Discover how Challenge-Based Learning enables students to learn while designing impactful solutions to global issues.
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What is Challenge-based Learning?
Challenge-Based Learning (CBL) immerses students in a dynamic, collaborative environment where they tackle real, relevant, and complex problems. This pedagogical approach not only enriches academic learning but also sharpens critical soft skills by placing students in control of their educational journey.
Aligned with UT's dedication to innovative education, CBL motivates students to confront global challenges and create meaningful solutions. It empowers learners, enhances problem-solving capabilities, promotes teamwork, and builds resilience—all through the power of experiential learning. The figure below illustrates key themes described by UT teachers regarding the value of CBL and how it supports their vision for learning and teaching, drawn from CELT’s May 2024 survey.

Contact Information
For assistance or inquiries regarding the design, implementation, and evaluation of CBL education, connect with our CELT CBL experts:
Foundational Concepts
CBL involves students actively engaging in real situations to solve "wicked problems" — complex, evolving challenges with multiple potential solutions.
CBL is divided into three interconnected phases:
- Engage (in which the Learners move from an abstract big idea to a concrete and actionable challenge),

- Investigate (in which Learners conduct research to create a foundation for actionable and sustainable solutions) and
- Act (in which evidence-based solutions are developed and implemented with an authentic audience and the results evaluated).
Each phase includes activities that prepare students to move to the next phase. Within each of the phases, there are opportunities for mini-investigation cycles and if necessary a return to an earlier step or sometimes even an earlier phase. Part of the entire process is that students continuously document, reflect and share their learning experiences and findings.
Watch the video below to see the CBL Framework in action, illustrated through a student project example:
Insights from CBL Teaching & Learning Fellows
To help you better understand the value and considerations of CBL practice, the CBL Teaching & Learning Fellows (2021–2023) formulated 15 evidence-informed recommendations for students, teachers, educational management, and society. These recommendations highlight what to expect, how to approach CBL, and how to maximise its impact.
15 recommendations by the CBL Teaching & Learning Fellows
Related Educational Models
- Student-Driven Learning (SDL): Encourages students to take initiative and shape their own learning paths, promoting independence and self-regulation.
- Problem-Based Learning (PBL): Focuses on real-world problems to develop critical thinking and collaborative skills.
- Project-Based Learning (PjBL): Engages students in hands-on projects driven by inquiry, where they explore questions, conduct investigations, and present their findings, fostering ownership and deep understanding.
Further Reading
Toolbox & Templates
Below you will find a curated set of tools, templates, and practical guidelines that support CBL course design. Use them to plan learning activities, scaffold student work, and make assessment decisions.
A great place to begin is Challenge Up, your digital CBL advisor developed by educational advisors, researchers, and CBL practitioners from UT. Challenge Up aims to support educators in starting with CBL from scratch or further developing an existing course. It helps teachers establish a starting point and clarify where they want to go next with their CBL design. Based on the input, the tool offers evidence-informed, customised, practical advice to help you achieve the desired level of CBL in your course design.
Training
We offer training in CBL course design, facilitation, and skill development for teachers. You can sign up for the following courses, or get in touch for a tailor-made session.
CBL in Practice
In this section, you will find examples of CBL at UT—from course implementations and educational innovation initiatives to examples of student project outputs produced within CBL contexts.
CBL courses
At UT, Challenge-Based Learning is being integrated into various programmes and courses. A notable example is the CBL implementation in the MSc Robotics programme, where students actively engage in interdisciplinary collaboration and real-world challenges. This approach aligns with UT's educational vision, supported by institutional policies and design principles that promote student ownership and impact-driven learning.
Educational Innovation Projects @ UT
Below are educational innovation projects at UT that have contributed to the development, implementation, and research of CBL.
Teaching and Learning Fellows CBL 2021-2023
The Teaching and Learning Fellows on CBL were active from 2021 until 2023, with the mission to enrich the educational landscape at the UT with CBL to help students develop critical, social and practical knowledge and competences necessary for their future careers in society.

Faculty fellows:
- Dr. Tracy Craig (Faculty of Electrical Engineering, Mathematics and Computer Science)
Pilot an existing course to CBL framework; communicate within faculty on CBL; identify existing CBL within faculty, possibly not explicitly called CBL at the moment. - Dr.ir. Janneke Ettema (Faculty of Geo-Information Science and Earth Observation)
To enhance students’ learning process, by providing tools for (self-)assessment in line with the course learning outcomes and CBL skills; to help students establish a shared interdisciplinary and intercultural language, building self-awareness and learning to have productive conversations with other experts (alumni network). - Dr.ir. A.M. Leferink (Faculty of Science and Technology)
Investigate the role of the teacher in CBL; guiding tools on expectation management in the learning community; methods to realize pre-defined content-based (hard skills) learning objectives in a CBL context. - Dr. Anna Bos - Nehles (Faculty of Behavioural, Management and Social Sciences)
Design of self-regulated peer-feedback mechanisms for CBL projects. In what way can we implement peer feedback approaches in CBL projects to gain self-regulated learning behaviours? - Dr.ir. Léon olde Scholtenhuis (Faculty of Engineering Technology)
Develop principles for operating a transdisciplinary Living Lab space that enables sustainable and authentic learning experiences for students and stakeholders.
Senior fellows:
- Dr.ir. Robin de Graaf (Faculty of Engineering Technology)
Study effectiveness of CBL at course level; develop an implementation guideline for CBL; implement CBL at the program level; help develop CBL policy at Faculty level; Fellows team project management. - Dr. Raymond Loohuis MBA (Faculty of Behavioural, Management and Social Sciences)
Support the transition process from course to UT level; communicate, align with stakeholders in University of Twente context.
The Teaching and Learning Fellows are funded by the 4TU.Centre for Engineering Education (4TU.CEE)
SUTQ CBL 2021-2023
Within the Senior University Teaching Qualification (SUTQ), participants developed CBL-related educational innovation projects. If you’d like to learn more about any of the projects below, please feel free to contact your experienced peers.
- Dr. Cheryl de Boer (Faculty of Geo-Information Science and Earth Observation). Improving climate resilience in cities – the role of argumentation skills in defending choices for interventions by M-SE students.
- Dr. Klaas Stek (Faculty of Behavioural, Management and Social Sciences). A challenge-based experiment aiming to develop strategic thinking.
- Dr. Janine van Til (Faculty of Behavioural, Management and Social Sciences). The challenge of prevention of disease – evaluating and improving argumentation skills of first-year students health sciences
- Group coach: drs. Eduardo Hermsen.
ECIU-Funded CBL Projects
Through ECIU funding, several projects were initiated to explore and develop CBL practices in collaboration with international partners. These projects and related courses are presented below.
Funded CBL projects 2023
Please feel free to contact your experienced peers:
CBL Poster Market Flyer 2023
Session organized at the DesignLab University of Twente on March 9, 2023 to get inspired to take your educational design to the next level.
The future of assessment: Comparative judgment in the context of humanitarian engineering
- Nikola Petrová MSc(ET-AMME)
- dr. Alberto Martinetti (ET-AMME)
- dr. Laura Franco Garcia (BMS-CSTM)
- ir. Nina Jakubeit (ET-AMME)
- dr. ir. PeterChemweno (ET-AMSPES)
Challenge-Based Learning in energy storage course
- dr. Mina Shahi (ET-TE)
- dr.ing. Aayan Banerjee (TNW-CPM)
- dr.ir. Amir Mahmoudi (ET-TE)
Shaping the Future of Higher Education - Challenge-based Learning Course
Contact: Tessa Eijsink (EST)
Others involved:
- Marcella Hoogeboom (OWK);
- Ben Jongbloed (CHEPS);
- Gianluca Ambrosi (EST);
- Olga Karageorgiou (UIF);
- Ryan Wakamiya (S&P);
- Luuk Buunk (CELT);
- Dag Husebo/Tim Marshall/Masoumeh Shahverdi (University of Stavanger)
ColTool
Contact: Jovana Jezdimirovic Ranito (UCT-ATLAS)
- Pascal Wilhelm (University of Twente),
- Aida Olivia Pereira de Carvalho Guerra (University of Aalborg),
- Klaasjan Vischer (University of Twente).
Funded CBL projects 2021-2022
Please feel free to contact your experienced peers:
Title | Contact | Programme | Theme | Resources |
Challenge-Based Learning in MSc Robotics | Broenink, Jan (EEMCS/ET) | Master Robotics | Enhancing the quality of challenge-based education; Strategic/organizational at a cross-faculty level | |
Addressing interoperability challenges in Smart Industry | Rebelo Moreira, João (EEMCS)
| Master BIT/CS
| Strengthening connection outside world on course level | |
Challenge-Based Learning in a distance pre-master for Master Spatial Engineering
| Luiten, Tiny (ITC)
| Master Spatial Engineering
| Enhancing the quality of challenge-based education, Strategic/organizational on Programme/Faculty level (Apply CBL concept within the context of M-SE.) |
|
Challenge-based sustainability case projects
| Aukes, Ewert (BMS); Lulofs, Kris (BMS); Franco-Carcia, Laura (BMS) | Master Environmental & Energy Management
| Enhancing the quality of challenge-based learning on the programme/faculty level |
|
HTHT minor: Intelligence, Creativity and Responsible Technological Innovation in Societal Transformation (ICReaTIST) | van Boon, Mieke (ATLAS)
| Bachelor ATLAS
| Enhancing the quality, Strengthening connection, Strategic/organizational on cross-faculty level |
|
Energy transition challenges
| Schmitz, Jurriaan (EEMCS)
| Minor
| Enhancing the quality of challenge-based education on course level |
|
TDMI: Course packages | Visscher, Klaasjan (ET/BMS/ITC)
| Master-Insert/ATLAS
| Enhancing the quality of challenge-based education at a cross-faculty level (Transdisciplinary and creative ways of working’ (10 EC) and ‘Shaping society and responsible futures’ (10 EC) • ICReaTIST: module 1 (15 EC) and module 2 (15 EC)) |
|
Teacher’s role in Challenge-Based Learning | Leferink, Anne (S&T)
| Master Technical Medicine and Biomedical Engineering
| Enhancing the quality of challenge-based education on course level (From expectation management to assessment.)
|
|
Pre-service teachers develop Challenge-Based Learning teaching and learning materials in collaboration with secondary schools | Jony Heerink (BMS), Nienke nieveen (BMS)
| Master M-ECB/Lerarenopleiding
| Strengthening connection outside world on course level (Design studio)
|
|
Effects of collaborative processes in Challenge-Based Learning on students’, teachers’ and external stakeholders’ (experts) learning outcomes and business yield | Jezdimirovic Ranito, Jovana (ATLAS)
| Bachelor ATLAS
| Strengthening connection outside world, Enhancing the quality of challenge-based education, Strategic/organizational on course level
|
|
Enhancing value for challenge providers and students by integrating one challenge into two courses | van Dun, Desiree (BMS); Sullivan, Brendan (ET); Nizamis, Kostas (ET) | Master-Insert
| Strengthening connection outside world on course level (Leading Systemic Change) | |
Enhancing student engagement through 360-degree peer feedback in Challenge-Based learning projects | Bos-Nehles, Anna (BMS)
| Master Business Administration
| Enhancing the quality of challenge-based education on course level
|
|
Improving students’ engagement and learning through Challenge-Based Learning | Pouwels, X (BMS), van der Linden, N (BMS) | Bachelor Health Sciences
| Strengthening connection outside world on course level |
|
Inter-, multi- and transdisciplinary in Challenge-Based Learning | MacLeod, Miles (BMS)
| Philosophy
| Enhancing the quality of challenge-based education at the course level.
|
|
Natural and engineering research methods in Challenge-Based Learning | Leferink, Anne (S&T)
| ATLAS Minor
| Enhancing the quality of challenge-based education on course level
|
|
Fostering cooperation between challenge providers and Challenge-Based Learning courses | Alves da Motta Filho, Mauricy (ET)
| Master IDE/BA
| Strengthening connection outside world on course level (Exploring the opportunities of adopting student-led consulting practices to strengthen engagement in CBL.) |
|
Challenge-Based scientific computing | Bertrand, Fleurianne (EEMCS) | Master Applied Mathematics
| Enhancing the quality of challenge-based education, Strengthening connection outside world on course level |
|
CBL4UAV photogrammetry | Dadrass Javan, Farzaneh (ITC) and Nex, Francesco (ITC) | Master M-Geo
| Enhancing the quality of challenge-based education on course level |
|
Design and development of minor module 'Cold Case' in a Challenge-Based cross-level, cross-institutional setting | van Keulen, Maurice (EEMCS)
| Bachelor Technical Computer Science (TCS) | Strengthening connection outside world on cross-faculty level |
|
Examples of Student CBL Projects
Below are examples of student work developed in CBL courses. They showcase both the learning journeys students go through when working on real-world challenges and the outputs they produce.
Course Civil Engineering Challenges
Challenge Partners at UT
Learning Communities
The ECIU hosts a Community of Practice (CoP) for educators involved in Challenge-Based Learning. This network brings teachers across the partner universities together to exchange expertise on the design, facilitation, and assessment of CBL and Micro-Modules. The CoP meets monthly, where members collaboratively explore real teaching dilemmas using a Reflective Team Approach. Each session centres around a challenge presented by one of the participants. The topics discussed are entirely shaped by the interests and questions of the community.
Examples of recent discussion topics include:
- How can I support students in the early weeks of a CBL challenge to avoid confusion?
- How can we make the development of transferable skills visible and assessable?
- What does responsible collaboration with societal partners look like in practice?
- How can we improve student recruitment for CBL courses?
Interested in joining?
Please contact Martina Crehan, martina.crehan@dcu.ie