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Currently engaged in professional development after being released from Vestas in July 2026 due to organisational changes.

• Served as Technical Lead at Vestas Service Engineering, specializing in multi-brand wind turbine support, including V90-V236 models.
• BOM updates and ECM solutions to enhance operational efficiency.

Led an international team for specific projects in developing and approving electrical and mechanical procedures for multiple turbine platforms, as well as safety documentation, troubleshooting guides, tools, as well as bill of materials.

Led projects as Technical Lead for turbine platform to develop and approve electrical and mechanical procedures, safety documentation, troubleshooting guides,

• Developed comprehensive documentation for safe operation and maintenance of various wind turbine brands.
• Provided technical support to enhance team efficiency and uphold safety standards.
• Collaborated with cross-functional teams to ensure compliance with industry regulations.
• Conducted on-site inspections, validating electrical and mechanical procedures with site personnel.

Operations, maintenance, assist with main component exchange of GE 2.5 XL PMG as well as GE 1.X Mark VIe Controller at North Hurlburt Wind Farm, 265 MW Unit.

Perform routine maitenance, troubleshooting and main component exchange of the ESS 1.5 and 1.6 MW Turbine, Mark VIe Controller. Bell Rapids and Golden triange wind parks, 122 turbines total. Enivironmental Health and Safety coordinator for said sites. Ensures facility meets state and federal OSHA safety standards. Coordinates safety training and awareness programs such as safety orientations. Part

Wind Warranty Services. Responsible for special projects and wind warranty service and parts for four different sites. All projects were reported continuously out to several customers, including GE. Worked with contractors, GE and Granite employees on regular basis to execute projects successfully.

Interior Communications Electricians (ICs) install, maintain and repair the equipment needed for interior communications within ships and shore facilities. These communication systems include public address systems, interior telephone systems, alarm systems, engine telegraphs to communicate orders for changes in engine speed from the bridge (ship's command station) to the engine room, certain kind

Jul 2026

May 2024

Jun 2021 · Expired Jun 2023

Feb 2012

Feb 2012

Jan 2012

Sep 2011 · Expired Aug 2013

Apr 2011

Sep 2010

Sep 2010

Jun 2009

Jun 2009

Mar 2009