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Marco G. Fernandez (Fed)

Engineering Technician

Marco G. Fernandez is an engineering technician in the National Fire Research Lab (NFRL). Mr. Fernandez has been an engineering technician at NIST since 1995. Before joining NIST, Mr. Fernandez earned an Associate’s Degree in Aviation Maintenance Technology at Frederick Community College.  Mr. Fernandez has assisted in a range of projects from 100 nanometer particle calibration standards, to full scale room burns. Mr. Fernandez is the primary operator of the large fire calorimetry measurement system at the NFRL. He has worked with NASA on several microgravity combustion experiments, worked with the U.S. Air Force on a project studying fuel additives to reduce jet engine emissions, and worked on the sensor arrays for the hydrogen safety project. Mr. Fernandez has unique fabrication skills to complement the expertise of research staff with his mastery of a wide range of tools and instrumentation.

Awards

  • U.S. Department of Commerce Gold Medal (2023, 2019)
  • U.S. Department of Commerce Bronze Medal (2019, 2016)

Publications

Wind-Driven Fire Spread to a Structure from Landscape Timbers

Author(s)
Erik Johnsson, Kathryn Butler, Marco Fernandez, Wei Tang, Shonali Nazare, Philip Deardorff, Sebastian Arana, Alexander Maranghides
NIST is studying how combustible landscape features around a home burn to better understand their levels of hazard and potential roles in spreading wildland

The Character of Burning Residential and Office Items

Author(s)
Anthony Hamins, Giovanni Di Cristina Torres, Matthew Bundy, Anthony Chakalis, Marco Fernandez, Ickchan Kim, Selvarajah Ramesh, Mauro Zammarano
A series of experiments are reported on the burning behavior of single items and assemblies commonly found in offices and residences, including chairs, sofas

The Burning Characteristics of 3 m to 6 m Dry Douglas-Fir Trees

Author(s)
Erik Johnsson, Giovanni Di Cristina Torres, Eric Mueller, Matthew Bundy, Anthony Chakalis, Marco Fernandez, Anthony Hamins
A series of experiments are reported on the burning behavior of dry, 3 m to 6 m tall, Douglas fir trees. The measurements were conducted in the open under quasi

The Global and Local Structure of Medium-Scale Pool Fires

Author(s)
Kunhyuk Sung, Ryan Falkenstein-Smith, Matthew Bundy, Marco Fernandez, Anthony Hamins
A series of experiments are reported that characterize key features of the structure of eight medium-scale pool fires (0.3 m to 0. 4 m) burning a variety of
Created July 30, 2019, Updated March 13, 2025