Aug 2026· Stanzaleaf International Journal of Multidisciplinary Studies· Vol 3· 0 citations· 7 references
TL;DR
The paper concludes that higher education institutions should move beyond predominantly knowledge-transmission and examination-oriented approaches towards learning environments that cultivate inquiry, experimentation, interdisciplinary collaboration, ethical judgement and real-world problem-solving.
Abstract
The global labour market is undergoing substantial transformation as a result of artificial intelligence (AI), automation, digitalisation, economic uncertainty and changing patterns of employment. Although higher education continues to provide essential disciplinary knowledge and academic credentials, possession of a degree alone may not adequately prepare graduates for complex and unfamiliar workplace situations. This conceptual paper examines the growing importance of problem-solving, analytical thinking, creativity, adaptability, collaboration, lifelong learning and responsible technological use in the emerging world of work. Drawing on recent evidence from the World Economic Forum, International Labour Organization, Organisation for Economic Co-operation and Development, UNESCO and World Bank, the paper argues that technological transformation is more accurately understood as a process of task and occupational transformation rather than simply job elimination. The paper further examines the implications of artificial intelligence for graduate employability and proposes a problem-solving-oriented educational framework integrating disciplinary knowledge, human competencies, AI literacy and experiential learning. Four conceptual models and four analytical tables are presented to demonstrate the relationship between education, technological change, human capabilities and employability. The paper concludes that higher education institutions should move beyond predominantly knowledge-transmission and examination-oriented approaches towards learning environments that cultivate inquiry, experimentation, interdisciplinary collaboration, ethical judgement and real-world problem-solving. Degrees may provide access to employment opportunities, but the ability to apply knowledge intelligently and responsibly is increasingly central to sustainable employability.
The accelerated diffusion of generative artificial intelligence in higher education has outpaced the institutional rules that define where machine assistance should end and academic judgement should begin, leaving universities without clear boundaries for substituting for teaching labour and placing the quality educati...
К. Б. Рамазанова· Bangladesh Journal of Multid...· 2 citations
The contemporary labor market is undergoing a profound transformation, driven by automation, digitalization, and globalization. Higher education institutions must redefine their curricula so that graduates are equipped not only with specialist knowledge, but also with soft competencies, which increasingly determine the...
Małgorzata Koszembar-Wiklik, A. Aleksander, Marek Krannich· 6th Current Issues in Busine...· 0 citations
Research problem/purpose: The Fourth Industrial Revolution (4IR) is reshaping global economies by integrating advanced technologies, including artificial intelligence, robotics, big data, and the Internet of Things (IoT), resulting in significant transformations in how work is done and in the skills employers require....
Md. Abdul Kuddus· JKKNIU Business Review· 0 citations
Labour markets in medium-developed economies are changing under the influence of automation and the digitalisation of production and services. These changes are widely discussed in relation to highly developed economies, but there is still less comparative research on transition and emerging economies. This paper analy...
Marcin Hofman, Tuğçe Temel, Yusuf H. Sahin et al.· Communications of Internatio...· 0 citations
An integrated framework that links AI-enabled curriculum design, digital pedagogy, competency development, employability skills, and career readiness is proposed that identifies critical competencies, including AI literacy, digital fluency, critical thinking, creativity, ethical reasoning, interdisciplinary collaborati...
Lrk Krishnan, Poorani Sundarrajan, Praveen Kakada· International journal of res...· 0 citations
Evidence is provided that AI can substitute codifiable tasks, create jobs in AI and the digital economy, and increase employee productivity through human-machine cooperation, Nevertheless, these AI effects are not equally distributed.
Hongjie Chen, Zhen-Wei Tang· Journal of Applied Economics...· 0 citations
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