This page presents available MSc thesis topics for students of Structural Engineering. For further questions and clarifications, please contact via email.
Note, that to have a broader sense and understanding of the overarching topic, it is advised to first read the Ph.D. research proposal before delving into the presented topics.
Topic 1: Collecting waste material methodologies for the application of structural elements.
This section still needs to be filled out.
Introduction
Research question
Method
Development of numerical modelling
Analysing
Student profile
You are interested in
You exhibit a proactive learning approach by adopting new technologies and navigating complex research challenges
You have a proven skillset in
Committee members
ir. H. (Hoessein) Alkisaei (TU Delft, Applied Mechanics)
Prof.dr.ir. L.J. (Bert) Sluys (TU Delft, Applied Mechanics)
Prof.dr.ir. P.C. (Christian) Louter (TU Delft, Applied Mechanics)
Topic 2: Designing structural elements production processes: from waste material to application.
This section still needs to be filled out.
Introduction
Research question
Method
Development of numerical modelling
Analysing
Student profile
You are interested in
You exhibit a proactive learning approach by adopting new technologies and navigating complex research challenges
You have a proven skillset in
Committee members
ir. H. (Hoessein) Alkisaei (TU Delft, Applied Mechanics)
Prof.dr.ir. L.J. (Bert) Sluys (TU Delft, Applied Mechanics)
Prof.dr.ir. P.C. (Christian) Louter (TU Delft, Applied Mechanics)
Topic 3: Implementing numerical modelling techniques for the classification of waste materials for the application of structural elements.
This section still needs to be filled out.
Introduction
Research question
Method
Development of numerical modelling
Analysing
Student profile
You are interested in
You exhibit a proactive learning approach by adopting new technologies and navigating complex research challenges
You have a proven skillset in
Committee members
ir. H. (Hoessein) Alkisaei (TU Delft, Applied Mechanics)
Prof.dr.ir. L.J. (Bert) Sluys (TU Delft, Applied Mechanics)
Prof.dr.ir. P.C. (Christian) Louter (TU Delft, Applied Mechanics)
Topic 4: Investigating multiple Densified Waste Materials for the application of structural elements.
This section still needs to be filled out.
Introduction
Research question
Method
Development of numerical modelling
Analysing
Student profile
You are interested in
You exhibit a proactive learning approach by adopting new technologies and navigating complex research challenges
You have a proven skillset in
Committee members
ir. H. (Hoessein) Alkisaei (TU Delft, Applied Mechanics)
Prof.dr.ir. L.J. (Bert) Sluys (TU Delft, Applied Mechanics)
Prof.dr.ir. P.C. (Christian) Louter (TU Delft, Applied Mechanics)
Topic 5: Investigating multiple Reconfigured Waste Materials for the application of structural elements.
This section still needs to be filled out.
Introduction
Research question
Method
Development of numerical modelling
Analysing
Student profile
You are interested in
You exhibit a proactive learning approach by adopting new technologies and navigating complex research challenges
You have a proven skillset in
Committee members
ir. H. (Hoessein) Alkisaei (TU Delft, Applied Mechanics)
Prof.dr.ir. L.J. (Bert) Sluys (TU Delft, Applied Mechanics)
Prof.dr.ir. P.C. (Christian) Louter (TU Delft, Applied Mechanics)
Topic 6: Implementing numerical modelling techniques for the optimisation of waste material ‘configuration’ for the application of structural elements.
This section still needs to be filled out.
Introduction
Research question
Method
Development of numerical modelling
Analysing
Student profile
You are interested in
You exhibit a proactive learning approach by adopting new technologies and navigating complex research challenges
You have a proven skillset in
Committee members
ir. H. (Hoessein) Alkisaei (TU Delft, Applied Mechanics)
Prof.dr.ir. L.J. (Bert) Sluys (TU Delft, Applied Mechanics)
Prof.dr.ir. P.C. (Christian) Louter (TU Delft, Applied Mechanics)
Topic 7: 3D printing structural elements with waste materials.
This section still needs to be filled out.
Introduction
Research question
Method
Development of numerical modelling
Analysing
Student profile
You are interested in
You exhibit a proactive learning approach by adopting new technologies and navigating complex research challenges
You have a proven skillset in
Committee members
ir. H. (Hoessein) Alkisaei (TU Delft, Applied Mechanics)
Prof.dr.ir. L.J. (Bert) Sluys (TU Delft, Applied Mechanics)
Prof.dr.ir. P.C. (Christian) Louter (TU Delft, Applied Mechanics)
Topic 8: Designing mechanical metamaterials with waste materials.
This section still needs to be filled out.
Introduction
Research question
Method
Development of numerical modelling
Analysing
Student profile
You are interested in
You exhibit a proactive learning approach by adopting new technologies and navigating complex research challenges
You have a proven skillset in
Committee members
ir. H. (Hoessein) Alkisaei (TU Delft, Applied Mechanics)
Prof.dr.ir. L.J. (Bert) Sluys (TU Delft, Applied Mechanics)
Prof.dr.ir. P.C. (Christian) Louter (TU Delft, Applied Mechanics)