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In this opinion article, the authors share their experiences with and perspectives on course design requirements and barriers when applying challenge-based learning (CBL) in an online sustainability education setting. CBL is an established learning approach for (higher) sustainability education. It enables teachers to engage students with open, real-life grand challenges through inter-/transdisciplinary student team collaboration. However, empirical research is scarce and mainly based on face-to-face CBL case studies. Thus far, the opportunities to apply CBL in online educational settings are also underinvestigated.

Using the TPACK framework, the authors address technological, pedagogical and content knowledge related to CBL and online sustainability education. The integration of the different components is discussed, providing teachers and course designers insight into design requirements and barriers.

This paper supports the promising future of online CBL for sustainability education, especially in the context of inter-/national inter-university collaboration, yet emphasizes the need for deliberate use of online collaboration and teaching tools.

Community-engaged partnerships have the ability to combine expertise and resources to enhance the local STEM learning ecosystem, by engaging the actors in communities that can enhance students' experiences in science, technology, engineering and mathematics (STEM) education. Texas Tech University (TTU) and Lubbock Independent School District (LISD) have partnered to coordinate an annual STEM Challenge to encourage STEM learning and interest among local middle grade students. Each summer, teams of (three to four) students from ten LISD middle schools participate in a week-long engineering design challenge, facilitated by TTU undergraduate mentors and their teachers, structured by the Engineering Design Process (EDP).

Quantitative (survey) and qualitative (open-ended responses) data from two years of student glider and hovercraft projects offer insight into how 66 students developed STEM knowledge and leveraged 21^st-century skills to accomplish a shared aim (design challenge).

Findings suggest growth in students' 21^st-century skills, most among underrepresented (racial, ethnic and gender minority) groups. Data from year one (2018) informed year two (2019) in both programming and the research, including enhanced training for mentors and a deeper exploration of students' experiences during each stage of the EDP during the STEM challenge.

Significant and salient findings are discussed along with recommendations for both programmatic and methodological improvements for year three (2020). This study provides insight into how to structure similar community-engaged partnerships in enhancing the community STEM ecosystem through collaborative STEM experiences for diverse, younger learners.

By envisioning the learning environment as an eco-social system, this study aims to map interrelated enablers of students’ sustainability-oriented learning (SoL) in the context of a university course at the interface of science and society.

A case-study approach was used to delineate what enables student learning in a university-wide transdisciplinary Master of Science course. A sample of 102 students, university and societal stakeholders participated to this study, by sharing their experiences and views through focus groups and questionnaires.

A main finding is the development of a configuration of six intertwined enablers that through their interplay help to cultivate students’ SoL, in the course under exploration.

This study paves the way for a re-orientation of how to explore learning in complex environments. It shows that adopting a relational, situated and systems approach is not only feasible but is also desirable to understand and guide learning practices in complex environments.

Simulation in education has been well documented. Business simulation games (BSGs) are often digital and run by a third-party provider. This can create barriers to engagement from educator and student perspectives. This paper explores a facilitator-led BSG, posing the question: can facilitator-led BSGs provide practical experiential learning experiences within a taught setting.

Exploratory inductive research recruited a sample of 45 student participants, an external examiner and a module leader. Qualitative data were collected using focus group discussion, participant obsession and facilitator reflection. Mixed-method feedback forms were also used.

The facilitator-led BSG offered a flexible approach to challenge or problem-based learning, experiential learning, collaborative learning and critical reflection. Student feedback was positive, and there was an increase in engagement within all elements of the module.

This paper presents a case study example of the implementation of a facilitator-led BSG, providing an alternative solution for teaching practitioners to structured simulations run by third-party hosts. This paper highlights a flexible approach to student-centric experiential and challenging learning through enterprise education within small-group settings. There are opportunities for further evaluation and exploration of the notion, which can be developed from this paper in future works.

The purpose of this paper is to examine the design of choreographies or learning environments which the students participating in Ocean i³ pass through during their participation in the project, which requires constant review and interpretation, in times of COVID-19. To this end, it is proposed to: define the institutional teaching choreographies to create authentic and meaningful environments for the active learning of university students; interpret the transversal competences for the sustainability developed in Ocean i³ within the framework of institutional teaching choreographies; and value the strengths and weaknesses of the teaching choreographies implemented for the development of transversal competences for sustainability in a situation of health-care crisis.

An exploratory method with an interpretative approach has been selected that enables us to address living and evolving scenarios, didactic choreographies and the development of competences for sustainability.

The perception of students and teachers reveals that it is the use of a multilingual linguistic repertoire (multilingualism) that is most enhanced in Ocean i³, although the global and integrative vision of problems and the integration and management of knowledge through contributions from different disciplines and the social context (transdisciplinarity) are also highlighted.

This paper describes how face-to-face institutional teaching choreographies for an innovation project have been transformed into synchronous online choreographies encouraging the development of competences for sustainability.