A free and open-source platform. Explore a growing collection of assignments and papers, or contribute your own work to help build a knowledge base that is accessible to all.
A free and open-source platform. Explore a growing collection of assignments and papers, or contribute your own work to help build a knowledge base that is accessible to all.
A free and open-source platform. Explore a growing collection of assignments and papers, or contribute your own work to help build a knowledge base that is accessible to all.
Join the research
Join the research
Join a community of students and experts dedicated to impactful research. We will connect you with experienced professionals to help you navigate your projects, exchange knowledge, and turn your research into a published success story.
Are you an expert or professional? Explore our pioneering research opportunities.
“If each person solves the small problems over which they have control, then the larger problems will disappear” [Confucius 551-479 BC].
For whom
Open to final-year thesis and PhD students of all disciplines related to Architecture, Engineering, Design, and Environmental Sciences.
Where
Explore this project at your own university or institute, with the support of your supervisor, and shape it to fit your curriculum and study plan.
Duration
The typical duration is one academic year, though it can be extended for PhD candidates.
Research assignments
Research assignments
All
Earthquake Engineering
Civil Engineering
Environmental Engineering
Mechanical Engineering
Product Design
Architecture
Natural materials
Material properties
Passive energy
Climate action
All
Earthquake Engineering
Civil Engineering
Environmental Engineering
Mechanical Engineering
Product Design
Architecture
Natural materials
Material properties
Passive energy
Climate action
All
Earthquake Engineering
Civil Engineering
Environmental Engineering
Mechanical Engineering
Product Design
Architecture
Natural materials
Material properties
Passive energy
Climate action
Open source
The following papers and technical documents are open source and free to download. For peer-reviewed scientific papers, you will be directed to the Frontiers Publishers website to download them.
Open source
The following papers and technical documents are open source and free to download. For peer-reviewed scientific papers, you will be directed to the Frontiers Publishers website to download them.
2024
Preservation of stone masonry buildings: Benchmarking of modelling approaches for seismic assessment and international call to action.
2024
Preservation of stone masonry buildings: Benchmarking of modelling approaches for seismic assessment and international call to action.
2024
Preservation of stone masonry buildings: Benchmarking of modelling approaches for seismic assessment and international call to action.
2023
Non-engineered 2.0 - A call to action!
2023
Non-engineered 2.0 - A call to action!
2023
Non-engineered 2.0 - A call to action!
2021
Rubble stone masonry buildings with cement mortar: Base shear seismic demand comparison for selected countries worldwide.
2021
Rubble stone masonry buildings with cement mortar: Base shear seismic demand comparison for selected countries worldwide.
2021
Rubble stone masonry buildings with cement mortar: Base shear seismic demand comparison for selected countries worldwide.
2020
Non‐engineered 2.0 - Renewed philosophies for improving the seismic performance of non‐engineered construction.
2020
Non‐engineered 2.0 - Renewed philosophies for improving the seismic performance of non‐engineered construction.
2020
Non‐engineered 2.0 - Renewed philosophies for improving the seismic performance of non‐engineered construction.
2020
[1]
Rubble stone masonry buildings with cement mortar: Design specifications in seismic and masonry codes worldwide.
2020
[1]
Rubble stone masonry buildings with cement mortar: Design specifications in seismic and masonry codes worldwide.
2020
[1]
Rubble stone masonry buildings with cement mortar: Design specifications in seismic and masonry codes worldwide.
2019
Cost analysis of mountain schools in Nepal: Comparison of earthquake resistant features in rubble stone masonry vs. concrete block masonry.
2019
Cost analysis of mountain schools in Nepal: Comparison of earthquake resistant features in rubble stone masonry vs. concrete block masonry.
2019
Cost analysis of mountain schools in Nepal: Comparison of earthquake resistant features in rubble stone masonry vs. concrete block masonry.
2019
[2]
School buildings in rubble stone masonry with cement mortar in seismic areas: Literature review of seismic codes, technical norms and practical manuals.
2019
[2]
School buildings in rubble stone masonry with cement mortar in seismic areas: Literature review of seismic codes, technical norms and practical manuals.
2019
[2]
School buildings in rubble stone masonry with cement mortar in seismic areas: Literature review of seismic codes, technical norms and practical manuals.
2009
Suitability of local soil for cost saving construction techniques in Kaski District of Nepal.
2009
Suitability of local soil for cost saving construction techniques in Kaski District of Nepal.
2009
Suitability of local soil for cost saving construction techniques in Kaski District of Nepal.
Open source
The following papers and technical documents are open source and free to download. For accessing the peer-reviewed scientific papers you will be directed to Frontiers Publishers website, where you find the download button.
Open source
The following papers and technical documents are open source and free to download. For accessing the peer-reviewed scientific papers you will be directed to Frontiers Publishers website, where you find the download button.
Other publications
Published work in collaboration with others.
Upadhyaya, Maurya, Singhal and Schildkamp
Nonlinear static and dynamic response of a random rubble stone masonry building with different configurations of seismic bands.
2024
Upadhyaya, Maurya, Singhal and Schildkamp
Nonlinear static and dynamic response of a random rubble stone masonry building with different configurations of seismic bands.
2024
Upadhyaya, Maurya, Singhal and Schildkamp
Nonlinear static and dynamic response of a random rubble stone masonry building with different configurations of seismic bands.
2024
Upadhyaya, Maurya, Singhal and Schildkamp
Performance analysis of a random rubble stone masonry building with different configurations of seismic bands.
2023
Upadhyaya, Maurya, Singhal and Schildkamp
Performance analysis of a random rubble stone masonry building with different configurations of seismic bands.
2023
Upadhyaya, Maurya, Singhal and Schildkamp
Performance analysis of a random rubble stone masonry building with different configurations of seismic bands.
2023
Abaev, Schildkamp, and Valiev
Base shear seismic demand comparison for buildings with natural stone walls in Nepal, Russia and Tajikistan [in Russian].
2022
Abaev, Schildkamp, and Valiev
Base shear seismic demand comparison for buildings with natural stone walls in Nepal, Russia and Tajikistan [in Russian].
2022
Abaev, Schildkamp, and Valiev
Base shear seismic demand comparison for buildings with natural stone walls in Nepal, Russia and Tajikistan [in Russian].
2022
Syrett, Cross, De Risi, De Luca, and Schildkamp
Comparison of pushover curves of a two-storey stone cement masonry building with and without additional concrete bands.
2022
Syrett, Cross, De Risi, De Luca, and Schildkamp
Comparison of pushover curves of a two-storey stone cement masonry building with and without additional concrete bands.
2022
Syrett, Cross, De Risi, De Luca, and Schildkamp
Comparison of pushover curves of a two-storey stone cement masonry building with and without additional concrete bands.
2022
Carabbio, Pieraccini, Silvestri, and Schildkamp
How can vernacular construction techniques sustain earthquakes: Bhatar buildings.
2018
Carabbio, Pieraccini, Silvestri, and Schildkamp
How can vernacular construction techniques sustain earthquakes: Bhatar buildings.
2018
Carabbio, Pieraccini, Silvestri, and Schildkamp
How can vernacular construction techniques sustain earthquakes: Bhatar buildings.
2018
Technical sheets
Technical sheets
Technical sheets
Safer construction
Improving the building quality
General recommendations to improve the overall building quality — How to choose correct materials, properly mix mortars and concretes, and make your building plumb, level, and square.
Safer construction
Improving the building quality
General recommendations to improve the overall building quality — How to choose correct materials, properly mix mortars and concretes, and make your building plumb, level, and square.
Safer construction
Improving the building quality
General recommendations to improve the overall building quality — How to choose correct materials, properly mix mortars and concretes, and make your building plumb, level, and square.
Seismic safety
Confined Masonry
Confined masonry has historically proven to behave well in earthquakes. The system behaves differently from a reinforced concrete frame. It is easier to build and cheaper to construct.
Seismic safety
Confined Masonry
Confined masonry has historically proven to behave well in earthquakes. The system behaves differently from a reinforced concrete frame. It is easier to build and cheaper to construct.
Seismic safety
Confined Masonry
Confined masonry has historically proven to behave well in earthquakes. The system behaves differently from a reinforced concrete frame. It is easier to build and cheaper to construct.
Understanding your soil
Low-tech soil testing
Learn about the basics of soil composition to determine its suitability for earth construction, such as building with cob, adobe, rammed earth, or stabilized blocks.
Understanding your soil
Low-tech soil testing
Learn about the basics of soil composition to determine its suitability for earth construction, such as building with cob, adobe, rammed earth, or stabilized blocks.
Understanding your soil
Low-tech soil testing
Learn about the basics of soil composition to determine its suitability for earth construction, such as building with cob, adobe, rammed earth, or stabilized blocks.
The Next-Gen
The Next-Gen
The Next-Gen
Twice a year, we host a free 4-day program for up to 50 engineering and architecture students worldwide. Join team challenges, expert-led sessions, and explore topics like green building, seismic design, and social architecture.
2025 Nov 22, 29 - Dec 06, 13
Online
Free
Temporary shelter to semi-permanent homes.
Nov 22, 2025
· 09:30 am GMT
4 Saturdays- total 12h
50 participants max
Online
Free
Temporary shelter to semi-permanent homes.
Nov 22, 2025
· 09:30 am GMT
4 Saturdays- total 12h
50 participants max
Online
Free
Temporary shelter to semi-permanent homes.
Nov 22, 2025
· 09:30 am GMT
4 Saturdays- total 12h
50 participants max
Partners making a difference with us.
Partners making a difference with us.
Partners making a difference with us.
© 2025 SSF
Made with love in Portugal by Significa 🧡
© 2025 SSF
Made with love in Portugal by Significa 🧡
© 2025 SSF
Made with love in Portugal by Significa 🧡