Evan Mercer
Junior Mechanical Design Engineer
Dayton, OH, United States | evan.mercer@example.com | +1 937-555-0146
Summary
Mechanical engineering graduate with experience developing sheet metal and machined components for industrial equipment. Supports design reviews, prototype testing, and production releases through SolidWorks models, clear drawings, and shop-floor feedback.
Experience
Cedarline EquipmentJun 2025 – Present
Junior Design Engineer, Dayton, OH
Develop SolidWorks models, fabrication drawings, and bills of materials for conveyor guards and mounting assemblies under senior engineer review.
Revised a sensor bracket after prototype fit checks, adding adjustment slots that eliminated hand-drilling during installation on two pilot conveyor assemblies.
Coordinate drawing revisions with fabrication and assembly teams, documenting bend-clearance issues and incorporating approved changes before production release.
Maple Ridge ManufacturingMay 2024 – Aug 2024
Mechanical Engineering Intern, Springfield, OH
Updated drawings for 18 legacy machined parts using measured samples and engineer markups, clarifying dimensions and material specifications for supplier quoting.
Designed a drill-fixture concept with locating pins and replaceable bushings; supported prototype trials that improved hole-position consistency across repeated setups.
Recorded trial measurements and operator feedback in an Excel comparison sheet, helping the supervising engineer select the final fixture configuration.
Education
Wright State UniversityAug 2021 – May 2025
Bachelor of Science, Mechanical Engineering, Dayton, OH
Completed coursework in machine design, mechanics of materials, manufacturing processes, and engineering graphics.
Projects
Bicycle Brake Lever Endurance Test RigSep 2024 – Apr 2025
Mechanical Design Contributor, Senior Capstone Team
Four-person capstone project to build a benchtop rig for repeated brake-lever actuation and durability testing.
Technologies: SolidWorks, Excel, 3D printing
Designed the drive shaft, bearing supports, and adjustable lever mount, using hand calculations to check shaft bending and purchased-component load limits.
Built printed fit-check prototypes before machining and helped complete a 10,000-cycle demonstration, documenting fastener loosening and the team's corrective changes.
Skills
CAD and Documentation: SolidWorks part and assembly modeling, Sheet metal modeling, Engineering drawings, Bills of materials, Drawing revision control
Mechanical Design: Basic geometric dimensioning and tolerancing, Fits and clearances, Machined-part design, Sheet metal fabrication constraints, Basic load calculations
Prototyping and Validation: 3D-printed fit checks, Caliper measurements, Prototype assembly, Test documentation, Excel data analysis