Purpose The purpose of this paper is to understand the career development and employability needs of undergraduate information technology (IT) students at an Australian University, and their relation to students’ career interest. While many factors and stakeholders contribute to student career development, this study focused specifically on the student experience. Social cognitive career theory (SCCT) is used as an approach to understand the students’ needs of career development and employability. Design/methodology/approach An online survey was completed by 126 IT students to record information about students’ career development and employability background and needs. Findings The results demonstrate that SCCT helps understand the factors that impact on IT students’ career development, with their outcome expectations and self-efficacy informed by prior studies in IT and their need for access to “IT professionals” to contribute towards their career interest. In addition, IT students rely on academic achievement and experiential learning, rather than career resources, to guide their career development and employability. Research limitations/implications The data collected in this study are limited to one discipline (IT) at one university, which necessarily limits the generalisability of the specific results. Practical implications Career development is a complex, life-stage-dependant and discipline-specific process that varies for every decision maker. This research makes an important contribution in presenting the IT student experience and demonstrates how an appropriate career development model can help understand students’ needs. This outcome will help educators better support IT students to build the career interest. Originality/value This study explored the often-overlooked student experience of career development, providing valuable insight into IT students’ needs.

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Attending university can assist students to make informed and realistic choices regarding their career. However, career development is a complex process and there are discipline-specific aspects to consider. In Information Technology, no clear career developmental pathway is evident in the literature despite recent efforts by employers, educators, and professional societies to help students improve their career expectations and employability upon graduation. This study aims to understand better the career aspirations and expectations of tertiary Information Technology students, so that their beliefs and needs can be taken into consideration when supporting them in career development. This study uses both qualitative and quantitative analyses to explore the career aspirations of 306 students. The results demonstrated variability in students’ short-term aspirations and a lack of understanding regarding effective actions to achieve their career goals, highlighting issues with setting realistic expectations. Outcomes show that undergraduate Information Technology students may require assistance with negotiating career choice.

High failure and dropout rates are reported in introductory programming (IP) courses in different studies despite extensive research attempting to address the issue. In this study, we introduced an ADRI (Approach, Deployment, Result, Improvement) approach in the teaching and learning process of an IP course to improve learning and success rates. All three entities of the didactic triangle (student, instructor, and content) were involved in the research to better understand and execute the proposed approach. The IP course materials were redesigned based on the ADRI approach, and an editor was developed to promote the new approach and encourage students to complete the various stages required in the approach. Two surveys were conducted, and final exam grades over four semesters were compared with determine the impact of including the ADRI approach in the course. We concluded that the ADRI approach provides a positive impact on outcomes that the students achieved during the course. It engages students in practicing their programming skills and provides a new presentation style for examples and exercises which discourages students from taking programming shortcuts. It not only helps to reduce the failure and, significantly, the dropout rates from the IP course but also impacts positively on all students who passed the IP course.

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