The changing nature of work and the capacity of educational institutions to prepare students for the changing work environment have been of concern to many governments. Consequently, linking on-campus learning with learning in industry has received increased attention. [1] It is also applicable to healthcare education programmes, such as radiography, biomedical and clinical technology, nursing and other allied health professions, where conversion from analogue to digital requires student-centred curricula underpinned by clinical practice outcomes. [2] To address this challenge, the Higher Education Qualifications Framework (HEQF) [3] in South Africa (SA) mandates all new qualifications to integrate theory and practice through incorporation of work-integrated learning (WIL) as a structured part of the curriculum. The WIL component of a programme should be properly structured, assessed and supervised, and should integrate university and workplace learning. [3] In the WIL context, integration means that students take what they have learnt at university into the workplace. Conversely, what they have learnt in the workplace is taken into the next phase of learning when returning to university. [4] Aside from workplace learning (WPL), WIL should preferably be facilitated using a variety of learning modes, e.g. work-directed theoretical learning (WDTL)-theoretical learning focused on what the student needs to know to be able to function sufficiently in the workplace; [5] problem/scenario-based learning (PBL/SBL)-a method in which real-world problems are used to promote student learning; project-based learning and workplace learning (PjBL)-an approach where students acquire deeper knowledge through active exploration of real-world challenges and problems, to stimulate the integration of concepts and higher order cognitive learning (deep learning) to construct understanding. [1,5-8] Deep learners aim to understand the meaning behind the concept and interact with information by creating appropriate arguments and examples related to the topic. [9] Ideally, the different learning modes should be used interchangeably in the delivery of WIL, while activities to accommodate these learning modes can occur in various environments (e.g. simulation laboratories, interactive discussion groups and forums, virtual and e-learning, the workplace). Exposing students to a combination of learning modes and environments has proved to promote deep learning and the development of soft skills, such as communication, confidence and assertiveness, time management, critical thinking, computer literacy, emotional intelligence, empathy and the ability to work in a team. [10] Proficiency in these skills ensures that students are better equipped to function in the real world of work. Soft skills that promote employability are the qualities that an employer requires for success in the workplace. To deliver competent healthcare professionals, these skills should be developed as part of students' university training. [10] Despite many positive aspects i...