Mechanical Engineering
- Hometown: Yorba Linda, California
Biography
My name is Aidan Holihan, and I am pursuing a Bachelor of Science in Mechanical Engineering from the University of Tennessee, Knoxville. Currently a dedicated and high-achieving student, I have maintained a perfect 4.0 GPA with coursework in Statics, Dynamics, Mechanics of Materials, Thermodynamics, and Fluid Mechanics. My academic achievements have earned me recognition with the Outstanding Junior in Mechanical Engineering award and a place on the Dean's List, graduating Summa Cum Laude.
In addition to my academic pursuits, I have gained valuable hands-on experience through various internships and research roles. As a Manufacturing Engineering Intern at Mastercraft Boats, I honed my skills in AutoCAD and process improvement by updating part tracking systems, creating detailed work instructions, and updating drawings to add copart numbers. My efforts led to enhanced inventory management and streamlined assembly processes. I also improved my design skills in SolidWorks by designing a test bench for electronic components. My current research experience includes working as an Undergraduate Researcher at the UT-Oak Ridge Innovation Institute, where I designed a hydraulic seal for compression molding to withstand high loads and temperatures. I developed engineering drawings and the Bill of Materials, and have also conducted mechanical testing on fiber-reinforced composites. Previously, I worked as an Undergraduate Research Assistant at the Fluids and Structures Lab, where I led experimental tests, managed data analysis using MATLAB and Excel, and designed lab components with SolidWorks and 3D printing technology. Both these roles allowed me to develop strong organizational and technical skills, contributing to successful research outcomes.
Outside of my studies and research, I am in the Heath Integrated Business and Engineering Program (HIBEP) and serve as the Co-president of the HIBEP Service Committee. Within this program, I worked on a project with Nissan to improve the cycle time of cars in their factory. Using Geospatial data, I was able to analyze transportation routed through the plant and optimize their routes and holding lot locations. My team and I estimated that our recommendations would result in over a million dollars improvement by accelerating plant throughput.
With a robust background in mechanical engineering, hands-on experience in manufacturing and research, and a passion for innovation, I am well-prepared to contribute effectively to the engineering field and continue pursuing advancements in technology and design. I am looking for mechanical design engineering internships within the fields of aerospace, renewable energy, automotive, and building construction.
