Florida Institute for Sustainable Energy University of Florida
 
Celunol plant
Biofuels such as ethanol derived from low-cost, abundant biomass lessen our dependence on foreign fuel sources.
 
Home that uses solar panels to generate electricity
Photovoltaic panels collect solar energy to generate a clean and inexpensive source of electricity.
 
May 2, 2024

Engineering

Energy related classes are offered under various departments at the University of Florida.

  • The Department of Industrial Engineering trains students to design and operate energy efficient and effective systems. It supports the small and medium-sized manufacturing facilities in Florida, East Alabama, and South Georgia through the Industrial Assessment Center by performing energy audits and energy management.
     
  • The Department of Mechanical and Aerospace Engineering trains students to work in Hydrogen Fuel Technology. The lecture notes are posted at: http://www.mae.ufl.edu/NasaHydrogenResearch/index.php?src=h2webcourse
     
  • The Department of Materials Science and Engineering trains students to work in energy, such as Solid State Ionics (fuel cell, sensor and battery fundamentals) and photovoltaic materials to high temperature alloys for gas turbines.
     
  • The Department of Nuclear & Radiological Engineering contributes to research and education in various applications including power generation. The Training Reactor (UFTR) is used within the Nuclear & Radiological Engineering department to train students to operate reactors, for various laboratory courses and as a radiation/neutron source for various research programs and experiments.
     
  • The Department of Chemical Engineering offers, on a regular basis, ECH 6709 “Electrochemical Engineering: Fundamentals and Design.” The instructor, Prof. Mark E. Orazem (meo@che.ufl.edu) covers electrochemical phenomena and processes from an engineering perspective. This course introduces electrochemical engineering as an extension to the fields of transport phenomena, thermodynamics, reaction and design that encompass Chemical Engineering. Prof. Mark E. Orazem also offers a course on Electrochemical Impedance Spectroscopy, an experimental technique that plays a significant role in energy research.
     
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