Mechanical Engineering student with hands-on experience supporting system diagnostics, troubleshooting, and reliability in a radiopharmaceutical manufacturing environment. Skilled in Excel, MATLAB, CAD, and data analysis, with strong attention to detail and commitment to safe, high-quality operations. Motivated to apply engineering skills to healthcare technology and real-world problem-solving.
Work History
Mechanical Engineering Intern
PETNET Solutions (Siemens Healthineers)
05.2025 - 08.2025
Performed daily pressure, gas flow, and detector readings to maintain 100% equipment readiness for radiopharmaceutical manufacturing.
Identified abnormal data trends and supported root-cause investigations for pressure deviations, alarms, and sensor faults.
Assisted with diagnostics on automated radiochemistry units, including sensor verification, wiring resets, and component functional checks.
Collected and analyzed performance trends in Excel to evaluate system behavior, troubleshoot anomalies, and improve reliability.
Followed detailed SOPs for reagent preparation, chemical handling, and maintenance procedures to ensure safe and compliant operations.
Shadowed reliability and optimization engineers to develop skills in process monitoring, system evaluation, and technical problem-solving.
Education
Bachelor of Science - Mechanical Engineering
The Ohio State University
Columbus, Ohio, OH
05-2028
Skills
Engineering Tools: Excel (Advanced) MATLAB Onshape/SolidWorks (if applicable) Technical Skills: Data Analysis Engineering Calculations Process Monitoring Troubleshooting Support Documentation: Technical Reporting SOP Compliance Software: Microsoft Office Google Workspace Core Strengths: Attention to Detail Team Communication Reliability
Timeline
Mechanical Engineering Intern
PETNET Solutions (Siemens Healthineers)
05.2025 - 08.2025
Bachelor of Science - Mechanical Engineering
The Ohio State University
Technical Projects
Connector Mechanism Design — ENGR 1182
Designed a mechanical connector linking a combination-lock dial to a hexagonal rotor, ensuring accurate alignment and consistent rotation.
Created multiple design concepts (keyed shaft, friction-fit cylinder, flexible coupling) and evaluated based on manufacturability, fit, and performance.
Produced dimensioned engineering sketches with appropriate tolerances and clear functionality.
Used CAD modeling and iterative refinement to improve coupling stability and ease of assembly.
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