Vital Infrastructures for Water Safety and Smart Mobility
To create and consolidate wealth and prosperity in societies, vital infrastructures for water safety and smart mobility are essential. Scientist from the TU Delft work on innovations needed to make these vital infrastructures sustainable, resilient and adaptable. New Deltas, Infrastructures & Mobility Initative clarified:
Aerospace Engineering (Bachelor) (4)
- Aerospace Mechanics of Materials
Program(s) Bachelor
Theme(s) Infrastructures and Mobility - Introduction to Aeronautical Engineering I
Program(s) Bachelor
Theme(s) Infrastructures and Mobility - Introduction to Aerospace Engineering I
Program(s) Bachelor
Theme(s) Infrastructures and Mobility - Introduction to Aerospace Engineering II
Program(s) Bachelor
Theme(s) Infrastructures and Mobility
Aerospace Engineering (Master) (6)
- Advanced Structural Analysis
Program(s) Master
Theme(s) Infrastructures and Mobility - Buckling of Structures
Program(s) Master
Theme(s) Infrastructures and Mobility - Forensic Engineering: Learning from Failures
Program(s) Master
Theme(s) Infrastructures and Mobility - Non-Linear Structural Modeling
Program(s) Master
Theme(s) Infrastructures and Mobility - Research Methodologies
Program(s) Master
Theme(s) Infrastructures and Mobility
Architecture (Bachelor) (4)
- 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
- Urban Design for the Public Good: Dutch Urbanism
Program(s) Bachelor
Theme(s) Infrastructures and Mobility
Biomedical Engineering (Master) (1)
- Forensic Engineering: Learning from Failures
Program(s) Master
Theme(s) Infrastructures and Mobility
Civiele Techniek (Bachelor) (3)
- Inleiding Civiele Techniek
Program(s) Bachelor
Theme(s) Infrastructures and MobilityOnly available in Dutch
- Railway Engineering: An Integral Approach
Program(s) MasterBachelor
Theme(s) Infrastructures and Mobility - Transport en planning
Program(s) Bachelor
Theme(s) Infrastructures and MobilityOnly available in Dutch
Civil Engineering (Master) (2)
- Forensic Engineering: Learning from Failures
Program(s) Master
Theme(s) Infrastructures and Mobility - Railway Engineering: An Integral Approach
Program(s) MasterBachelor
Theme(s) Infrastructures and Mobility
Industrial Design Engineering (Bachelor) (2)
- Elementary Ergonomics
Program(s) Bachelor
Theme(s) HealthInfrastructures and Mobility
Project(s) Formula Student Team Delft
Minor: Stedenbouw in de Delta (Bachelor) (2)
- 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
Offshore Engineering (Master) (3)
- Offshore Hydromechanics Part 2
Program(s) Master
Theme(s) WaterInfrastructures and Mobility - Offshore Moorings
Program(s) Master
Theme(s) WaterInfrastructures and Mobility - Offshore Wind Farm Design
Program(s) Master
Theme(s) Infrastructures and MobilityWater
Systems Engineering, Policy Analysis & Management (Master) (1)
- Next Generation Infrastructures
Program(s) Master
Theme(s) Infrastructures and MobilityEnergy
Transport, Infrastructure and Logistics (Master) (1)
- Transportation and Spatial Modelling
Program(s) Master
Theme(s) Infrastructures and Mobility
Watermanagement (Master) (1)
- Urban Drainage and Watermanagement
Program(s) Master
Theme(s) WaterInfrastructures and Mobility
Teachers (29)
- M.M. Abdalla
Course(s) Advanced Design and Optimization of Composite Structures IAdvanced Structural Analysis
- Inge Bobbink
Course(s) Urban Design for the Public Good: Dutch Urbanism
- E. Brandes
Course(s) Bouwen in/op/aan het waterLandschap en WaterOntwerpproject deel 1: analyse stadsregioOntwerpproject deel 2: stedenbouwkundig projectStedenbouwkundige Ontwerpmethode
- R. de Breuker
Course(s) Buckling of Structures
- Leo van den Burg
Course(s) Urban Design for the Public Good: Dutch Urbanism
- M.C. Dekker
Course(s) Elementary Ergonomics
- Abdoulaye Diakite
Course(s) Urban Design for the Public Good: Dutch Urbanism
- Rients Dijkstra
Course(s) Urban Design for the Public Good: Dutch Urbanism
- Rolf Dollevoet
Course(s) Railway Engineering: An Integral Approach
- Marjolein van Esch
Course(s) Urban Design for the Public Good: Dutch Urbanism
- E.F. ten Heuvelhof
Course(s) Next Generation Infrastructures
- J.M. Hoekstra
Course(s) Introduction to Aeronautical Engineering IIntroduction to Aerospace Engineering IIntroduction to Aerospace Engineering II
- J.M.A.M. Hol
Course(s) Non-Linear Structural Modeling
- C. Kassapoglou
Course(s) Advanced Design and Optimization of Composite Structures I
- Arjo Loeve
Course(s) Forensic Engineering: Learning from Failures
- S.A. Miedema
Course(s) Design of Dredging EquipmentDredging ProcessesOffshore Moorings
- P. Naaijen
Course(s) Offshore HydromechanicsOffshore Hydromechanics Part 2
- Calvin
Course(s) Aerospace Mechanics of Materials
- Remon Rooij
Course(s) Healthy aging in 6 steps – Let your environment do the workUrban Design for the Public Good: Dutch Urbanism
- F.M. Sanders
Course(s) Inleiding Civiele Techniek
- G.N. Saunders-Smits
Course(s) Research MethodologiesStatics
- Michiel Schuurman
Course(s) Forensic Engineering: Learning from Failures
- Martijn Stellingwerff
Course(s) IMAGE | ABILITY – Visualizing the UnimaginableModels in Architecture – Design through Physical & Digital Models
- Sofia Teixeira de Freitas
Course(s) Aerospace Mechanics of Materials
- Karel Terwel
Course(s) Forensic Engineering: Learning from Failures
- J.A.E. ten Veldhuis
Course(s) Urban Drainage and Watermanagement
- M.P.C. Weijnen
Course(s) Next Generation Infrastructures
- J. van der Temper
Course(s) Offshore Wind Farm Design
- R. van Nes
Course(s) Transport en planning
- M.M. Abdalla