Senior Lecturer
Rayen School of Engineering
Moser Hall 3001
phone: (330) 941-3005
Additive Manufacturing, antennas, dielectric materials.
Electromagnetics, Signal Processing, Power and Energy, Electrical Machines, Microelectronics.
MS, Electrical Engineering
The Ohio State University
BA, Electrical Engineering
Youngstown State University
"A copper pyramidal fractal antenna favricated with green-laser powder bed fusion"
K. Johnson, E. Burden, M. Shaffer, T. Noack, M. Mueller, J. Walker, E. MacDonald, P. Cortes, J. Quintana
"4D Printed Shape Memory Polymers: Morphology and Fabrication of a Functional Antenna"
T. Cersoli, M. Barnawi, K. Johnson, E. Burden, F. Li, E. MacDonald, P. Cortes
Recent Progress in Materials, volume 4, issue 2, p. 1--17
"Unit cell estimation of volumetrically-varying permittivity in additively-manufactured ceramic lattices with X-ray computed tomography"
E. Burden, Y. Oh, B. Mummareddy, D. Negro, P. Cortes, A. Du Plessis, E. MacDonald, J. Adams, F. Li, R. Rojas
Materials \& Design, volume 210, p. 110032
"Mechanical properties of material jetted zirconia complex geometries with hot isostatic pressing"
B. Mummareddy, D. Negro, V. Bharambe, Y. Oh, E. Burden, M. Ahlfors, J. Choi, A. Du Plessis, J. Adams, E. MacDonald, P. Cortes
"Digital Manufacturing of Pathologically-Complex 3D Printed Antennas"
K. Johnson, M. Zemba, B. Conner, J. Walker, E. Burden, K. Rogers, K. Cwiok, E. MacDonald, P. Cortes
Edward Burden is an electrical engineer and lecturer at Youngstown State University. He has his undergraduate degree in EE from YSU (2010), Master's from The Ohio State University (2012) and is currently finishing his PhD through OSU. He has worked on multiple funded projects to evaluate antenna radiation patterns for military application. Professor Burden has also authored or co-authored several papers on 3D printed electromagnetic materials.