The increase in the number of adults returning to complete their university education as ‘non-traditional students’ brings more attention to the challenges of a standard degree format. This paper examines the experiences of seven non-traditional students undergoing a cooperative education programme in Singapore, where students would alternate spending a few days in a week at a university while working full-time for the remaining days, in relation to the challenges and opportunities of the programme. Using qualitative thematic analysis, we discovered four themes greatly affected by the programme design – motivations for enrolling, transferability of knowledge, work–study balance and coping mechanisms. Overall, some obstacles hindering adults from continuing education were addressed by this cooperative education programme. The strong integration of work and study roles ensured that adults did not need to leave their job before starting university, reducing time and money-related pressures while increasing their commitment level to education. Additionally, rigid institutional practices were mitigated by the flexibility given by teaching faculty and work supervisors. We suggested several improvements to better suit the rising number of adults wanting to attain a degree. With the research results and recommendations proposed herein, this paper is useful to various universities willing to adopt cooperative education.

Low student engagement and motivation in online classes are well-known issues many universities face, especially with distance education during the COVID-19 pandemic. The online environment makes it even harder for teachers to connect with their students through traditional verbal and nonverbal behaviours, further decreasing engagement. Yet, addressing such problems with 24/7 synchronous communication is overly demanding for faculty. This paper details an automated Question-Answering chatbot system trained in synchronous communication and instructor immediacy techniques to determine its suitability and effectiveness in attending to students undergoing an online Chemistry course. The chatbot is part of a new wave of affective focused chatbots that can benefit students’ learning process by connecting with them on a relatively more humanlike level. As part of the pilot study in the development of this chatbot, qualitative interviews and self-report data capturing student-chatbot interactions, experiences and opinions have been collected from 12 students in a Singaporean university. Thematic analysis was then employed to consolidate these findings. The results support the chatbot’s ability to display several communication immediacy techniques well, on top of responding to students at any time of the day. Having a private conversation with the chatbot also meant that the students could fully focus their attention and ask more questions to aid their learning. Improvements were suggested, in relation to the chatbot’s word detection and accuracy, accompanied by a framework to develop communication immediacy mechanics in future chatbots. Our findings support the potential of this chatbot, once modified, to be used in a similar online setting. Supplementary Information The online version contains supplementary material available at 10.1007/s10639-023-11602-1.