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Specialty
Electrical Engineering

Areas of Interest
Dr. Sisworahardjo’s areas of interest are smart grid, distributed generation, renewable/alternative energy, power systems operation, optimization, simulation, and planning.

Curriculum Vitae 
Visit this faculty member's vita.

 

Dr. Sisworahardjo received his bachelor, master, and doctorate degrees all in Electrical Engineering. Before moving to the United States to pursue his graduate degrees, he was a Junior Researcher and worked in various research projects funded by the state electricity company of Indonesia in the field of load forecasting, application of geographic information systems (GIS) for power distribution systems, the effect of electric and magnetic fields from HV/EHV transmission lines to human health, and power system expansion planning by using Wien Automatic System Planning (WASP) package. He is also an instructor for the energy conservation program for commercial buildings and hotels and numerical analysis and computer applications in power systems for electrical engineers.

During graduate studies at Illinois Institute of Technology and the University of Alabama, he was involved in research on computer modeling and simulation of intelligent agents for power electronics building blocks (PEBB), short-term generating unit asset valuation, and application of modern optimization techniques in power systems.

Prior to his appointment as Assistant Professor at the University of Tennessee at Chattanooga, he was a Research Associate and Visiting Assistant Professor at the University of South Alabama. He conducted a study of reliability of low power direct methanol fuel cell (DMFC) system, model development of proton exchange membrane fuel cell (PEMFC), dynamic characteristics evaluation of PEMFC operation, and dynamic characteristics evaluation of low power portable fuel cell. He also taught various undergraduate and graduate courses at the University of South Alabama.

His research interest including smart grid, distributed generation, renewable/alternative energy, power systems operation, optimization, simulation, and planning.

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