DTU Studieprojekt - Design and integration of sensor to detection of dust and dirt II

Danmarks Tekniske Universitet (DTU)

Virksom - a-kasse og faglig organisation for selvstændige

Design and integration of sensor to detection of dust and dirt II

Udbyder
Vejleder
Sted
København og omegn

Introduction: For safety reasons, lighting is often installed throughout the entire length of railway tunnels and road tunnels. In time, during normal operation, dust and dirt will be deposited on the light emitting surfaces of the luminaires. In order to ensure correct illumination in the tunnels the luminaires are washed on a regular basis.
The aim of this project is to build a prototype, based on some of the optical technologies we have tested, preliminary. The design should consider optics, electronics, materials and the housing to provides a reliable, robust, practical and cost efficient.
In this project, the student(s) will have the opportunity to use their competences in optics, material knowledge and design to solve a problem that has relevance to our current society. The student(s) will design, construct, test and carry out field experiments. This project will be in close collaboration with ÅF Lighting.

These tunnels are crucial parts of our infrastructure. Therefore, time spend on tunnel maintenance has to be kept at a minimum. A/S Storebælt intends to upgrade their tunnel lighting systems with a sensor system, which can provide feedback of the current state of deposits on surfaces in individual tunnels.

The company ÅF Lighting (www.afconsult.com/lighting) has many years of experience in designing and constructing lighting systems, and often with specific requirements to reliability. ÅF Lighting is in charge of the development of A/S Storebælt’s sensor project. For that reason, ÅF Lighting and DTU Fotonik have already finished a project, where we developed and tested different sensor technologies, which can detect and measure the amount of dust and dirt, deposited on glass surfaces. In this project, ÅF Lighting and DTU-Fotonik propose a bachelor or a candidate project, where we intend to construct a prototype, and run a proof of concept.. The project description addresses either a bachelor or MSc project. The project can be combined with a special course as well.

I samarbejde med
ÅF Lighting, A/S Storebælt

Forudsætninger
Optics, electronics, design

Emneord

Konstruktion og mekanik
Elektroteknologi
Fysik
Geovidenskab
Materialer
Produktion og ledelse
Rumforskning
Antenner
Elektromagnetisme
Elektronik
Lyd
Mikrobølgeteknologi
Robotteknik og automation
Energisystemer
Lasere
Mikro- og nanoteknologi
Optik
Sensorer
Geologi
Isforskning
Jordens magnetfelt
Klimaændringer
Kortlægning og opmåling
Hardware og komponenter
Telekommunikation
Nanopartikler
Høreapparater
Medicinske apparater og systemer
Entreprenørskab
Innovation og produktudvikling
Livscyklusanalyse
Astrofysik
Jordobservation
Kosmisk stråling
Rumteknologi og instrumenter
Satellitter
Solsystemet

Kontakt
Virksomhed/organisation
DTU Fotonik

Navn
Michael Linde Jakobsen

Stilling
Seniorforsker

Mail
mlja@fotonik.dtu.dk

Vejleder-info
Bachelor i Design & Innovation
Vejleder
Michael Linde Jakobsen

ECTS-point
15 - 35

Type
Bachelorprojekt, Kandidatspeciale