Mechanical/Aerospace Engineer

  • by
Location
Candidate No.
1906386

About this Candidate

DAVRON CV: Candidate 1906386

MECHANICAL ENGINEER | PROTOTYPING, CAD, FEA & MANUFACTURABLE DESIGN

Core Expertise

  • Prototype development and assembly for automated equipment, resolving fit and tolerance issues.
  • CAD modeling and revisions using Fusion 360, SolidWorks, and Siemens NX for manufacturable designs.
  • FEA-driven structural analysis including static, modal, and harmonic response; topology optimization for mass reduction.
  • Hands-on fabrication: CNC machining, 3D printing, and hand-tool assembly to accelerate prototype iterations.
  • Mechanical tuning of vibratory conveyors and dynamic subsystems to ensure consistent material handling.

Project Background

  • Reworked over 100 mechanical components through CAD updates, machining, and additive manufacturing to reduce failures.
  • Modeled and built motor-driven four-bar linkage prototype under strict budget constraints using CNC and 3D parts.
  • Performed static, modal, and harmonic FEA to identify failure points and inform topology optimization decisions.
  • Integrated safety interlocks, corrected wiring, and reduced structural weight in near-production prototype units.
  • Collaborated with lead engineers to identify design risks early and minimize post-processing and rework.

Key Skills

  • Fusion 360 | SolidWorks | Siemens NX
  • Abaqus CAE | FEA: static, modal, harmonic | Topology optimization
  • MATLAB | Python | Data analysis
  • CNC machining | 3D printing | Prototype fabrication
  • Mechanical design for automation | Tolerancing | Assembly & debugging
  • Vibration tuning | Vibratory conveyors | Dynamic balancing

Education

  • B.S., Mechanical Engineering — Michigan State University (Aerospace concentration)

Awards & Recognition

  • Dean's List — academic recognition every semester
  • FAA Private Pilot License (Part 61)

Why Interview this Candidate?

They offer hands-on prototyping and automation experience with measurable impact—reworking 100+ components to improve system reliability and tuning vibratory systems adopted into near-production units. Proficient in CAD, FEA, CNC, and additive manufacturing, they bridge analysis and fabrication to rapidly iterate designs. Their focus on manufacturable practices and early risk identification enables quick, tangible contributions to engineering teams.

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