Person
VESPUCCI Maria Teresa
Professori Associati
Course Catalogue:
Communications
Curriculum Vitae
Maria Teresa Vespucci
• Associate professor of Operations Research at the Department of Information Technology and Mathematical Methods of the University of Bergamo
• Member of PhD Program Board in “Economics, Applied Mathematics and Operational Research”, University of Bergamo
• Member of the Scientific Board of the Advanced Course in Energy and Environmental Risk Management (EERM), University of Milano-Bicocca
Education
• Degree in Economics
• Ph.D. in Numerical Optimization at the University of Hertfordshire (U.K.) under the supervision of Prof. L.C.W. Dixon
Membership in professional and scholarly societies
• Italian Operational Research Society (A.I.R.O.)
• Italian Society for Mathemathics Applied to Industry (S.I.M.A.I.)
• Institute for Operations Research and the Management Science (I.N.F.O.R.M.S.)
Main research areas
• Linear algebra
• Linear and nonlinear optimization
• Stochastic programming
• Application of mathematical programming modeling to: car engine optimization; decision support system for a gas retailer; power plants scheduling in the liberalized electricity market; risk hedging for hydro power producers; equilibria in oligopolistic electricity markets; power generation capacity expansion
Research areas in the period 1986-95
• Specialised algorithms for nonlinear least squares problems with large residuals at the solution
• Optimal control parameter values of a car engine
• Linear solvers for Truncated-Newton methods
• Investigation of sequential and vectorized algorithms for system of linear algebraic equations of large dimension
Research areas in the period 1996-2005
• Krylov methods for systems of linear algebraic equations
• Production scheduling of hydro- and thermoelectric generation units in open electricity market
Research areas in the period 2006-2011
• Deterministic and stochastic decision-support models for a gas retailer
• Short-term scheduling of a hydro-thermal power generation system in the liberalized electricity market
• Multi-stage stochastic models for the daily coordination of wind power plants and hydro power plants
• Stochastic decision-support models for a hydro power producer operating on the electricity derivative market for risk hedging
• Models for determining optimal strategic decisions of a dominant producer in a liberalized electricity market
• Equilibrium models for oligopolistic electricity markets
• Software tools for the technical and economical evaluation of a distributed generation network
• Optimal power generation expansion models
Main research projects (2001-2011)
• Scientific coordinator of the research contract with Centro Elettrotecnico Sperimentale Italiano (CESI) Giacinto Motta S.p.A. di Milano: "Analysis of models for the optimisation of plant scheduling of a generation company operating in a liberalized electricity market" (2001)
• Scientific coordinator of the research group at the University of Bergamo per la ricerca “Modelli per la gestione del mercato elettrico italiano e per il processo di bidding” nel progetto PRIN 2005 “Modelli di supporto alle decisioni per gli Operatori del Mercato Elettrico Italiano e loro impatto sulla sicurezza del sistema” (Prof. Roberto Musmanno)
• Collaborator in the project “Models for optimizing the management of a natural gas retailer company” (2005-2006)
• Collaborator in the project “Models for the electricity market”, VIII Programma Esecutivo di collaborazione scientifica Comunità Francese del Belgio-Italia (2007)
• Scientific coordinator of the research contract with Centro Elettrotecnico Sperimentale Italiano (CESI) Giacinto Motta S.p.A. - Milano: “Models for simulating scenarios of the Italian electricity market in medium and long term horizons” (2008)
• Stochastic decision support models for the management of energy generation systems from both conventional and renewable sources, Fondi di Ateneo, University of Bergamo (2008)
• Annual research projects in Applied Mathematics, Fondi di Ateneo, University of Bergamo (2001-2009)
• Scientific coordinator of the research contract with ENEA Ricerca sul Sistema Elettrico S.p.A. - Milano: “Models for simulating transnational scenarios for the integration of renewable energy sources” (2009)
• Scientific coordinator of the research contract with RSE - Ricerca sul Sistema Energetico - S.p.A. - Milano: “Models for technical-economical optimization” (2011)
Teaching activity
• Courses of “Operations Research”, “Optimization”, “Mathematical Methods for Economy”, “Basis calculus”, Faculty of Economics, University of Bergamo (1990-1996)
• Courses of “Operations Research”, “Optimization” and “Advanced Algorithms”, Faculty of Engineering, University of Bergamo (1995-2010)
• Course of “Problem Solving”, Faculty of Economics, University of Bergamo (2003-2012)
• Course of “Modelli e algoritmi per LP e ILP”, PhD in “Metodi Computazionali per le Previsioni e Decisioni Economiche e Finanziarie”, University of Bergamo (2004-2010)
• Course of “LP and ILP Models and Algorithms”, PhD Program “Metodi Computazionali per le Previsioni e Decisioni Economiche e Finanziarie”, University of Bergamo (2006-2011)
• Courses of “Linear Programming” and “Mathematical Models for the Electricity Sector”, EERM Advanced Course, University of Milano-Bicocca (2006, 2007, 2011)
• Course of “Models and methods of Operations Research”, PhD in “Logistics and Supply Chain Management”, University of Bergamo (2009-2010)
• Course of “Modelli e algoritmi per LP e ILP”, PhD in “Economy, Applied Mathematics and Operations Research”, University of Bergamo (2011-2012)
• Courses of “Operations Research” and “Optimization Models and Algorithms”, Faculty of Engineering, University of Bergamo (2011-2012)
• Associate professor of Operations Research at the Department of Information Technology and Mathematical Methods of the University of Bergamo
• Member of PhD Program Board in “Economics, Applied Mathematics and Operational Research”, University of Bergamo
• Member of the Scientific Board of the Advanced Course in Energy and Environmental Risk Management (EERM), University of Milano-Bicocca
Education
• Degree in Economics
• Ph.D. in Numerical Optimization at the University of Hertfordshire (U.K.) under the supervision of Prof. L.C.W. Dixon
Membership in professional and scholarly societies
• Italian Operational Research Society (A.I.R.O.)
• Italian Society for Mathemathics Applied to Industry (S.I.M.A.I.)
• Institute for Operations Research and the Management Science (I.N.F.O.R.M.S.)
Main research areas
• Linear algebra
• Linear and nonlinear optimization
• Stochastic programming
• Application of mathematical programming modeling to: car engine optimization; decision support system for a gas retailer; power plants scheduling in the liberalized electricity market; risk hedging for hydro power producers; equilibria in oligopolistic electricity markets; power generation capacity expansion
Research areas in the period 1986-95
• Specialised algorithms for nonlinear least squares problems with large residuals at the solution
• Optimal control parameter values of a car engine
• Linear solvers for Truncated-Newton methods
• Investigation of sequential and vectorized algorithms for system of linear algebraic equations of large dimension
Research areas in the period 1996-2005
• Krylov methods for systems of linear algebraic equations
• Production scheduling of hydro- and thermoelectric generation units in open electricity market
Research areas in the period 2006-2011
• Deterministic and stochastic decision-support models for a gas retailer
• Short-term scheduling of a hydro-thermal power generation system in the liberalized electricity market
• Multi-stage stochastic models for the daily coordination of wind power plants and hydro power plants
• Stochastic decision-support models for a hydro power producer operating on the electricity derivative market for risk hedging
• Models for determining optimal strategic decisions of a dominant producer in a liberalized electricity market
• Equilibrium models for oligopolistic electricity markets
• Software tools for the technical and economical evaluation of a distributed generation network
• Optimal power generation expansion models
Main research projects (2001-2011)
• Scientific coordinator of the research contract with Centro Elettrotecnico Sperimentale Italiano (CESI) Giacinto Motta S.p.A. di Milano: "Analysis of models for the optimisation of plant scheduling of a generation company operating in a liberalized electricity market" (2001)
• Scientific coordinator of the research group at the University of Bergamo per la ricerca “Modelli per la gestione del mercato elettrico italiano e per il processo di bidding” nel progetto PRIN 2005 “Modelli di supporto alle decisioni per gli Operatori del Mercato Elettrico Italiano e loro impatto sulla sicurezza del sistema” (Prof. Roberto Musmanno)
• Collaborator in the project “Models for optimizing the management of a natural gas retailer company” (2005-2006)
• Collaborator in the project “Models for the electricity market”, VIII Programma Esecutivo di collaborazione scientifica Comunità Francese del Belgio-Italia (2007)
• Scientific coordinator of the research contract with Centro Elettrotecnico Sperimentale Italiano (CESI) Giacinto Motta S.p.A. - Milano: “Models for simulating scenarios of the Italian electricity market in medium and long term horizons” (2008)
• Stochastic decision support models for the management of energy generation systems from both conventional and renewable sources, Fondi di Ateneo, University of Bergamo (2008)
• Annual research projects in Applied Mathematics, Fondi di Ateneo, University of Bergamo (2001-2009)
• Scientific coordinator of the research contract with ENEA Ricerca sul Sistema Elettrico S.p.A. - Milano: “Models for simulating transnational scenarios for the integration of renewable energy sources” (2009)
• Scientific coordinator of the research contract with RSE - Ricerca sul Sistema Energetico - S.p.A. - Milano: “Models for technical-economical optimization” (2011)
Teaching activity
• Courses of “Operations Research”, “Optimization”, “Mathematical Methods for Economy”, “Basis calculus”, Faculty of Economics, University of Bergamo (1990-1996)
• Courses of “Operations Research”, “Optimization” and “Advanced Algorithms”, Faculty of Engineering, University of Bergamo (1995-2010)
• Course of “Problem Solving”, Faculty of Economics, University of Bergamo (2003-2012)
• Course of “Modelli e algoritmi per LP e ILP”, PhD in “Metodi Computazionali per le Previsioni e Decisioni Economiche e Finanziarie”, University of Bergamo (2004-2010)
• Course of “LP and ILP Models and Algorithms”, PhD Program “Metodi Computazionali per le Previsioni e Decisioni Economiche e Finanziarie”, University of Bergamo (2006-2011)
• Courses of “Linear Programming” and “Mathematical Models for the Electricity Sector”, EERM Advanced Course, University of Milano-Bicocca (2006, 2007, 2011)
• Course of “Models and methods of Operations Research”, PhD in “Logistics and Supply Chain Management”, University of Bergamo (2009-2010)
• Course of “Modelli e algoritmi per LP e ILP”, PhD in “Economy, Applied Mathematics and Operations Research”, University of Bergamo (2011-2012)
• Courses of “Operations Research” and “Optimization Models and Algorithms”, Faculty of Engineering, University of Bergamo (2011-2012)
Publications (61)
Courses (5)
OPERATIONS RESEARCH - 22015-EN
Primo Semestre (15/09/2025 - 20/12/2025)
- 2025
Bachelor's Degree
SSD MAT/09, 6 CFU, 48 hours
SSD MAT/09, 6 CFU, 48 hours
OPTIMIZATION FOR INDUSTRIAL PROBLEMS - 37194-E2
Secondo Semestre (23/02/2026 - 06/06/2026)
- 2025
Master's Degree
SSD MAT/09, 6 CFU, 48 hours
SSD MAT/09, 6 CFU, 48 hours
Optimization Models and Algorithms - 37209-MOD1
Primo Semestre (15/09/2025 - 20/12/2025)
- 2025
Master's Degree
SSD MAT/09, 3 CFU, 24 hours
SSD MAT/09, 3 CFU, 24 hours
Optimization Models and Algorithms - 38089-MOD2
Primo Semestre (15/09/2025 - 20/12/2025)
- 2025
Master's Degree
SSD MAT/09, 6 CFU, 48 hours
SSD MAT/09, 6 CFU, 48 hours
Optimization Models and Algorithms II - 37209-MOD2
Primo Semestre (15/09/2025 - 20/12/2025)
- 2025
Master's Degree
SSD MAT/09, 3 CFU, 24 hours
SSD MAT/09, 3 CFU, 24 hours
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