Guideline Master thesis - Lehrstuhl für Siedlungswasserwirtschaft

Transcription

Chair of Urban Water Systems Engineering
Prof. Dr. Jörg E. Drewes
How to…
Master Theses
at the Chair of Urban Water Systems Engineering
TUM · Lehrstuhl für Siedlungswasserwirtschaft · Am Coulombwall · D - 85748 Garching
Telefon: +49 (0)89/289-1 37 01 · Telefax: +49 (0)89/289-1 37 18 · E-mail: [email protected] · www.sww.bgu.tum.de
About the topics
Topics for master theses are provided either by our chair or in external
cooperation. Internal topics will be carried as research topics related to our
present research projects as either experimental or detailed literature work.
Considering external topics the chair will provide academic guidance.
Topics acquired by students are welcome as long as they fit into the field of
urban water engineering. General information about external theses are
provided here.
General hints…
…considering time and work load
 Topics are offered in winter and summer terms
 An up-to-date list of topics can be found here
 The thesis has to be written within 6 months from registration date
 As 1 Credit accounts for 30 working hours we expect 30 x 30 Stunden = 900
hours of work load  accounting for 6,5 h/day
…considering the registration
 Registration forms have to be brought in by the students. There are
exceptions for forms of civil and environmental engineering which are
provided by the chair.
 The forms are available at the examination offices of the particular faculties
…considering practical work
 Lab experience is helpful, but not necessary
 Experimental work requires a safety introduction organized by your supervisor
 Safety gear and clothing is mandatory and will be provided by the institute.
 For data processing and evaluation our computer pool is available
 Literature can be found besides next to the TUM libraries in our institute’s
library as well
Written Format
Format




The document should be written in English – exceptions may be
possible depending on the research project
There is no default format
Max. text size 12
Max. line pitch 1,5-fach
Structure

Cover

Content

Acronyms

Abstract

Zusammenfassung (auf deutsch)

Introduction

Materials & Methods

Results & Discussion

Conclusion & Prospect

References

Appendix

Declaration of Academic Honesty (eidesstattliche Erklärung zur
Selbsanfertigung – you can find an example here)
Extent

Content approximately 60, max. 100 pages (including appendix)
Literature and Sources
Reliable sources are (Books, journal articles (possibly peer-reviewed),
institutional guidelines i. e. DWA Arbeitsblätter. sets of regulations). Lecture
notes and presentations as well as the internet should not be cited or only to a
minimal extent. In general the reader has to be able to acquire the cited literature
sources.
Modified tables, figures and graphs have to cited as well!
Citation
In-text
One author
[…] According to Kroiss (2006) an energy of 159 kWh/(cp*d) can be determined
by a specific COD load of 120 g/(cp*d) fort he organic loads in the influent of a
WWTP. […]
Two authors
[…] Depending on the chemicals used as well as their amount literature
indicates an elimination of 50 to 80 % of COD, 80 to 90 % of suspended solids
considering microorganisms in settling tanks (Metcalf und Eddy, 2003). […]
Several authors
[…] The physical processes (sedimentation, flotation, sieving) are an economic
possibility to remove particulate matter from wastewater (Schwarz et al., 2007).
[…]
Sets of regulations
[…] With pre-nitrification and lack of organic carbon the flow can be reduced to
0.5 to 1.0 hours during dry weather periods (DWA A 281, 2003). […]
Tables
Table 1:
energy consuming components of a WWTP (http://www.gfm-ingenieure.de)
Process step
Draw works
Screen
Aerated grit chamber
Aerobic biological treatment
Energy consuming components
Degree of efficiency 30 -60 %
Aeration of sieving work
Aerators, stirrers
Pumps, Aerators, stirrers
Change of a figure, table or formula
Table 1:
Composition of raw wastewater (according to Bischof und Hosang, 1998)
Total
substance
COD
Ptot.
Dimension
Separation
50
40
k.A.
[g /cp*d]
mechanichal
15
20
k.A.
[g /cp*d]
mechanochemical
65
60
k.A.
[g /cp*d]
Dissolved
matter
125
60
1,8
[g /cp*d]
Total
190
120
1,8
[g /cp*d]
Particulate
matter
Settleable
solids
Nonsettleable
solids
Sum
mechanochemical
Figures
[…] Aerated sludge produces extrapolymeric substrances (EPS) and
agglomerates to flock which are easy so separate from the liquid phase by their
relatively high density by sedimentation […]
Figure 1: sludge flock <350 µm (http://www.wasser-wissen.de)
1) The references section
Internet
URL: http://www.wga.bv.tum.de/lehre /; last accessed: 23.06.2009
Journal
JARDIN, N.; HIPPEN, A.; SEYFRIED, C.F.; ROSENWINKEL, K.-H.; GREULICH, F. (2001).
Deammonifikation des Schlammwassers auf der Kläranlage Hattingen mit Hilfe
des Schwebebettverfahrens. gwf Wasser Abwasser, 142, 479-484.
Conference presentation
HUBER, H., BISCHOF, F., KÖPPL, S., FROMMANN, C. (2005). Maschinelle und
verfahrenstechnische Methoden zur Abwasserreinigung, 32.
Abwassertechnisches Seminar (ATS), Abwasserreinigung ohne Biologie?, 15.
Juli 2005, Garching.
Book
BEVER, J.; STEIN, A.; TEICHMANN, H. (2002). Weitergehende Abwasserreinigung,
Munich: Oldenbourg Industrieverlag.
Set of rules
DWA A-281. (2003). Bemessung von Tropfkörpern und Rotationstauchkörpern.
Hennef:
DIN 19569-2. (2002). Kläranlagen - Baugrundsätze für Bauwerke und technische
Ausrüstungen - Teil 2: Besondere Baugrundsätze für Einrichtungen zum
Abtrennen und Eindicken von Feststoffen, Beuth Verlag GmbH.
Evaluation
The evaluation is based on the following table:
Evaluation
Structure
Problem depiction/motivation
Scientific apporach
Results, proves and derivation
Abstract
References
Content
Thread
Scientific accuracy
Results interpretation
Prospect
Literature Research
Extent and relevance
Commitment
Self-organization
Level of difficulty
Scientific comprehension
creativity
Formal aspects
Citation
Layout
Graphics, tables, figures
Orthography
Comprehensibility
Paper, print and binding quality
Presentation (if demanded by FPSO)
Structure
Presentation style
Compliance of limits (time,
comprehension)
Competence in follow-up questions
 The grade will be composed by weighed mean of the points mentioned in the
table
 The guiding Post Doc or Professor will determine the grade in the end
 In cases in which they are demanded by the FPSO presentations will be held
during the PhD seminar at our chair

Guideline Master thesis - Lehrstuhl für Siedlungswasserwirtschaft

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