Betreuung von Abschlussarbeiten und Projekten

Ich hatte die Möglichkeit, mehrere Bachelor- und Master-Arbeiten sowie Master-Projekte zu betreuen. Hier ist die detaillierte Liste der Arbeiten und Projekte, an denen ich beteiligt war:

Master-Arbeiten:

Name, Titel der Arbeit, Schwerpunkt

Frühlingssemester 2022:

1. Alex Albertini, Planning of component-level intervention on SBB bridges considering gradual and sudden events, Civil Engineering

2. Josia Meier, An operations research model to determine SZU railway infrastructure intervention programmes considering all assets and their interconnectivity, Spatial Development & Infrastructure Systems Engineering

Herbstsemester 2022:

3. Andreas Stolz, Connecting the future predictions for SBB bridges to BIM ^*, Civil Engineering
   ^{*Hinweis: Dies war eine Zusammenarbeit mit der TU München}

Frühlingssemester 2023:

4. Ramona Hasler, Predicting future interventions on the ASTRA bridge “pont sur la paudèze” using Monte Carlo simulations, Construction and Maintenance Management

5. Lukas Klingenbeck, Estimate the probability of road asset failure using fault tree analysis: A case study of ASTRA bridge “pont sur la paudèze”, Structural Engineering

6. Patrick Walz, Predicting future interventions on the ASTRA bridge “pont sur la lutrive” using Monte Carlo simulations, Structural Engineering

7. Erik Huo, Integrated planning of highway interventions between Lausanne and Vevey, Spatial Development & Infrastructure Systems Engineering

8. Ghent Elsani, Connecting the future predictions for SBB bridges to BIM ^*, Civil Engineering
   ^{*Hinweis: Dies war eine Zusammenarbeit mit der TU München}

Herbstsemester 2023:

9. Emma Zeindl, Connecting the future predictions for SBB bridges to BIM, Spatial Development & Infrastructure Systems Engineering

Master-Projekte:

Name, Titel der Arbeit, Schwerpunkt

Frühlingssemester 2022:

1. Magnus List, Planning and evaluation of interventions on SBB bridges considering the deterioration behavior of the components, Construction and Maintenance Management

2. Jonas Imfeld, Predicting future interventions on SBB track sections considering the behavior of components and the associated risks, Construction and Maintenance Management

Herbstsemester 2022:

3. Maria Hernandez, Connecting intervention predictions of SBB railway tracks to BIM, Geotechnical Engineering

Frühlingssemester 2023:

4. Sebastian Harder, Establishing the type and exactness of information to be communicated between intervention planners and train schedulers in the SBB intervention planning process, Transport Systems Engineering

Herbstsemester 2023:

5. Céline Hofer, Estimate probability of road asset failure using fault tree analysis: ASTRA tunnel “Tunnel du flonzaley”, Civil Engineering

6. Ellen Fulton, Estimate probability of road asset failure using fault tree analysis: ASTRA bridge “pont sur la mèbre”, Civil Engineering

7. Annina Wehrli, Estimate probability of road asset failure using fault tree analysis: ASTRA bridge “pont sur la pétause”, Civil Engineering

8. Pascal Oswald, Estimating future interventions on the ASTRA bridge “pont sur la mèbre” using probabilistic discrete modelling and Monte Carlo simulations, Civil Engineering

Frühlingssemester 2024:

9. Annabelle Klinkhammer, Estimate probability of road asset failure using fault tree analysis, Civil Engineering

10. Joel Regenass, Estimate probability of road asset failure using fault tree analysis, Civil Engineering

Bachelor-Arbeiten:

Name, Titel der Arbeit, Schwerpunkt

Frühlingssemester 2022:

1. Maksim Borovlev, Estimation of financial needs and condition of level crossings in the SZU railway network

2. Cyrill Habegger, Estimation of financial needs and condition of bridges in the SZU railway network

3. Elisabetta Job, Estimation of financial needs and condition of retaining walls in the SZU railway network

4. Emma Livio, Estimation of financial needs and condition of tracks and switches in the SZU railway network

5. Yannick Schwizer, Estimation of financial needs and condition of tunnels in the SZU railway network

6. Jonathan Wilp, Estimation of financial needs and condition of culverts in the SZU railway network

Herbstsemester 2024:

7. Charles Johnson, Investigation of the use of fault trees to provide systematic overviews of future railway bridge performance for managers^*, Civil Engineering
   ^{*Hinweis: Dies war eine Zusammenarbeit mit der Universität Edinburgh}

Frühlingssemester 2024:

8. Léa Dumond, Estimation of financial needs and condition of infrastructure objects, Civil Engineering

9. Jonas Ganter, Estimation of financial needs and condition of infrastructure objects, Civil Engineering

10. Pit Meylender, Estimation of financial needs and condition of infrastructure objects, Civil Engineering

11. Viktoria Thulke, Estimation of financial needs and condition of infrastructure objects, Civil Engineering