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Resume

Experience

Mechanical Engineering Intern

Thingz Inc. · Galena, IL
  • Designed and managed large electrical substations in Autodesk Inventor by aligning and interpreting 30M+ point LiDAR scans to produce a digital twin representative of real-world equipment and environment.
  • Reduced design turnaround time by roughly 50% by rapidly building and organizing a standardized library of substation parts and assemblies, streamlining the CAD process and providing reference models for future projects.
  • Developed accurate, detailed models of electrical substation equipment, producing 1,000+ parts and sub-assemblies.
  • Operated 360° LiDAR scanners and cameras on-site to capture point cloud data across an entire 5+ acre environment.
  • Worked cross-functionally to coordinate modeling efforts and deliver weekly verbal and written progress reports.
  • Identified a productivity gap and solved it through creation of assembly identifier flow charts, diagrams, and documentation.
  • Consistently adhere to modeling principles and quality standards to ensure compatibility between new and existing parts, assemblies, and naming conventions.

Education

Iowa State University — B.S. Mechanical Engineering, 4.00 GPA
Expected May 2029 · Ames, Iowa

Formula SAE EV

Suspension Subsystem Member

Cyclone Racing · Iowa State University
  • Independently designed and manufactured a strain gauge calibration fixture, involving statics calculations, hands-on fabrication, and welding, culminating in significant data acquisition for the team's R&D of strain gauges.
  • Designed and additively manufactured jig tooling to ensure precise location of critical suspension component geometries during production, such as the A-arms, push rods, and tabs on all 4 corners of the vehicle.
  • Oversee and own the bell crank/rocker assembly of the latest design cycle, using design tables and proper modeling practices to validate decisions alongside improving knowledge transfer and documentation.
  • Worked hands-on and gained certifications on a wide variety of fabrication equipment for a diverse array of projects.
  • Analyzed bearing specifications to determine most efficient solution, balancing packaging constraints and cost reduction.
  • Collaborated with external design team to ensure seamless integration between Blade Holder and Servo-to-Blade Adapter.
  • Precisely modeled parts using parametric modeling techniques, enabling scalability and rapid design iteration to verify packaging concerns for Blade Holder and bearing integration.

SolidWorks Club

Sophomore Representative

Iowa State University
  • Achieved SolidWorks CSWP Certification with a flawless 100% through weekly CAD assignments and a rigorous 3-hour final assessment covering part modeling, design iteration, and assembly skills.
  • Evaluated engineering drawings of models and assemblies for compliance with ASME Y14.5 standards.
  • Elected Sophomore Representative after first year of membership, demonstrating rapid growth and mentorship.
  • Provided 1-on-1 instruction to club members on core SolidWorks skills and design best practices.

Projects

Fishing Pole Holder

Personal project
  • Assessed design requirements using digital calipers and paper sketches to ensure proper product function.
  • Created and 3D-printed final solution using SolidWorks and Bambu Lab X1C, material choice of PETG.

Skills and Certifications

SolidWorks CSWP Autodesk Inventor 3D Printing (FDM) Python Microsoft Excel Microsoft Word Microsoft PowerPoint Metal Lathe MIG Welding Grinder & Sander Horizontal & Vertical Bandsaw Table Saw Mill Drill Press