Our core mission is to support teachers and students assistants in the creation and use of interactive textbooks. We do that in five different ways!
A manual on how to (start to) work and collaborate on your interactive textbook and explanation of existing and custom (interactive) features. This includes explanations and examples illustrating how we use the interactive book features in our own education. We welcome contributions from others as well!
Read the ManualQuickly start with your own interactive textbook that includes our "standard" selection of features. Instructions are included to publish it on GitHub Pages (no server setup required).
Start New Book from
Publish your book online via GitHub pages (username / organization name.github.io/book
) or on a TU Delft webserver (teachbooks / interactivetextbooks.tudelft.nl/book
). For GitHub Pages all you need to do is start with the template or use the deploy-book-workfllow. In case of a TU Delft webserver, we have a standard setup that can easily be deployed for your book, with minimal maintenance.
We collect a suite of existing open-source (from and others) and custom-developed software to improve the learning experience of our students and ease the book-development process for our teachers.
Read the Manual or view the source code on GitLab which soon will be moved to GitHubStudents assistants and fellow teachers are available to help get started and solve issues. Join our GitLab Group to view and use our current books as examples for your own!
Contact us via GitHub discussions or in the TU Delft Open Interactive Textbooks Community View the source code of our existing books at GitLab and GitHubTeachers’ Educational Assistance for interaCtive Hands-on Browser-based Online Open Knowledge for Students
Starting from the need to share educational materials in various forms with students, we have started a platform for teachers and students assistants to collaborate and share interactive textbooks.
Our philosophy is to make it possible, practical and fun for all teaching teams, regardless of experience. Because while books can be made by individuals, we've seen that a team of teachers and student assistants can make a book that's more accessible, attractive, and more interactive than any one person could make alone. Such a team can work together on both content as innovative features, collaboratively creating a deep learning experience.
We'd like to share our experiences and platforms with anyone, and to learn and promote your content and book features as well! So whether your teaching team is unfamiliar and lost in the nerdy world of interactive books, or whether you're an expert having created your own library of books with custom features: share and collaborate with the biggest and most effective teaching team you were ever part of!
We collect a suite of existing open-source software (heavily relying on ) and keep our books up-to-date so you don't have to! Some of the software is developed with our TA's to improve the learning experience of our students and ease the book-development process for our teachers. By deploying these tools from a central location we can prevent common problems before they arise, and fix them quickly when they do occur. As the open-source software landscape changes rapidly, it is esential to keep in contact and share resources amongst ourselves to minimize maintenance and downtime for our book websites and focus on what really matters: teaching! Some of our tools are shown here, an extensive list can be found in the Manual .
A core feature that enables client-side in-the-browser Python calculations without any special software installation! We use the Thebe-Lite software and wrote a custom extension to enable it easily in any TeachBook with just a few lines of code.
Publish your TeachBook online on GitHub pages automatically. It creates a webpage for every (customizable) branch in your book repository, allows for aliases and use of the draft-publish workflow. Furthermore, it gives you a nice summary of the build errors and where the book is hosted.
Only share content with your students when they are ready, but still publish the updates on a website so the rest of your teaching team can review. This feature is essential for involving colleagues who don't want to edit the source code.
Share content between books using git submodules. This feature is very valuable and is used in other books already! It's an elegant feature, but requires a bit more experience with Git.
MUDE Book
I can use the online textbook to run the code online and adjust the parameters, which can give me a more intuitive feeling of the code.
MUDE Book
I have difficulty with reading textbooks that only include written words. The MUDE online textbook provided a lot of interactive visuals that you don't get with a traditional textbook. Especially figures with sliders were a perfect way to describe how mathematical systems work. If I had to add to that I would include even more interactive figures that make complex mathematical formulations more clear! (I enjoyed this way of formatting, so the more the merry-er ;) )
MUDE Book
I find it very helpful during the FEM week, the provided wiggets of shape function really helped me understand it
MUDE Book
It is much easier to browse through an online textbook instead of having to search through a normal textbook, the latter takes way more time.
MUDE Book
Sometimes when I learn something from other courses that involves coding, I don't try it myself because i don't want to spend the time to start up anaconda and jupyter lab and create a new notebook file. With the textbook i can immediately test things using the interactive python button on the webpage.
MUDE Book
The online textbook is really well structured. Many courses at the TU are difficult not because of the content, but because of the way the teachers set up the brightspace page. That wasn't an issue at all in MUDE, thanks for that!
MUDE Book
I could appreciate the quiz questions in some chapters, and whished that every chapter could include them. They proved an effective way to see if I was understanding the material.
MUDE Book
I really like the book, it is easy to access and well-structured. I would like it even more if I could have my own personalized version that allowed me to take notes and review the material prior to the exam!
Our actively developed books are listed here. Some are only available with a TU Delft login, or in draft form (not publicly accessible). Don't hesitate to contact us via mail , the TU Delft Open Interactive Textbooks Community or at GitHub Discussions if you would like more information about a particular book.
MUDE is a module at the Civil Engineering and Geosciences faculty of Delft University of Technology: CEGM1000 Modelling, Uncertainty, and Data Analysis for Engineers, taken by all first year students in the MSc degree programs Applied Earth Sciences (AES), Environmental Engineering (EE) and Civil Engineering (CE).
Read the bookA manual on how to (start to) work and collaborate on your interactive textbook and explanation of existing and custom (interactive) features
Read the book or be inspired or contribute to the source code on GitLabThis textbook was designed to guide supervisors, coaches, and students on following the journey we have developed for them in this minor. This textbook provides an overview of what we are including in lectures, workshops and topics, a little bit about why and some (hopefully) thought-provoking questions to inspire meaningful discussions.
Read the book or be inspired or contribute to the source code on GitLab if you're a TU Delft employee or studentUse this Jupyter Book as a way to structure your study, find important module information and to eventually recap information in preparation for the written exam.
Read the book or be inspired or contribute to the source code on GitLab if you're a TU Delft employee or student
Our first book published with
TU Delft Open!
This book covers a wide range of topics that involve the use of probability to solve problems in engineering design and research. Although it is relevant for a wide range of disciplines, it draws heavily on the fields of civil engineering, environmental engineering and the geosciences.
This is an open interactive book on Finite Elements with applications in Civil Engineering and Geosciences. The book has specifically been designed having in mind a target audience of students at a Master level, particularly for the Master in Civil Engineering in the Civil Engineering and Geosciences faculty at Delft University of Technology (TU Delft).
Read the book or be inspired or contribute to the source code on GitLab if you're a TU Delft employee or studentThis book contains the online lecture material for the Introduction to Machine Learning part of the EM course on machine learning.
Read the bookHydrology is the study of the origin, occurrence, and behavior of water in all its forms on and beneath the Earth’s surface.
Read the book or be inspired or contribute to the source code on GitLab if you're a TU Delft employee or studentThis books hows the interactive content for the TU Delft course CTB3330 Structural Mechanics 4.
Read the book or be inspired or contribute to the source code on GitHubThis book includes some content for the part on Matrix method for statics in CIEM5000 Base: Structural Engineering.
Read the book or be inspired or contribute to the source code on GitHubThis book contains the preparations for the practical sessions in CME4501 Engineering Systems Optimization.
Read the book or be inspired or contribute to the source code on GitHubRivers are Wonderful! Work in progess for the River Engineering MSc Track, who just got started with a book in February.
Read the bookA self-paced online course, designed to improve Python skills as well as the understanding of computer programming—especially for applications in engineering and the applied geosciences.
Read the book or be inspired or contribute to the source code on GitHubStructural Engineering educators and students make extensive use of a self-produced reference books that contain drawing instructions, design tables, material properties, equations, examples of structural elements, examples of calculations for dimensionsing of structural elements and good design examples.
Read the book or be inspired or contribute to the source code on GitHubThis book shows the extensions made to Macaulay’s method at Delft University of Technology, Civil Engineering by various students.
Read the book or be inspired or contribute to the source code on GitHubThis book contains the online lecture material for the Hydraulic Offshore Structures course.
Read the book or be inspired or contribute to the source code on GitHubHere we mess around with stuff on GitLab, you're welcome to join!
Read the book or be inspired or contribute to the source code on GitLab if you're a TU Delft employee or studentHere we mess around with stuff on GitHub, you're welcome to join!
Read the book or be inspired or contribute to the source code on GitHubLecturer Civil Engineering and Geosciences
Lecturer Civil Engineering and Geosciences
Students from Civil Engineering and Geosciences and Electrical Engineering, Mathematics and Computer Science