Portfolio

Course Contents
The 5EC minor project enables minor students obtain the experience of working in teams while developing software.
Students work in project groups on a full project implementation in the domain of data technologies, or game development.
Study Goals
For all projects:
- Apply software development techniques to real world problems
- Evaluate the conditions of working in groups in software related projects

For game development:
- make a realistic game design for a short development period
- design, implement and validate a variety of algorithms, and integrate them within your game concept
- distinguish the various modules of a game engine, and use them for your game concept
- understand and implement some sort of intelligent behavior in a computer game

Drinking Water

/en/ceg/about-faculty/departments/watermanagement/staff/staff-sanitary-engineering/profdr-jan-peter-van-der-hoek

Finished PHD Projects

Title Researcher Finished Photoelectrocatalysis in water treatment Yasmina Bennani 2017 Microbiology in swimming pools: UV-based treatment…

/en/ceg/about-faculty/departments/watermanagement/research/chairs/sanitary-engineering/finished-phd-projects

New ways of sewerage

Domestic Slurry Transportability This project proposal addresses the transportability of domestic slurries, which is the missing link for…

/en/ceg/about-faculty/departments/watermanagement/research/chairs/sanitary-engineering/new-projects-grants/2013/new-ways-of-sewerage

Microbiologically safe drinking water by river bank filtration and one step membrane filtration

In drinking water production, river bank filtration (RBF) has a number of advantages, such as dampening peak concentrations and natural…

/en/ceg/about-faculty/departments/watermanagement/research/chairs/sanitary-engineering/new-projects-grants/2014/microbiologically-safe-drinking-water-by-river-bank-filtration-and-one-step-membrane-filtration

The goal of this project is to develop thermophilic, anaerobic treatment technology for wastewater with high oncentrations of salt and…

/en/ceg/about-faculty/departments/watermanagement/research/chairs/sanitary-engineering/new-projects-grants/2013/18339

GSFA

High-rate VFA production from industrial waste using the granular sludge process The GFSA project was awarded March 2013, within the STW…

/en/ceg/about-faculty/departments/watermanagement/research/chairs/sanitary-engineering/new-projects-grants/2013/gsfa

OPTI-VFA: Novel monitoring and process control system for anaerobic digestion plant

Section Sanitary Engineering of TU Delft has started a new European project, coordinated by VTT Technological Research Centre of Finland…

/en/ceg/about-faculty/departments/watermanagement/research/chairs/sanitary-engineering/new-projects-grants/2013/opti-vfa-novel-monitoring-and-process-control-system-for-anaerobic-digestion-plant

AQUAdemia

This project will encourage structured, result-driven cooperation ventures between universities and companies, bridging the gap between the…

/en/ceg/about-faculty/departments/watermanagement/research/chairs/sanitary-engineering/new-projects-grants/2013/aquademia

Sustainable freshwater supply in urbanizing Maputo, Mozambique

In the natural reserve of Johnny Cay a sustainable production of water and energy. Water and electricity are produced with the energy of a…

/en/ceg/about-faculty/departments/watermanagement/research/chairs/sanitary-engineering/new-projects-grants/2014/sustainable-freshwater-supply-in-urbanizing-maputo-mozambique

Portfolio