List of fellows of IEEE Education Society

The Fellow grade of membership is the highest level of membership and cannot be applied for directly by the member – instead the candidate must be nominated by others. This grade of membership is conferred by the IEEE Board of Directors in recognition of a high level of demonstrated extraordinary accomplishment. These individuals are part of the IEEE Education Society.

{| class="wikitable sortable" ! Year ! Fellow ! Citation |- | 1968 || || For significant contributions in circuit theory and the sensitivity analysis of control systems |- | 1982 || || For contributions to industrial electronics, control instrumentation, and engineering education |- | 1983 || || For contributions to computer applications for power system analysis and protection |- | 1984 || || "For contributions to the theory and design of active-RC and switched-capacitor filters, and to engineering education |- | 1985 || || For contributions in biotelemetry, transducers, and bioengineering research. |- | 1986 || || For contributions to signal processing |- | 1986 || || For contributions to the study of radiation effects in microelectronics |- | 1986 || || For contributions to electromagnetic education, geometrical theory of diffraction, and electromagnetic geotomography |- | 1987 || || For contributions to the theory of robust linear filtering applied to signal detection and estimation. |- | 1991 || || For contributions to engineering education, leadership in the development of computer engineering education as a discipline, and leadership in extending engineering education to women |- | 1992 || || For contributions to electrical engineering education and microelectronics textbooks |- | 1992 || ||For contributions to education through textbooks for engineering computing, and for technical leadership in the area of digital signal processing |- | 1993 || || For contributions to the design and characterization of parallel algorithms for speech, image, and signal processing applications. |- | 1993 || || For contributions to the development of fundamental-frequency microwave oscillators and amplifiers and their application in analog and digital radio relay systems |- | 1995 || || For contributions to research in digital and analog signal processing |- | 1997 || || For contributions to engineering education |- | 1998 || || For contributions to the development of particle beam probing for nuclear fusion research. |- | 1999 || ||For contributions to digital signal processing applications in television and medical imaging |- | 1999 || ||For contributions to engineering education, including outreach to women and minorities and accreditation |- | 2001 || || For contributions to engineering education |- | 2001 || || For leadership in engineering education, in research and in academic-industrial-government projects |- | 2001 || || For contributions to identification and stochastic adaptive control |- | 2006 || || For contributions to engineering education |- | 2006 || || For contributions to engineering education at university and pre-college levels. |- | 2008 || || For leadership in engineering education and curriculum development to attract, retain, and advance women in engineering |- | 2008 || || For leadership in electromagnetics education |- | 2009 || || For contributions to time-domain computational electromagnetics and microwave medical imaging |- | 2009 || || For contributions to electro-thermal analysis of industrial processes |- | 2010 || || For contributions to power engineering education and to computational methods for power system analysis |- | 2010 || || For development of multifunctional, reconfigurable, and integrated antennas |- | 2011 || ||For contributions to multimedia security and forensics |- | 2012 || || For contribution to automatic human behavior understanding and affective computing |- | 2012 || || For leadership in electrical engineering education in India |- | 2014 || || For contributions to the application of numerical techniques to electromagnetic modeling |- | 2014 || || For contributions to the modeling and simulation, diagnosis, and fault-adaptive control of complex dynamic systems |- | 2014 || || For contributions to and leadership in engineering education |- | 2014 || ||For contributions to the application of numerical techniques to electromagnetic modeling |- | 2015 || || For contributions to entrepreneurship in engineering education |- | 2015 || || For professional leadership and contributions to engineering education |- | 2016 || ||For leadership in increasing student interest in STEM education |- | 2016 || || For contributions to wireless sensor networks |- | 2016 || || For contributions to higher order methods in computational electromagnetics |- | 2016 || || For contributions to active learning methods in engineering education |- | 2016 || ||For leadership in advancing women in engineering and electric ship technologies |- | 2017 || || For leadership in defense technology and management of educational institutions |- | 2018 || || For outreach through online engineering pedagogy |- | 2019 || ||For contributions to hardware and embedded systems security and to privacy-preserving computing |- | 2021 || ||For leadership and scholarship in engineering education |- | 2022 || ||For contributions to modeling and design of power-aware and noise-tolerant nanoscale computing systems |- | 2022 || ||For contributions to hands-on learning and leadership in higher education |- | 2026 || ||For leadership in microwave engineering education and workforce development |} Provided by Wikipedia