Mechanical Engineer

  • by
Location
Candidate No.
1958677

About this Candidate

DAVRON CV: Candidate 1958677

MECHANICAL ENGINEER | DRONE SYSTEMS, LiDAR SENSOR INTEGRATION & CAD DESIGN

Core Expertise

  • Drone flight operations and mission planning, including pre-flight inspections and airspace assessments.
  • LiDAR sensor testing and calibration route development with LP360 data analysis for deviation detection.
  • Payload integration and adapter design using SolidWorks to optimize manufacturability and tolerances.
  • Prototype development and structural analysis for instrumented airfoils and rover-compatible geotechnical tools.
  • Programming for data processing and automation using MATLAB, Python, and C#.

Project Background

  • Supported geospatial drone missions across five platforms, accumulating 120 flight hours and varied payload profiles.
  • Developed five calibration and quality-control flight routes to evaluate sensor accuracy and environmental repeatability.
  • Led mechanical design for a rover-compatible regolith sampling instrument on a government-funded lunar instrumentation project.
  • Designed and built an instrumented airfoil to measure lift and drag with automated angle-of-attack control on limited budget.
  • Managed survey dataset organization in LP360 cloud systems to streamline downstream processing and ensure traceability.

Key Skills

  • SolidWorks | AutoCAD
  • LP360 | LiDAR data quality control
  • Drone operations | Mission planning | FAA Part 107
  • MATLAB | Python | C# | Java | R | Visual Basic
  • Mechanical design | Tolerance planning | Structural analysis | Prototype development

Education

  • B.S., Mechanical Engineering — Florida Polytechnic University

Awards & Recognition

  • FAA Part 107 Remote Pilot Certificate
  • Dassault Systèmes Associate-Level Mechanical Design Certificate

Why Interview this Candidate?

Practical mechanical engineer with direct experience in drone flight operations, LiDAR calibration, and SolidWorks-based payload design. Delivered measurable results including 120 flight hours, multiple calibration route developments, and lead mechanical design for a rover-compatible geotechnical instrument. Well-suited to multidisciplinary teams focusing on drone engineering, aerospace hardware, and sensor-integrated mechanical systems.

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