Dr. Mladen Kezunovic Professional Profile

Lectures

Invited Lectures

  1. “Forced Outage Prediction”, CenterPoint Energy, Houston, Invited talk, Oct 2025
  2. “Risk Management of Future Large-scale Electrification”, Keynote, 5th CIGRE SEERC Conference, Sarajevo, Bosnia and Herzegovina, June 2025
  3. “Risk Management of Future Large-scale Electrification” Invited talk, Carnegie Mellon University, Pittsburgh, April 2025.
  4. “Risk Management of Future Large-scale Electrification” Invited talk, University Donja Gorica, Podgorica, Monte Negro, Oct 2024.
  5. “Risk Management of Future Large-Scale Electrification” Invited talk, Tesla Days, Institute Nikola Tesla, Belgrade, Serbia, June 2024
  6. “Risk Management of Future Large-Scale Electrification” Invited talk, NESC-TEC Forum, Porto, Portugal, May 2024
  7. “The Role of ML and AI in Managing Forced Outages in Power Systems”, Invited talk, INESC TEC Technical meeting, Porto, Portugal, May 2024
  8. “Ph.D. Research: Opportunity of a lifetime”, Invited talk, INESC-TEC Research Group, Porto, Portugal, May 2024
  9. “Automated Fault and Disturbance Analysis,” Invited Lecture, IEEE Distinguished Lecturer Program, IEEE Victoria Chapter, Melbourne, Australia, Sept. 2023
  10. “Automated Fault and Disturbance Analysis,” Invited Lecture, IEEE Distinguished Lecturer Program, IEEE New Zealand North Chapter, Auckland, New Zealand, Sept. 2023
  11. “Big Data Analytics for Predicting Risk of Outages, and Managing and Mitigating Impacts using Distributed Energy Resources,” Keynote, IEEE IAS Global Conference on Renewable Energy and Hydrogen Technologies-GlobConHT-2023, Male, Maldives, March 2023
  12. “Big Data Analytics for Predicting, Managing and Mitigating Outages,” Keynote, 7th Asia Conference on Power and Electrical Engineering (Virtual Conference), ACPEE, April, 2022
  13. “Big Data and Machine Learning/Artificial Intelligence: Predicting, Managing and Mitigating Risk of Forced Outages,” Keynote, 13th Conference on Electricity Distribution with regional participation, Kopaonik, Serbia, October 2022
  14. “Big Data Analytics for Predicting, Managing and Mitigating Outages,” Keynote, the Workshop on Communication Networks and Power Systems (WCNPS), Brazil, November, 2021
  15. “Big Data Analytics for Predicting, Managing and Mitigating Outages,” Distinguished Lecture, Shanghai Tech, China, November, 2021
  16. “Big Data Analytics for Predicting, Managing and Mitigating Outages,” Keynote, The 9th International Conference on Advanced Power System Automation and Protection, Jeju, Korea, October, 2021
  17. “Resilience and Flexible Electricity Grids,” Keynote, The IEEE 3rd International Electrical and Energy Conference, Beijing, China, September, 2019
  18. “The Role of Big Data Analytics in Predicting Power System Outages,” Keynote, Deregulated Electricity Market Issues in South-East Europe conf., Heraklion, Greece, September 2019
  19. “Resilience in Flexible Electricity Grids”, Invited lecture, Qatar Environment and Energy Institute, March 2019
  20. “Multidisciplinary Research in Partnership with Industry”, Invited Panelist, Energy Leaders Summit, BIXPO 2018, Gwangju, Korea, October 1, 2018.
  21. “Big Data: WHY, WHEN and HOW?”, Keynote, ISGT Europe, Sarajevo, Bosnia and Herzegovina, October, 2018
  22. “Resiliency in Flexible Electricity Grids”, Invited talk, Tsinghua University, Beijing, China, July 2018
  23. “Resiliency in Flexible Electricity Grids”, Keynote, EnergyCon, Limassol Cyprus, June 2018
  24. “Big Data Uses in Smart Grids; Challenges and Opportunities”, IEEE DLP Invited Lecture, Nicosia, Cyprus, June, 2018
  25. “Big Data Analytics for Improved Electric Grid Resiliency”, Keynote, Int. Conf. on Energy Internet and Energy System Integration, Beijing, China, November, 2017
  26. “Synchrophasor Technology: Benefits and Pitfalls”, Invited Lecture, BioBio Energy Conf., Concepcion, Chile, Oct. 2017
  27. “Big Data Paradigm for Risk-Based Predictive Asset and Outage Management,” Keynote speech, 2nd International Symposium on Smart grid Methods, Tools and Technologies,”, Weihai, China, July 2017
  28. “Big Data Paradigm for Risk-Based Predictive Asset and Outage Management,” Invited Lecture, Tsinghua University, Beijing, China, June 2017
  29. “Big Data Uses in Smart Grids: Challenges and Opportunities,” Invited Lecture, The University of Edinburgh, Edinburgh, Scotland, June 2017
  30. “Big Data Uses in Smart Grids: Challenges and Opportunities,” Invited Lecture, Strathclyde University, Glasgow, Scotland, June 2017
  31. “Big Data Uses in Smart Grids: Challenges and Opportunities,” Keynote Talk, PowerTech Conference, Manchester, England, 2017
  32. “Synchrophasor Technology: Benefits and Pitfalls,” Invited Lecture, Serbian CIGRE Meeting, Zlatibor, Serbia, June 2017
  33. “Big Data: WHAT, WHY, WHEN and HOW,” The University of Donja Gorica, Podgorica, Monte Negro, November 2016
  34. “Predictive Asset and Outage Management,” Keynote, MEDPOWER conf. in Belgrade, Serbia, November, 2016
  35. “Synchrophasor Technology: Benefits and Pitfalls,” The University of Novi Sad, Serbia, November 2016
  36. “Life Cycle Management Tools for Synchrophasor Systems: Why We Need Them and What They Should Entail,” IFAC Workshop on Control of Transmission and Distribution Smart Grids, Prague, the Czech Republic, October, 2016
  37. “Automated Fault and Disturbance Analysis in Smart Grids and respective Modelling, Simulation and Validation,” IEEE DLP Invited Lecture, The University of Dortmund, Germany, October, 2016
  38. “Big Data: WHAT, WHY, WHEN and HOW,” The University of Novi Sad, Serbia, April 2016
  39. “Big Data: WHAT, WHY, WHEN and HOW,” EU ADVANTAGE Project Meeting in Novi Sad, Serbia, April 2016
  40. “Big Data: WHAT, WHY, WHEN and HOW,” The University of Sarajevo, Bosnia, April 2016
  41. “Synchrophasor Technology: Benefits and pitfalls,” The State Utility Company of Bosnia, Sarajevo, Bosnia, April 2016
  42. “Synchrophasor Technology: Benefits and Pitfalls,” TAMUQ Eminent Scholar Lecture, Doha , Qatar, November 2015
  43. “Flexible Load: WHY, WHEN and HOW,” QEERI, Invited Lecture, Doha, Qatar, November 2015
  44. “Life-cycle Management of Synchrophasor Systems Through Certification, Commissioning, In-Service Maintenance, Remote Testing, and Risk Assessment,” CEPEL, Brazil, Invited Lecture, Rio de Janeiro, Brazil, October 2015
  45. “Big Data: WHAT, WHY, WHEN and HOW,” University of Sarajevo, IEEE DLP Invited Lecture, Sarajevo, Bosnia, October 2015
  46. “Energy Cyber-Physical Systems: What’s Next,” ICAT 2015, Keynote Talk, Sarajevo, Bosnia, October 2015
  47. “Understanding Cascading Phenomenon: Methodologies and Industry Practice for Analysis of Cascading Failures,” IEEE PES GM 2015 Tutorial, Denver, CO, July 2015
  48. “Big Data: What, why, when and how,” Keynote talk, POWERENG 2015 – 5th International Conference on Power Engineering, Energy and Electrical Drives, Riga, Latvia, May. 2015
  49. “System in the Loop: The Next Generation of Cyber-Physical Testbeds,” Invited Lecture, Tenth Carnegie Mellon Conference on the Electricity Industry, Pittsburgh, PA, USA, Mar. 2015
  50. “TEES Smart Grid Center – Overview,” Invited Lecture, Smart Grid and Renewable Energy Workshop, Qatar, Mar. 2015
  51. “Big Data: What, why, when and how,” Keynote talk, IEEE MedPower Conference, Athens, Greece, Nov. 2014
  52. “Big Data: What, why, when and how,” Keynote talk, IEEE Frontiers of Power Systems Conference, Oklahoma State University, Stillwater, Nov 2014
  53. “Big Data: What, why, when and how,” Invited Lecture, Shermco Industries SIMS Conference, Houston, September, 2014
  54. “Flexible Load: why, when and how,” IEEE Distinguished Lecture, The University of Rome La Sapienza, Rome, Italy, May 2014.
  55. “Flexible Load: why, when and how,” IEEE Distinguished Lecture, The University of Split, Split, Croatia, May 2014
  56. “Flexible Load: why, when and how,” IEEE Distinguished Lecture, The University of Ljubljana, Ljubljana, Slovenia, May 2014
  57. “Robust Power System Operation: Needs and Solutions,” Keynote talk, IEEE EnergyCon, Dubrovnik, Croatia, May, 2014
  58. “The Lay of the Land: Energy Cyber-physical systems,” Invited Lecture, Tsinghua University, Beijing, China, April, 2014
  59. “EMS-NEXT”, Invited Lecture, New York ISO, February, 2014
  60. “Energy Cyberphysical Systems: The Lay of the Land,” Invited Lecture, NSF Workshop on Energy Cyberphysical Systems, Arlington, VA, December 16, 2013
  61. “Synchrophasor Technology: Benefits and Pitfalls,” Invited Lecture, COPPE Workshop, Federal University of Rio de Janeiro, Brazil, December 4, 2013
  62. “Smart Grid: Opportunities and Challenges,” Invited Lecture, Xi’an Jiao Tong University, China, October 8, 2013
  63. “Smart Uses of Data in Smart Grids,” Keynote talk, ISGC&E, Jeju Island. Korea, July 2013
  64. “Smart Uses of Smart Grid Data,” Keynote talk, IEEE EURUCON 2013, Zagreb, Croatia, July 2013
  65. “Temporal and Spatial Properties and Uses of Power System Data,” Invited Lecture, University of Washington, Seattle, Washington, April 2013
  66. “Smart Grid Goals: Transition from Legacy to New Solutions,” Distinguished Speaker Invitation, The National University of Taiwan, Taipei, Taiwan, November 2012
  67. “Smart Grid Goals: Opportunities for Innovation,” Invited lecture, Yangtze Delta Region Research Institute of Tsinghua University, Zhejiang, China, Oct 2012
  68. Series of three invited lectures at the North China Electric Power University, “Data Uses in Smart grids”, “Spatial and Temporal Properties of Smart Grid Data”, “A Fast Stability Classification Scheme Based on Classification and Regression Trees,” Beijing, China, Oct 2012
  69. “Smart Grid Applications in the World and in Alberta,” Distinguished Speaker Invitation, Calgary IEEE Section, Canada, September 2012
  70. “Translational Knowledge: From Collecting Data to Making Decision in a Smart Grid,” The Istanbul Technical University, Turkey, June 2012
  71. “Temporal and Spatial Characteristics of Power System Data,” Los Alamos National Lab Workshop, Santa Fe, March 2012
  72. “The 21st Century Smart grid: Current Developments, Future Opportunities, and Challenges,” IEEE Section, Calgary, Canada, March 2012
  73. “Technical Program – International Electric Vehicle Conference (IEVC),” 2012 IEEE International Electric Vehicle Conference (IEVC), Greenville, SC, March 2012
  74. “EV-TEC: Transportation and Electricity Convergence,” Electric Vehicle Workshop, University of New South Wales, Sydney, November 2011
  75. “Future Challenges and Opportunities in Smart Grid Automation and Protection,” APAP Conf., Beijing, China, October 2011
  76. “Smart Grid Integration, Interoperability, and Methodologies,” Joint Critical Infrastructure Partnership Symposium, Houston, August, 2011
  77. “Multiple Uses of Substation Data,” REE, Madrid, Spain, June 2011
  78. “Interoperability: Blessing with a Curse,” i-PC Grid Workshop, San Francisco, March/April, 2011
  79. “The Smart Grid Data “Explosion”: Translational Knowledge Challenge,” Los Alamos National Lab, December, 2010
  80. “The Smart grid: Opportunities and Challenges,” The University of Cyprus, Cyprus, Nov 2010
  81. “The Smart Grid: Opportunities and Challenges,” Invited Plenary Talk, Modern Electric Power Systems Symposium, Wroclaw, Poland, September, 2010
  82. “PHEV/BEVs Transportation and Electricity Convergence,” Public Utility Commission, Austin, Texas, May, 2010
  83. “New Role of Smart grid Testing: Smart Risk Mitigation,” i-PCGRID Conference, San Francisco, March, 2010
  84. “The Smart Grid: Opportunities and Challenges,” The King Saudi University, Saudi Arabia, February, 2010
  85. “Interoperability: Synchronized Sapling Framework for Monitoring Application,” i-PC Grid Workshop, San Francisco, March, 2009
  86. “The Smart Grid Solutions for Monitoring, Control and Protection in the Transmission Grid,” IEEE Lecture, The National Technical University of Athens, Athens, Greece, October 2008
  87. “Automated Fault Analysis,” IEEE Lecture, UAE Section, Abu Dhabi, UAE, March 2008
  88. “Asset Management Improvements: Condition-Based Maintenance and Risk Based Maintenance Scheduling,” IEEE Lecture, UAE section, Al Alain, UAE, March 2008
  89. “Uses of Operational and Non-operational Data,” Egyptian Electricity Company, Cairo, Egypt, March 2008
  90. “Automated Fault Analysis,” IEEE Distinguished Lecture, IEEE Vancouver Section, BC, Canada, February 2008
  91. “The Temporal and Spatial Properties of Power System Field Recorded Data,” Arizona State University, Phoenix, AZ, USA, February, 2008
  92. “Synchronized Sampling Applications for the 21st Century Power Systems,” Series of five Invited lectures at Electric Power Research Institute, Xi’an Jiao Tong University, Shanghai Jiao Tong University, Tsinghua University, and Zhejiang University, People’s Republic of China, November 2007
  93. “The Electricity System of the 21st Century,” China Light and Power, Hong Kong, October 2007
  94. “The Temporal and Spatial Properties of Power System Field Recorded Data,” Invited Lecture, The University of New South Wales, Sydney, Australia, May 2007
  95. “The Electricity System of the 21st Century,” Invited Lecture, The University of Adelaide, Australia, May 2007
  96. “The Temporal and Spatial Aspects of Power System Field-Related Data,” Invited lecture, Georgia Institute of Technology, October 2006
  97. “The Temporal and Spatial Considerations of Monitoring, Control, and Protection of Power Systems,” a series of two lectures at the University of Novi Sad and Belgrade, and the Electric Utility Company of Serbia-EPS, February 2006
  98. “The Electricity Systems of the 21st Century, “Series of two lectures at University of Auckland and University of Canterbury, New Zealand, November 2005
  99. “New Research Areas in Protection and Control”, a series of six lectures given at the following universities in China: Tsinghua, Dalian, North China Power, Xi’an JiaoTong, Shanghai JiaTong, South China Institute of Technology, August 2005
  100. “New Research Areas in Protection and Control”, Central Research Institute of Electric Power Industry (CRIEPI), Japan, August 2005
  101. “New Research Areas in Protection and Control,” The University of Hong Kong, Hong Kong, August 2005
  102. “Integrating Data and Sharing Information from IEDs” Electric Utility Company of Serbia-EPS, Belgrade, Serbia, January 2005
  103. “Future of Communications in the Utilities” Electric Utility Company of Serbia-EPS, Belgrade, Serbia, March 2004
  104. “New Communication Technologies and Standards,” WorkshopElectric Utility Company of Province of Vojvodina, Novi Sad, Serbia, March 2004
  105. “Overview of PSerc Research:T&D Technology Research Stem,” Workshop on Electricity interconnection AIT, Bangkok, Thailand, January 2004
  106. “New Communication Technologies and Standards,” ElektrotehnickiFakultet, Sarajevo, Bosnia and Hercegovina, December 2003
  107. “Advanced Substation Automation Applications,” ABB Corporate Research Center, Bern, Switzerland, July 2003
  108. “Neural-Fuzzy Pattern Recognition Algorithm for Classifying the Events in Power System Networks,” Temple University, Philadelphia, March 2003.
  109. “Research Issues Related to Future Trends in Protective Relaying, Substation Automation, Testing and Related Standardization,” Hong Kong Polytechnic University, Hong Kong, November 2002
  110. “Power System Control and Protection: Research Status and Future Trends,” IEEE Section, University of Belgrade, Serbia, July 2002
  111. “Protective Relay Performance Characteristics and Behavior,” Invited Speaker, IEEE Section, Paris, France, March 2000
  112. “Protective Relay Testing Methodology and Tools,” Invited Speaker, IEEE Section, Paris, France, March 2000
  113. “Technical Activities in the Power Systems Relaying Committee of IEEE,” Invited Speaker, IEEE Section, Paris, France, November 1999
  114. “Automated Fault Analysis,” Invited Speaker, IEEE Section, Paris, France, November 1999
  115. “Advancements in Protective Relaying, Monitoring and Testing,” Invited Speaker, IEEE Section, Amarillo, April 1999
  116. “Relay Assistant Software for Transient Testing of Protective Relays,” AVO International Technical Conference, Invited Paper, Dallas, September 1998
  117. “Future Uses of Digital Simulators in the Protective Relaying Research,” Invited Presentation, IEEE Section, Monterrey, Mexico, May 1996
  118. “Design Testing of Distance Relays,” AVO International Technical Conference, Invited Paper, Dallas, Texas, August 1995
  119. “Recent Trends in the Power Industry in the USA,” Texas A&M Center in Mexico D.F., Mexico, May 1995
  120. “Digital Simulators Research and Development at Texas A&M University,” Instituto de InvestigacionesElectricas, Cuernavaca, Mexico, May 1995
  121. “New Approaches to Automated Fault Analysis for Operators in Control Centers,” Siemens-Empros Power Systems Control, Minneapolis, Minnesota, March 1995
  122. “Development of Digital Simulators for Relay Testing,” Nanjing Electric Power Automation Equipment General Factory, Nanjing, The People’s Republic of China, October 1994
  123. “New Research Directions in Protective Relaying,” Hauzhong University of Science and Technology, Wuhan, The People’s Republic of China, October 1994
  124. “Advanced Research Topics in Protective Relaying,” Tianjin University, Tianjin, The People’s Republic of China, October 1994
  125. “New Approaches to Monitoring of Power Systems,” Electricite de France, Paris, France, September 1994
  126. “New Digital Simulator Designs,” Electricite de France, Paris, France, September 1994
  127. “Advances in Digital Simulator Developments,” Red Electrica de Espana, Madrid, Spain, May 1994
  128. “Intelligent System Applications to Fault Analysis,” Red Electrica de Espana, Madrid, Spain, May 1994
  129. “Digital Simulators for Relay Testing,” CEPEL Electric Power Research Institute, Rio de Janeiro, Brazil, November 1993
  130. “Intelligent System Applications to Fault Analysis,” CEPEL-Electric Power Research Institute, Rio de Janeiro, Brazil, November 1993
  131. “Applications of Synchronized Sampling,” CEPEL-Electric Power Research Institute, Rio de Janeiro, Brazil, November 1993
  132. “New Designs of Digital Simulators for Relay Testing,” GEC Alstom Measurements, Stafford, England, August 1993
  133. “Digital Simulators for Relay Testing,” ABB Power T&D Company, Coral Springs, Florida, June 1993
  134. “Digital Simulator Requirements,” IEEE Power Engineering Society, Protective Relaying Committee, Vancouver, British Columbia, Canada, May 1993
  135. “Advanced Research in Control and Protection,” ABB Transmission Technology Institute, Raleigh, North Carolina, May 1993
  136. “Digital Simulators for Relay Testing,” Commonwealth Edison, Chicago, Illinois, April 1992
  137. “Transient Testing of Protection Relays,” Multi-Amp Users Conference, Invited Paper, Dallas, Texas, August 1991
  138. “Expert System Applications to Monitoring, Control and Protection,” ABB Research Center, Baden, Switzerland, August 1990
  139. “Integrated/Coordinated Substation Systems,” ABB Research Center, Baden, Switzerland, August 1990
  140. “Expert System Applications to Control and Protection,” IEEE PSRC, WG on Expert Systems, Montreal, Canada, May 1990
  141. “TAMU R&D Activities in Protective Relaying,” IREQ, Montreal, Canada, May 1990
  142. “TAMU R&D Activities in Protective Relaying,” Ontario Hydro, Toronto, Canada, May 1990
  143. “DYNA-TEST Simulator Application to Relay Testing,” Multi-Amp Users Conference, Invited Paper, Dallas, Texas, September 1989
  144. “Integrated Control and Protection for Electric Power Systems,” IEEE Invited Lecture, Pittsburgh Section, University of Virginia, January 1989
  145. “New Trends in Microprocessor Applications to Control and Protection,” series of 3 day presentations given at Mitsubishi, Toshiba and CRIEPI, Japan 1988
  146. “Integrated Solution for Relaying, Local and Remote Control in H.V. Substations,” Invited Paper, YU CIGRE, Croatia, November 1988
  147. “Microprocessor Applications to Control and Protection,” CEPEL, Brazil, July 1985
  148. “Microprocessor-Based Relaying Equipment,” Energoinvest Company, Electric Power Institute, Bosnia, 1985
  149. “Application of Microprocessors to Protective Relaying,” ISKRA Company, Slovenia, 1982
  150. “Integrated Control and Protection Systems,” Institute Mihailo Pupin, Yugoslavia, 1981
  151. “Microprocessor Applications to Control and Protection,” Energoinvest Company, Institute for Control and Computer Sciences, Bosnia, 1980

Short Courses/Seminars/Tutorials/Webinars

  1. “The Big Data Analytics: An Incremental Improvement or a Transformational Change,” Smart Grid Center Webinar, July 2020
  2. “The Role of Big Data Analytics in Predicting Power System Outages”, Short Course, PSerc Webinar, February, 2020
  3. “Improving the Grid Resilience”,  Short Course, TEES Smart Grid Center, November, 2019
  4. “Big Data Analytics for Outage and Asset Management”, TEES Smart Grid Center, October 2019
  5. “Big Data uses in the utility industry,” Tutorial, CIGRE Symposium Grid of the Future, Philadelphia, Oct, 2016
  6. “Wide Area Protection, Communication and Control in Energy Systems,” Seminar, Tutorial, IEEE PES Conference on Innovative Smart Grid Technologies, Washington, DC, USA, Feb. 2015
  7. “Multiple Uses of Substation IED Data for Future Grid Applications,” Seminar, Grid of the Future Symposium, Houston, Texas, October 2014
  8. “Energy Management System: Transition from Legacy to Future Design,” Seminar, Independent System Operator, New England, June 2013
  9. “Synchrophasor Technology: Benefits and Pitfalls,” IEEE Region 5, Austin, March 2013
  10. “Tomorrow’s Smart Grid: The Business Value of Interoperability”, Seminar sponsored by Electrix, New Zealand, Oct 2012
  11. “PMU Laboratory, Commissioning and Filed Testing,” WAMS Short Course, University of Sannio, Benevento, Italy, November 2010
  12. “Protective Relaying Seminar: New Developments in Protective Relaying,” IEEE Iowa Illinois Section, October 2010
  13. “Smart Grid: Intelligent Transmission and Distribution,” Q1 Productions Industry Seminar, Miami, March, 2010
  14. “Integration of Asset and Outage Management Tasks for Distribution Applications,” Seminar, PSerc Tele-seminar, April 2010
  15. “Automated Fault Analysis,” The King Saud University, Saudi Arabia, March 2010
  16. “Integration of Operational and Non-operational Data for Improved EMS Monitoring,” Short Course, PSerc Tele-seminar, November 2008
  17. “Distribution Automation,” Seminar, Dubai World Central, Dubai, UAE, March 2008
  18. “Automated Fault Analysis and Fault Location,” Short Course, South China University of Technology, Guangzhou, People’s Republic of China, November 2007
  19. “Automated Fault Analysis and Fault Location,” The University of Adelaide, Australia, May 2007
  20. “Uses of Operational and Non-operational Data,” Research Seminar, Texas A&M University Qatar, Qatar, March 2007
  21. “Uses of Operational and Non-operational Data,” Research Seminar, UAE IEEE Section, Abu Dhabi, March 2007
  22. “Real-Time Monitoring of Cascading Events,” Short Course, PSERC Tele-Seminar, March 28, 2006
  23. “Automated Fault Analysis,” Short Course, Electrix, New Zealand, November 2005
  24. “Use of Operational and Non-Operational Data in Utilities,” Electrix, New Zealand, November 2005
  25. “Uses of Substation Data for Improved Operation and Maintenance,” PSerc Tele-Seminary, October 5, 2005
  26. “Wide Area Disturbance Monitoring and Protection Schemes”, Decision Systems International, Seminar for Korea Power Exchange, San Francisco, October 2005
  27. “M. Kezunovic, S. Meliopoulos, “PSerc Tutorial on Dynamic Disturbances Recorders,” Duke Power, Atlanta, July 2004
  28. “Evaluating Protecive Relay Operation Through Testing,” Short Course, PSerc Tele-Seminar, April 6, 2004
  29. “New Research and Developments in Utility Communications,” Brain Gain Program Elektrotehnicki Fakultet, Sarajevo, Bosnia and Hercegovina, December 2003
  30. “Management of Relaying and Control Assets,” Short Course, EPRI, November 2003
  31. “R&D in T&D,” Invited Seminar, Electrix, New Zealand, October 2003.
  32. “Current Research Issues in Protective Relaying,” Seminar, Invited Seminar, CRIEPI, Japan, November 2002
  33. “The Research Agenda in Protective Relaying and Control,” TM T&D Company, Japan, November 2002
  34. “Application of Artificial Intelligence in Fault Analysis,” Invited Tutorial, IEEE T&D Conference, Japan, November 2002
  35. M. Kezunovic, A. Bartylak, R. Zivanovic, “Automated Fault Analysis and Fault Location,” Invited Tutorial, ESKOM, South Africa, June 2002
  36. M. Kezunovic, C.C. Liu, S. McArthur, “Fault Analysis Tutorial,” IEEE PES Winter Meeting, New York, January 2002
  37. “Advanced Engineering Tools for Protection Engineers,” Invited Seminar, Electrix, New Zealand, December 2000
  38. M. Kezunovic, A. Abur, C.C. Liu, S. McArthur and L. Smith, “Fault Analysis Tutorial”, IEEE PES Summer Meeting, Seattle, July 2000
  39. M. Kezunovic, A. Abur, G. Huang, “Protective Relay Testing Using EMTP and Digital Simulators,” Short Course, Texas A&M University, May 2000
  40. M. Kezunovic, A. Abur, “MatLab for Power Engineers,” Short Course, Entergy Services, New Orleans, August 1999
  41. “Protective Relay Testing Using EMTP and Digital Simulators,” Short Course, Texas A&M University, College Station, May 1999
  42. M. Kezunovic, A. Abur, “Selected Advanced Topics in Digital Simulators, Protective Relay Testing, Substation Equipment Design and Fault Analysis,” Short Course, Universidade Federal de Pernambuco, Recife, Brazil, August 1998
  43. M. Kezunovic, A. Abur, “Protective Relay Testing Using EMTP and Digital Simulators,” Short Course, Texas A&M University, College Station, June 1998
  44. “Real-Time Simulators and Modeling of Electric Transmission System,” Short Course, Harza Engineering, Chicago, May 1997
  45. “Recent Developments in Protective Relaying,” Short Course, ESKOM, Johannesburg, South Africa, November 1996
  46. “New Trends in Protective Relaying,” 15-week course recorded on a videotape, Continuing Education Program, Washington State University, 1986-87
  47. “Digital Algorithms for Protective Relaying,” Short Course, Energoinvest Company, Factory for Relaying, 5-day Short Course, Bosnia, 1985
  48. “Digital Communication Techniques for EMS Applications,” Energoinvest Company, Institute for Computer and Information Systems, Bosnia, 5-day seminar, 1981