Power Systems
Resume:
*. Biographical Data
*.A Current Employment
Marija D. Ilic
Professor of Electrical & Computer Engineering and Engineering & Public Policy
Carnegie Mellon University
ECE Dept., Room PH-B25
5000 Forbes Avenue
Pittsburgh, PA 15213-3890
Tel: 412-***-****
Fax: 412-***-****
EMAIL: abo16u@r.postjobfree.com
Director, Electric Energy Systems Group (EESG), http://www.eesg.ece.cmu.edu. This group
unites
participating faculty from ECE, EPP, TSB, and SDS and collaborates with a range of
technical and
policy groups across campus.
and
Honorary Chaired Professor for Control of Future Electricity Network Operations
Faculty of Technology, Policy and Management
Delft University of Technology
Delft, The Netherlands
and
Research Affiliate
M.I.T
., Engineering Systems Division
Cambridge, MA 02139
and
New Electricity Transmission Software Transmission Solutions (NETSS), Inc, Founder and
Owner
1.B Place and Date of Birth
Zajecar, Yugoslavia: February 11, 19511
.C Education
Degree Discipline University
Date
Dipl. Ing. Electrical Engineering Belgrade, Yugoslavia 1974
MEE Electrical Engineering Belgrade, Yugoslavia 1977
M.Sc
. Systems Science and Washington University 1978
Mathematics St. Louis, MO
DSc Systems Science and Washington University 1980
Mathematics St. Louis, MO
1.D Former Positions
Date Employer/Position
Sept. 1976
Aug. 1977Institute for Automation and Telecommunications, Belgrade
Principal Research Engineer
Aug. 1975
Dec. 1980Washington University: Student Research Assistant
Jan. 1981
Aug. 1981Washington University: Research Associate and Lecturer
Aug. 1981
July 1982Drexel University: Assistant Professor
July 1982
June 1984Cornell University: Assistant Professor
June 1984
Aug. 1984General Electric R&D Center: Visiting Researcher
Aug. 1984
Aug. 1986University of Illinois: Assistant Professor
Aug. 1986
Aug. 1989University of Illinois: Associate Professor (with tenure)
Sept. 1987
Sept. 1989MIT: Visiting Associate Professor
Sept. 1989
2003MIT: Senior Research Scientist
Dec. 2003
Dec. 2005MIT/Engineering Systems Division: Visiting Professor (unpaid)
Oct. 2002 present Carnegie Mellon University, Professor (tenured), ECE/EPP
1.E Consulting Assignments
Sept. 1985
Sept. 1987General Electric R&D Center
1988
1991Decision Systems, International Inc
.
Sept. 1989
Sept. 1991New England Electric Service Co
.
1989
1991The Analytic Science Co
.,
1995
The Tabors and Caramanis Associates. Co
.
Jan. 1990
Dec. 1990Power Technologies, Inc
.
1990
The ENMASS Co.
1991 Martin Marietta Energy Systems, Inc
.
1996 US Department of Energy
1994
presentBrattle/IRI, Inc., Senior Advisor
1997
Standard Poor's
(Energy)
1997
Fulcrum International, Inc
.
1999 (appointed) National Science Foundation
2002
presentNew Electricity Transmission Software Solutions (NETSS), Inc.
2002 National Science Foundation
2002 California Independent System Operator (CA-ISO)
2003
Charles River Research, Inc. (for First Energy, Inc
.)
2003
Federal Energy Regulatory Commission (FERC)
2003 Lawrence Livermore National Laboratory (LLNL)
2003 National science Foundation (NSF)
2004
Charles River Research, Inc (for First Energy, Inc.)
2005
National Science Foundation
2005
US Department of Energy (DoE)
2006
Delft University
2006
National Science Foundation
2007 FCT, Portugal
2007 EnvaPower
2007 Delft University
2008 Environmental Policy Agency (EPA) (via PQA) Panel Chair
evaluating ICF s Integrated planning Model IPM
2008 EdF- Electricite de France
2008 UTRC United Technologies Research Center
2008 National Science Foundation
2009
EdF Electricite de France
2. Principal Fields of Interest
Modeling and control of future electric energy systems (transforming hierarchical into
open-access
systems); Modeling and control of economic, policy and technical interactions in dynamic
systems
under uncertainties (applied to electricity markets); Critical infrastructures and their
interdependencies (cyber-physical systems); Computer methods and algorithms for
simulating
large-scale dynamic systems; Electric power systems modeling; Design of monitoring,
control and
pricing algorithms for electric power systems; Normal and emergency control of electric
power
systems.
3. Teaching and Education
Semester Course
Offered Title
ST 80 (Washington Univ.) Numerical Analysis
FT 80 (Washington Univ.) Probability and Engineering Statistics
ST 81 (Washington Univ.) Advanced Power Systems Analysis
FT 81 (Drexel Univ.) Linear Circuit Analysis
ST 82 (Drexel Univ.) Linear Systems Theory
FT 82 (Cornell Univ.) Electrical Engineering Laboratory
ST 83 (Cornell Univ.) Power Systems Analysis I
FT 83 (Cornell Univ.) Power Systems Analysis II
ST 84 (Cornell Univ.) Linear Circuits & Systems
FT 84 (Univ of Illinois) Computer Methods for Electric Networks
ST 85 (Univ of Illinois) Advanced Modeling & Control of Electrical Machines
FT 85 (Univ of Illinois) Power Electronics
ST 86 (Univ of Illinois) Special Topics in Electric Power Systems
FT 86 (Univ of Illinois) Solid State Control of Electric Drives
ST 86 (Univ of Illinois) Special Topics in Electric Power Systems
ST 87 (Univ of Illinois) Computer Methods in Electric Power Systems
FT 87 (M.I.T.) Circuits and Electronics
ST 88 (M.I.T.) Circuits and Electronics
FT 88 (M.I.T.) Circuits and Electronics
ST 89 (M.I.T.) Circuits and Electronics
ST 89 (M.I.T.) Operation and Planning of Electric Power Systems
ST 90 (M.I.T.) Dynamics and Control of Electrical Machines
FT 90 (M.I.T.) Advanced Electric Power Systems I
ST 90 (M.I.T.) Advanced Electric Power Systems II
ST 91 (M.I.T.) Introduction to Electric Power Systems
FT 91 (M.I.T.) Operation and Planning of Electric Power Systems
ST 92 (MI.T.) Dynamics and Control of Electrical Machines
FT 92 (M.I.T.) Advanced Electric Power Systems I
ST 93 (M.I.T.) Advanced Power Systems II
FT 93 (M.I.T.) Operation and Planning of Electric Power Systems
ST 94 (M.I.T.) Dynamics and Control of Electrical Machines
ST 94 (M.I.T.) Feedback Systems
FT 94 (M.I.T) Advanced Electric Power Systems I
ST 95 (M.I.T) Advanced Electric Power Systems II
FT 95 (M.I.T.) Operation and Planning of Electric Power Systems
ST 96 (M.I.T.) Hierarchical Control of Power Systems: Its Value Under Changing
Industry
FT 96 (M.I.T.) Advanced Electric Power Systems I
ST 97 (M.I.T.) Advanced Electric Power Systems II
FT 97 (M.I.T.) Operation and Planning of Electric Power Systems
ST 98 (M.I.T.) Circuits and Electronics
FT 99 (M.I.T.) Advanced Electric Power Systems I:
ST 99 (M.I.T.) Advanced Electric Power Systems II
FT 99 (M.I.T.) Operation and Planning of Electric Power Systems
FT 00 (M.I.T.) Advanced Electric Power Systems I
ST 01 (M.I.T.) Advanced Electric Power Systems II
FT 01 (M.I.T.) Operation and Planning of Electric Power Systems (NEW)
ST 02 (M.I.T.) Large Scale Dynamic Systems Revisited (NEW)
ST 03 (Carnegie Mellon) Modern Electrical Power Systems (mini)
ST 03 (Carnegie Mellon) The Changing Electric Power Industry (mini)
FT 03 (Carnegie Mellon) Special Topics in Systems & Control:
Large-Scale Dynamic Systems Revisited
ST 04 (Carnegie Mellon) Modern Electrical Power Systems (mini)
ST 04 (Carnegie Mellon) The Changing Electric Power Industry (mini)
ST 04 (Carnegie Mellon) EPP Projects
ST 04 (Carnegie Mellon) EPP Project Management
FT 04 (Carnegie Mellon) Complex Large-Scale Dynamic Systems
ST 05 (Carnegie Mellon) Special Topics in Multi-Agent Systems & Control:
Engineering & Economics of Electric Power Systems (NEW)
FT 05 (Carnegie Mellon) Electric Energy Processing: Fundamentals and Applications (NEW)
FT 05 (Carnegie Mellon) Special Topics in Multi-Agent Systems & Control:
Electric Power Systems
ST 06 (Carnegie Mellon) Engineering and Economics of the Changing Electric Power Industry
FT 06 (Carnegie Mellon)
ST 07 (Carnegie Mellon) Large-Scale Dynamic Systems; Engineering and Economics
FT 07 (Carnegie Mellon) Electric Energy Processing: Fundamentals and Applications
P., "Transmission Pricing and Incentives for Investments under Uncertainty in
the
Deregulated Industry, TPP (Civil Engineering), February 1999.
Prada, J., "Valuation of Operating Reserve in Power Systems, TPP (EECS), June 1999.
Chalermkraivuth, Charles, Distributed Generation: The Strategies and Decision Criteria
of
Market Participants, TPP (ESD), February 2001.
Raikar, Santosh, "Interruptible Physical Transmission Contracts for Congestion
Management," TPP
ESD) July 2001.
Tsuchuda, Bruce, Design of an Information Entity-The InfoCo-for the Electric Power
Industry
Under Restructuring, TPP (ESD) and EECS, June 2001.
Collison, Keneth, TPP (ESD), "A Practical Approach to Optimal Pricing and Implementation
of
Inter-regional Transactions in the Deregulated US Electricity Market, TPP (ESD),
June 2001.
Gozum, Ozge Nadia, Decision Tools for Transmission Service and Pricing: A Dynamic
Programming Approach, EECS, June 2001 (Gullemin Prize Thesis Award for best
EECS thesis).
Wagner, Michael, Hedging Optimization Algorithms for Deregulated Electricity Markets,
EECS
June 2001.
Watz, Jill, The Role of Government in Facilitating Customer Choice in the Electric
Power
Industry Under Restructuring, TPP (ESD), February 2002.
Sivakumar, Ashok, Algorithms for Transmission Congestion Control Under Uncertainties,, MIT, EECS, June 2002.
Prica, Marija, Transmission Planning in the Changing Electric Power Industry, co-
advising with
Prof Popovic, D., University of Novi Sad, June 2006.
Patnik, Michael, Transmission Provision and Pricing for the Future Electric Power
Industry,
CMU ECE, 2005.
Thatte, Anupam, MS Course Option student, Dec. 2005
Patnik, Michael, Transmission Provision and Pricing, ASAP.
Otegbade, Olubumni, Professional M.S. Program in ECE.
Zhang, Yi, Smart Relays, January 2009.
Liu, Juhua, Mid-term Instabilities in Electric Power Systems, ECE, CMU, June 2007 (co-
advised
with Bruce Krogh).
Rotering, Niklas, Optimal Plug-in Electric Vehicle Charge Control in Deregulated
Electricity
Markets, March 2009 (joint ETH and CMU thesis).
Popli, Nipun, Automatic Generation Control (AGC) for Systems with High Wind Penetration,
June
Reference
Transmission Network Concept in an Oligopolistic Electricity Market: a Game Theory
Approach, 2005. Co-Advisor: Michele Trovato.
Elizondo, Marcelo, Fast Control of Electric Power Systems and Market Design for Their
Valuation. (co-advising with Argentina Univ. Prof. Francisco Garces), 2006.
Wu, Zhyiong (Richard), Forward Electricity Markets, (main advisor), CMU/EPP, December
2009., Le, A Framework for Distributed Decision Making in Electric Energy Systems with
Intermittent Energy Resources, December 2009.
Prica, Marija, Algorithms for Managing and Planning Future Electric Energy Systems, June
2009.
Zhang, Yi (co-advised with Ozan Tonguz), Toward Smarter Protection in Power Grids:
Applications of Support Vector Machines (SVM) and Communications to Protection
Relays, December 2009.
Blood, Ellery (co-advised with Bruce Krogh), Enhancing Electric Power System Estimation,
December 2009.
Liu, Juhua (co-advised with Bruce Krogh), Advanced Control of Power Systems, December
2009.
Kurlinski Ryan, Differentiated Reliability by Means of Demand-Side Technologies, EPP, (co-
advising with Lester Lave), December 2009.
Nazari, Masoud, Distributed Electric Power Systems of the Future, PhD advisor, EPP, CMU,
2010
(jointly with Joao Pecas Lopes, UFP, Porto).
Houwing, Michiel, Carnegie Mellon EPP Visiting Student 2007-2008, Delft University of
Technology Ph.D. Candidate, the Netherlands.
Abdel-Karim, Noha, Short-Term Wind Forecasting Methods, EPP PhD, June 2011.
Brandon Mausch, EPP PhD (join CMU-IST), Valuing Wind Power in Electricity Markets (just
started).
Cvetkovic, Milos, Nonlinear Control of FACTS Devices, 2013 (estimated)
Cvijic, Sanja, Computer Methods for Detecting and Managing Parallel and Loop Flows in
Large
Electric Power Systems, 2013 (estimated)
Liu, Zhijian, Phasor Measurements-Enabled Control Concepts for Future Electric Energy
Systems, 2013 (estimated)
Joo, Jhi-Young, Adaptive Load Management in Future Electric Systems,
FACTS and HVDC, (Indian Institute of Science, Bangalore, INDIA), February 2005.
Xie, Zhijun, "Design of China Electric Power Wholesale Market" (Boston University),
December 1999.
Han, Zhi, Verification of Hybrid Systems Using Decomposition and Model Reduction,
CMU/ECE, 2005 (thesis committee).
Patino-Echeverri, Dalia. Valuing Risk Reduction: Three Applications in the Electricity
Industry,
December 2005.
Zhang, Haotian, Field Estimation in Wireless Sensor Networks Using reduced-Order
Physical
Models, CMU/ECE (thesis committee), 2006.
Liao, Huaiwei, Measuring Cascading Failure Risk in Electric Power Grids, May 2007. PhD
ECE.
Zavala,Victor, Chem Eng, CMU.
Traft, David, MIT 2004.
Zeriffi, Hisham, CMU/EPP, 2004.
Blumsack, Seth, Network Topologies and Transmission Investments in the Electric
Restructured
Industry, EPP, 2006.
Juan Arieta-Camacho, Chemical Engineering, CMU, June 2007.
Elizondo,Marcelo, Co-advising, Argentina, May 2007.
Pajic, Slobodan, Ph.D. Thesis Committee, ECE, Worcester Polytechnic Institute, PhD, April
2007.
Tapia-Ahumada, Karen, MicroCHPs, MIT ESD PhD, 2010 (Ernest Moniz thesis advisor).
Zavala, Victor, Carnegie Mellon, Chemical Engineering, April 2008
Huang, Rui, Carnegie Mellon University, Chemical Engineering Department, Ph.D., 2011.
Usman Khan, CMU, 2009 (with Jose Moura) .
Kar, Soummya, CMU, 2009 (with Jose Moura).
Tapia, Karen, MIT, 2009 (with Moniz).
3.C Educational Contributions
Developed graduate level curriculum for the electric power systems at M.I.T., EECS
Department.
Developed three graduate courses in EECS, M.I.T. in the area of electric power systems.
One
jointly listed with TPP. Significant contributions to theses supervision in the area of
electric
power systems at M.I.T. over the past 15 years.
Served as an IEEE Distinguished Lecturer.
Taught a new subject under course #18-879 at Carnegie Mellon University, Special Topics
in
Systems and Control: Large-Scale Dynamic Systems Revisited. This course is to become a
permanent ECE course, #18-777 in the Fall of 2004.
Co-authored paper entitled, Introducing Electric Power into a Multidisciplinary
Curriculum for
Network Industries, to be published in the IEEE Tran. On Power Systems, Special Issue on
Education, May 2004. The relevance of this paper is that it defines a vision for the CMU
INI/Master Program in this subject area. Preparations are underway to start this Program
in
the Fall of 2005.
Committee work: Undergraduate Advising Committee (ECE), Graduate Committee (EPP), Ad Hoc
Promotion Committee, at Carnegie Mellon University (2003-2004).
Conference Co-Organizer for:
First Carnegie Mellon Conference on Electricity Transmission in Deregulated Markets:
Challenges, Opportunities, and Necessary R&D Agenda, December 15-16, 2004;
Second Carnegie Mellon Conference in Electric Power Systems: Monitoring, Sensing,
Software and Its Valuation for the Changing Electric Power Industry, January 11-
12, 2006;
Third Annual Carnegie Mellon Conference on the Electricity Industry: Ensuring that the
Industry Has the Physical and Human Resources Needed for the Next 30 Years,
March 13-14, 2007;
Fourth Carnegie Mellon Conference in Electric Power Systems: Future Energy Systems:
Efficiency, Security, Control, March 13-14, 2008; and
Fifth Carnegie Mellon Conference in Electric Power Systems: Smart Grids, March 9-10,
2009 (http://www.ece.cmu.edu/~electricityconference/
Developed four new ECE courses at Carnegie Mellon University in the area of future
electric
energy systems. One course co-listed across Engineering and Public Policy (EPP), Tepper
School of Business (TSB), and the College of Engineering Carnegie Institute of
Technology (CIT).
Formed Electric Energy Systems Group (EESG) at Carnegie Mellon
http://www.eesg.ece.cmu.edu.
Led the design of the Interactive Power System Simulator (IPSYS) at Carnegie Mellon. This
software has become an integral part of electric power systems education and research,
http://www.ece.cmu.edu/~nsf-education/software.html.
4. Publications
4.A Books
1. Ilic, M.D. and S.X. Liu, Hierarchical Power Systems Control: Its Value in a Changing
Electric
Power Industry, Springer-Verlag London Limited Series, Advances in Industrial
Control,1996.
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