Dr.ir. I. (Ivo) Bouwmans
Profile
Ivo graduated in 1986 at the Faculty of Applied Physics of TU Delft. He received his PhD in 1992 for the thesis The Blending of Liquids in Stirred Vessels. From 1991 to 1995, Ivo worked at Interduct, Delft University Clean Technology Institute. Since November 1995 he works in the group of Energy & Industry of the faculty of TPM, where he has been Director of Studies of the Bachelor studies Technische Bestuurskunde since 2005. His subjects include energy, infrastructures and complexity.
Research
Research subjects from latest to oldest: complexity in infrastructures; sustainable energy supply; microCHP; application of concentrated solar power; gas market tariffs; application of biomass and hydrogen; reducing the environmental impact of packaging; atmospheric dispersion of air pollution; resource flows in industry; blending of liquids of differing viscosities.
 Sociotechnology of Future Energy Systems
2016/2017
Master Systems Engineering, Policy Analysis & Man.
ECTS: 5  Systeemmodellering 1
2016/2017
Bachelor Technische Bestuurskunde
ECTS: 5  Fysische transportverschijnselen
2016/2017
Bachelor Technische Bestuurskunde
ECTS: 5  Processen in de energiesector
2016/2017
Bachelor Technische Bestuurskunde
ECTS: 5
 Herder, PM, Bouwmans, I, Dijkema, GPJ, Stikkelman, RM & Weijnen, MPC (2008). Designing Infrastructures Using a Complex Systems Perspective. Journal of Design Research, 7(1), 1734.
 Heijnen, PW & Bouwmans, I (2008). Supporting the electricity network operator in the allocation process. In Paulien Herder, Petra Heijnen & Angelique Nauta (Eds.), Proceedings of the International Conference on Infrastructure Systems, Building Networks for a Brighter Future (pp. 15). s.l.: IEEE.
 Weijnen, MPC & Bouwmans, I (2006). Innovations in networked infrastructures: coping with complexity. International Journal of Critical Infrastructures, 2(2/3), 121132.
 Bouwmans, I, Weijnen, MPC & Gheorghe, AV (2006). Infrastructures at Risk. In AV Gheorghe, M Masera, MPC Weijnen & LJ Vries (Eds.), Critical Infrastructures at Risk, Securing the European Electric Power System (Topics in Safety, Risk, Reliability and Quality, 9) (pp. 1936). Dordrecht, The Netherlands: Springer.
 Bouwmans, I & Hemmes, K (2002). Optimisation of Energy Systems, Hydrogen and Distributed Generation. In s.n. (Ed.), Proceedings Second Symposium on Distributed Generation: Power Systems and Market Aspects (pp. 17). s.l.: s.n..
 Bouwmans, I, Kruijsen, JHJ & Weijnen, MPC (1997). Preventie in het Convenant Verpakkingen II: eindrapport. Delft University of Technology.
 Bouwmans, I, Meeder, JP & Nieuwstadt, FTM (1995). Largeâ€“eddy simulation and practical models. International Journal of Environment and Pollution 5 (46), 331337.
 Bouwmans, I (1992). The blending of liquids in stirred vessels. Delft University of Technology.
 Ivo has been member of the CCFO (the TU Delft Committee for Financial Assistance for students under special circumstances) since 2008.
 From 2005 to 2010 he was member of the Culture Team of TU Delft, an independent advisory group to the Board of the University.
 From 1998 to October 2002 he was chair of the Onderdeelcommissie (a subcommittee of the University's Employees Council).
 Ivo was member of the Study Programme Committee and the Examination Committee of the Faculty.
Ivo Bouwmans
Lecturer
 +31 15 27 84807
 I.Bouwmans@tudelft.nl

Faculty of Technology, Policy and Management
Building 31
Room: A3.240
Department:
Engineering Systems and Services
Group:
Energy & Industry
Secretary:
Diones Supriana
Additional information
Dr.ir. I. (Ivo) Bouwmans
 publications
 subjects

 2005  Processes in Energy and Industrial Systems
 2005  Technology and Economy of Future Energy Systems
 2005  Mathemetical Modelling and Calculus
 2006  Processes in Energy and Industrial Systems
 2006  Mathemetical Modelling and Calculus
 2006  Technology and Economy of Future Energy Systems
 2007  Processes in Energy and Industrial Systems
 2006  Economy of Future Energy Systems
 2007  Technology and Economy of Future Energy Systems
 2007  Mathematical Modelling & Differential Equations
 2007  Designing Multiactor Systems from an Engineering Perspective
 2007  Introduction to Designing Multiactor Systems
 2008  Capita Selecta Energie & Industrie (4 ECTS)
 2008  Capita Selecta Energie & Industrie (6 ECTS)
 2008  Technology and Economy of Future Energy Systems
 2007  Economy of Future Energy Systems
 2008  Mathematical Modelling & Differential Equations
 2008  Economy of Future Energy Systems
 2008  Processes in Energy and Industrial Systems
 2009  Technology and Economy of Future Energy Systems
 2009  Economy of Future Energy Systems
 2009  Processes in Energy and Industrial Systems
 2009  Agent Based Modeling of Complex Adaptive Systems  Basics
 2009  Capita Selecta Energie & Industrie (6 ECTS)
 2009  Capita Selecta Energie & Industrie (4 ECTS)
 2009  Agent Based Modeling of Complex Adaptive Systems  Advanced
 2009  Mathematical Modelling & Differential Equations
 2009  TBweek
 2010  Agent Based Modeling of Complex Adaptive Systems  Advanced
 2010  Agent Based Modeling of Complex Adaptive Systems  Basics
 2010  Technology and Economy of Future Energy Systems
 2010  Capita Selecta Energie & Industrie (6 ECTS)
 2010  Capita Selecta Energie & Industrie (4 ECTS)
 2010  Mathematical Modelling & Differential Equations
 2010  Economy of Future Energy Systems
 2010  TBweek
 2010  Processes in Energy and Industrial Systems
 2011  Economy of Future Energy Systems
 2011  Processes in Energy and Industrial Systems
 2011  TBweek
 2011  Mathematical Modelling & Differential Equations
 2011  Skills
 2011  Skills
 2011  Technology & Economy of Future Energy Systems
 2013  Processes in Energy and Industrial Systems
 2013  Economy of Future Energy Systems
 2013  Systems Modelling 1
 2014  Economy of Future Energy Systems
 2014  Transport Phenomena
 2014  Processes in the Energy Sector
 2016  Transport Phenomena
 2016  Processes in the Energy Sector
 2015  Transport Phenomena
 2015  Processes in the Energy Sector
 2015  Technology & Economy of Future Energy Systems
 2016  TBWeek
 2016  Systems Modelling 1
 2012  TBweek
 2012  Skills
 2012  Skills
 2012  Processes in Energy and Industrial Systems
 2013  TBWeek
 2012  Technology & Economy of Future Energy Systems
 2014  Technology & Economy of Future Energy Systems
 2012  Economy of Future Energy Systems
 2012  Mathematical Modelling & Differential Equations
 2014  Systems Modelling 1
 2016  Processes in the Energy Sector
 2017  CoSEM Master Thesis
 2017  Systems Modelling 1
 2017  Systems Modelling 1
 2017  Transport Phenomena
 2017  Processes in the Energy Sector
 2017  Processes in the Energy Sector
 2017  Transport Phenomena
 2017  Sociotechnology of Future Energy Systems
 2017  Sociotechnology of Future Energy Systems
 2016  Sociotechnology of Future Energy Systems
 2016  Systems Modelling 1
 2015  TBWeek
 2018  Systems Modelling 1
 2018  Systems Modelling 1
 2018  Sociotechnology of Future Energy Systems
 2018  Sociotechnology of Future Energy Systems
 2018  CoSEM Master Thesis
 2015  Systems Modelling 1
 2018  Transport Phenomena
 2018  Transport Phenomena
 2018  Processes in the Energy Sector
 2018  Processes in the Energy Sector
 2015  Economy of Future Energy Systems
 2017  Economy of Future Energy Systems
 2019  Processes in the Energy Sector
 2019  Processes in the Energy Sector
 2019  CoSEM Research Challenges
 2018  CoSEM Research Challenges
 2019  Sociotechnology of Future Energy Systems
 2019  Sociotechnology of Future Energy Systems
 2019  Systems Modelling 1
 2019  Systems Modelling 1
 2019  Transport Phenomena
 2019  Transport Phenomena
 2019  CoSEM Research Challenges
 2019  Introduction to Design in Complex Systems
 2019  Sociotechnology of Future Energy Systems
 2019  Sociotechnology of Future Energy Systems
 2019  CoSEM Master Thesis
 2018  Sociotechnology of Future Energy Systems
 2018  Sociotechnology of Future Energy Systems
 2018  Introduction to Design in Complex Systems
 ancillary activities

 No secondary work 

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