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Click here or scroll down to respond to this candidateCandidate's Name
University of Kentucky Street Address College GraduateEMAIL AVAILABLEObjective: Recently graduated Mechanical Engineering student looking for a full-time job Skills and Abilities: Experienced in Microsoft Excel, Microsoft Word, and Microsoft PowerPoint Ability to serve in leadership roles and work well in groups Strong problem-solving and project design skills developed through multiple Capstone projects Ability to communicate and present technical terms effectively Self-motivated and determined individual who is not afraid of taking on tough projects Strong analytical and math skills gained through Physics, Calculus I-IV, Mechanical Design, Thermodynamics, and Chemistry coursework Proficient in designing and creating CAD models and drawings within designated dimensions and tolerances Education: University of Kentucky (Lexington, KY) Graduated in December 2023 o GPA: 3.73o Deans List Fall 2019-Spring 2021, Spring 2022, Spring 2023- Fall 2023 Recipient Sacred Heart Academy (Louisville, KY) Graduated in May 2019 o Participated in Beta Club and National Honor Society o Unweighted GPA: 3.98Work Experience: Nannied for three children 2016-2020 Order Taker and Server for Chik-fil-a 2022Relevant Coursework: Project lead for Senior Capstone Project to design a universal paint jig using common touchpoint analysis, vibrational analysis, heat and deformation tests, accelerometer analysis and strain analysis. Presented our findings and documented progress through engineering notebooks, engineering drawing files, CAD models, bi-weekly meetings with professors and sponsors regarding our yearlong Capstone project. Summarized our project within a PDS, interim report, final report, and final presentation to engineering department and project sponsor. Used knowledge developed through math, physics, dynamics, experimentation, and mechanical design to think of an out of the box solution to Toyotas paint jig storage issue. Designed and modeled heat exchanger for Mechanical Design Capstone Project and tested useability for various heating conditions using safety factors and stress and strain calculations. Automotive paint Capstone presentation to maximize efficiency within the Plastic shop by conducting cost analysis and calculations. Conducted multiple self-designed experiments to determine relationships between variables such as RPM, angle, and size of loads using statistical analysis. |
