Eindhoven
University of
Technology

Shape learning outcomes

CBL-based courses already provide a possibility to work on disciplinary competences, research design skills, professional skills and professional identity development by their design (Valencia, et al., 2021). However, while CBL courses could often address sustainability-related challenges, this alone does not guarantee that students will develop competencies that are necessary for throughtful sustainability transition. Such competencies might revolve around understanding and acting on our environmental responsibility, and are often transversal. For a truly integrated sustainability-focussed education, these competencies require intentional emphasis in the intended learning outcomes (ILOs) to ensure they are effectively achieved.

Competency Frameworks for Sustainability 

There are several competency frameworks available that can help you identify and select key focal transversal competencies that you want your students to develop in your course. The TU/e Personal & Professional Development (P&PD) framework, adopted to support student holistic development, outlines a number of competencies highly revelant for Sustainability education. These competencies, for example, include "Self and Social Awareness""Taking Responsibility", "Reflecting", "Dealing with Uncertainty", and "Systems Thinking". 

Outside of the TU/e context, the most common competency frameworks supporting sustainability thinking and acting, which could also be translated into ILOs are: 

Generating Intended Learning Outcomes (ILOs)

After selecting the key competencies, the following frameworks may support you in formulating them into well-defined and measurable intended learning outcomes.

Competences including systems-thinking, creative-thinking, futures-thinking and more are translated into direct learning outcomes. The platform also gives the possibility to translate the UN Sustainable Development Goals into ILOs.

Our colleagues at TU Delft developed The Circular Learning Objectives (CLO), a taxonomy that, in addition to listing the basic and contextual knowlege, distinguishes disciplinary, interdisciplinary and transdisciplinary learning outcomes for circularity. This approach could be applied to a variety of topics. 

Engineering for One Planet (EOP) Framework is another example of taxonomising the potential learning outcomes based on the Bloom's taxonomy.