-Contributing to the design and construction of a rocket for the Spaceport America Cup, applying hands-on experience in materials and aerospace engineering.-Participating in the development and launch of a “Student Researched And Designed” (SRAD) rocket, focusing on the application of knowledge in real-world manufacturing.- Collaborating with the Structures Team to fabricate SRAD components, assisting inimproving component design and assembly processes.- Assisting in the manufacturability assessments of prospective components and machiningrocket parts using CAD software and 3D printing.

- Collaborated with Cummins on an industry-partnered project as part of the ECON 251 Honors section.- Applied microeconomic concepts to develop real-world solutions for efficient and sustainable energy use.- Analyzed industry-specific challenges and proposed strategies to enhance energy efficiency and sustainability.- Worked closely with industry experts to align academic knowledge with practical, real-world applications.

- Explored key principles of warehouse space utilization and process optimization in a design and shipping company.- Applied technologies such as OpenCV and TensorFlow to improve operational efficiency.- Enhanced Python programming skills by developing solutions for warehouse management challenges.- Collaborated with advisors to identify and implement strategies for optimizing warehouse operations.- Gained practical experience in automation and machine learning for process improvement.

Conducting extensive market research on emerging STEM-related fields such as fuel cell energy and innovative farming techniques, analyzing industry trends, and growth opportunities. Utilizing Microsoft Excel PivotTables to organize and analyze data on firms in private credit, equity, venture capital, and other investment categories, enabling streamlined data management and insightful analysis.