“How can we deal with our environment in a sustainable way?” The answer to this question is not easy to give. We are faced with all kinds of challenges related to a changing climate: how to build our houses and cities in a sustainable and climate proof way, how to ensure the safety of low lying areas like delta’s, how to cope with greenhouse gasses. Delft engineers and scientists approach these issues in many different ways and from many different angles. Within the projects of Delft Environment Initiative we bring together their expertise – combined with that of our partners – and strive to provide integrated answers to the challenges facing society today, and tomorrow.
Architecture (Bachelor) (6)
- Introductie: Minor Stedenbouw in de Delta
Program(s) Bachelor
Theme(s) EnvironmentOnly available in Dutch
- Nature Based Metropolitan Solutions
Program(s) Bachelor
Theme(s) EnvironmentSustainability - Ontwerpproject deel 1: analyse stadsregio
Program(s) Bachelor
Theme(s) EnvironmentInfrastructures and MobilityWaterOnly available in Dutch
- Ontwerpproject deel 2: stedenbouwkundig project
Program(s) Bachelor
Theme(s) EnvironmentInfrastructures and MobilityWaterOnly available in Dutch
- Sun, Wind, Water, Earth, Life, Living
Program(s) Bachelor
Theme(s) Environment
Bachelor (Bachelor) (1)
- Circular Economy for a Sustainable Built Environment
Program(s) Bachelor
Theme(s) EnvironmentSustainability
Biotechnology (Master) (1)
- Technology for Biobased Products
Program(s) Master
Theme(s) EnvironmentSustainability
Civil Engineering (Master) (1)
- Beyond Engineering: Building with Nature
Program(s) Master
Theme(s) EnvironmentSustainability
Electrical Engineering (Master) (1)
- Solar Energy: Photovoltaic (PV) Systems
Program(s) Master
Theme(s) EnergySustainabilityEnvironment
Electrical Engineering (Bachelor) (1)
- Solar Energy: Photovoltaic (PV) Technologies
Program(s) Bachelor
Theme(s) SustainabilityEnergyEnvironment
Engineering and Policy Analysis (Master) (1)
- Technology Development and Impact Assessment
Program(s) Master
Theme(s) EnvironmentSustainability
Geomatics (Master) (1)
- Acoustic Remote Sensing and Sea Floor Mapping
Program(s) Master
Theme(s) Environment
Minor: Stedenbouw in de Delta (Bachelor) (4)
- Introductie: Minor Stedenbouw in de Delta
Program(s) Bachelor
Theme(s) EnvironmentOnly available in Dutch
- Ontwerpproject deel 1: analyse stadsregio
Program(s) Bachelor
Theme(s) EnvironmentInfrastructures and MobilityWaterOnly available in Dutch
- Ontwerpproject deel 2: stedenbouwkundig project
Program(s) Bachelor
Theme(s) EnvironmentInfrastructures and MobilityWaterOnly available in Dutch
Systems Engineering, Policy Analysis & Management (Master) (2)
- Electricity and Gas: Market Design and Policy Issues
Program(s) Master
Theme(s) EnergyEnvironment - Legal Aspects of MAS Design
Program(s) Master
Theme(s) EnergyEnvironmentHealth
Watermanagement (Master) (2)
- Introduction to Water and Climate
Program(s) Master
Theme(s) EnvironmentWater - Irrigation and Drainage
Program(s) Master
Theme(s) WaterEnvironmentHealth
Teachers (32)
- Isabel Arends
Course(s) Industrial BiotechnologyTechnology for Biobased Products
- Taneha Bacchin
Course(s) Nature Based Metropolitan Solutions
- Marcel Bilow
Course(s) Circular Economy for a Sustainable Built Environment
- E. Brandes
Course(s) Ontwerpproject deel 1: analyse stadsregioOntwerpproject deel 2: stedenbouwkundig projectStedenbouwkundige Ontwerpmethode
- M.W. Ertsen
Course(s) Civil Engineering in Developing CountriesIrrigation and Drainage
- N.C. van de Giesen
Course(s) Inleiding WatermanagementIntegrated Water ManagementIntroduction to Water and Climate
- Ulf Hackauf
Course(s) Circular Economy for a Sustainable Built Environment
- Sef Heijnen
Course(s) Industrial BiotechnologyTechnology for Biobased Products
- Olindo Isabella
Course(s) Solar Energy: Photovoltaic (PV) Systems
- T.M. de Jong
Course(s) Sun, Wind, Water, Earth, Life, LivingWays to Study
- Tillmann Klein
Course(s) Circular Economy for a Sustainable Built Environment
- Thaleia Konstantinou
Course(s) Circular Economy for a Sustainable Built Environment
- Filippo Lafleur
Course(s) Nature Based Metropolitan Solutions
- Els Leclercq
Course(s) Circular Economy for a Sustainable Built Environment
- Henk Noorman
Course(s) Industrial BiotechnologyTechnology for Biobased Products
- W. Ravesteijn
Course(s) Technology and Global DevelopmentTechnology Development and Impact AssessmentTechnology Dynamics and Transition Management
- H.W.J. Russchenberg
Course(s) Introduction to Water and Climate
- N. Saanen
Course(s) Legal Aspects of MAS Design
- Arnout Sabbe
Course(s) Circular Economy for a Sustainable Built Environment
- H.H.G. Savenije
Course(s) HydrologieHydrology of catchments, rivers and deltasIntroduction to Water and Climate
- Jill Slinger
Course(s) Beyond Engineering: Building with NatureEngineering: Building with Nature
- A.H.M. Smets
Course(s) Solar EnergySolar Energy Engineering: Photovoltaic Energy ConversionSolar Energy: Photovoltaic (PV) TechnologiesSustainable Energy: Design A Renewable Future
- Mo Smit
Course(s) Circular Economy for a Sustainable Built Environment
- M. Snellen
Course(s) Acoustic Remote Sensing and Sea Floor Mapping
- M. Stive
Course(s) Engineering: Building with NatureIntroduction to Water and Climate
- Ravi Vasudevan
Course(s) Solar Energy: Photovoltaic (PV) Systems
- Alexander Wandl
Course(s) Circular Economy for a Sustainable Built Environment
- Luuk van der Wielen
Course(s) Industrial BiotechnologyTechnology for Biobased Products
- M. Zeman
Course(s) Solar CellsSolar Energy Engineering: Photovoltaic Energy ConversionSolar Energy: Photovoltaic (PV) Technologies
- L.J. de Vries
Course(s) Electricity and Gas: Market Design and Policy Issues
- Arjan van Timmeren
Course(s) Nature Based Metropolitan SolutionsSustainable Urban Development
- Geert van der Meulen
Course(s) Nature Based Metropolitan Solutions
- Isabel Arends