Kyle Fisher

Kyle M. Fisher

Manufacturing Engineer | Aerospace & Medical Devices

About Me

Manufacturing Engineer with a proven record of optimizing production processes, reducing costs, and driving efficiency in FAA-certified aerospace manufacturing environments. Formerly at Leonardo Helicopters, where I led process development and quality initiatives across complex aircraft systems.

Bringing experience in both aerospace and medical device engineering, I combine technical rigor with practical innovation to deliver manufacturing solutions that enhance safety, reduce costs, and improve operational efficiency.

Professional Experience

Manufacturing Engineer
Leonardo Helicopters, Philadelphia PA
View Leonardo Projects →
March 2022 — November 2025
  • Developed manufacturing processes and Standard Operating Procedures (SOPs) for avionics and structural equipment at a Part 21 FAA certified facility in accordance with good manufacturing procedures (GMP)
  • Constructed and maintained an ISO 9001 / AS9100 compliant database of work instructions for mature helicopter configurations, enabling feasibility and cost analysis, identifying and rectifying inefficiencies with a savings exceeding $1M within the first year
  • Designed harnessing rig for an avionics pin-to-pin checker, saving 200+ hours per aircraft of cable integrity verification
  • Introduced a sheet metal sealant SOP, reducing technician workload by 30+ hours per aircraft while enhancing environmental protection
  • Optimized avionics systems and cable lay-in processes of the most advanced helicopter in-class to lower manufacturing time and reduce technician effort
  • Managed engineering orders, change requests, and non-conformities, coordinating with in-house and contracted technicians on helicopter assembly
  • Developed and maintained part routings and production BOMs, ensuring compatibility across air ambulance, forestry, military, and VIP helicopter configurations
  • Oversaw execution and conformity of aircraft Acceptance Test Procedures (ATPs) and conduct time studies to identify inefficiencies and validate functionality
Research and Design Mechanical Engineer
Miri Lab, Glassboro NJ
View Miri Lab Projects →
March 2018 — January 2022
  • Led design of initial and subsequent prototypes for patent-pending medical device for in-situ wound repair operations, complying with FDA standards
  • Developed rapid prototyping of complete mechanical design and ergonomics of drug delivery system using SolidWorks through FDM and SLA additive manufacturing
  • Validated prototypes through mechanical testing including tension, compression, and bending using Universal Testing Machines (UTMs) to confirm performance, tolerances, and clinical reliability
  • Conducted customer discovery, market analysis, and user interviews to define product requirements, optimize ergonomics, and drive product-market fit

Skills & Expertise

CAD & Design Software

  • SolidWorks
  • AutoCAD
  • CATIA
  • OnShape
  • CADRA

Enterprise & Analysis Tools

  • SAP
  • JIRA
  • TiCon Time Analysis (MTM)
  • MATLAB
  • Microsoft Office Suite

Manufacturing & Prototyping

  • Additive Manufacturing (FDM, SLA)
  • Laser Cutting / Etching
  • Waterjet Manufacturing
  • Final Assembly Line
  • Arduino

Core Competencies

  • Project Management & Leadership
  • Mechanical Failure Analysis
  • Data Analysis
  • Electrical Harnessing
  • Technical Writing

Quality & Compliance

  • ISO 9001 / AS9100
  • FAA Part 21 Compliance
  • FDA Standards
  • Good Manufacturing Practices (GMP)
  • Standard Operating Procedure Development

Programming

  • C++
  • MATLAB
  • Arduino Programming

Education

Rowan University

B.S. Mechanical Engineering

GPA: 3.55
Honors: Dean's List, Cum Laude
Leadership: President of IEEE Robotics and Automation Society (RAS)

Contact

me@kyle.fish LinkedIn Profile