new construction projects• Coordinated with multidisciplinary teams through bi-weekly coordination calls and Bluebeam Revu to resolve design conflicts, update floor plans, and modify mechanical details • Performed duct and piping static pressure calculations, contributing to the selection of pumps and air handling units and conducted sound calculations to meet noise requirements in different spaces using Microsoft Excel • Developed RAM models and computed load calculations using Revit and Design Hub, while considering space types to properly supply and exhaust air in spaces; Ensured HVAC design compliance with state codes using COMcheck• Researched and transitioned steam systems to hot water, focusing on energy efficiency and safety improvements• Created and managed punch list items using Procore from final punch walk at a renovation project in the Science and Technology market

• Interned under Dr. Jillian Urban in research lab focused on injury biomechanics and public health research• Analyzed film of local youth football team to evaluate quantitative head impact data from mouthpiece sensors• Sorted film data using MATLAB code to organize head impacts in practice, scrimmages, and games, and inform evidence-based recommendations to reduce head impact exposure and improve sport safety in youth populations