4,113 research outputs found

    The knowledge worker and upskilling: Can instructional design frameworks help?

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    This paper explores how knowledge workers face uncertainties in the job market and how workers sustain a decades-long career in the midst of technology changes and globalization pressures. In particular, this paper asks how knowledge workers self-assess knowledge gaps, discover appropriate learning opportunities, demonstrate mastery, and promote credentials across decades-long careers. Interviews with 8 knowledge workers in educational publishing, an industry undergoing workforce changes due to market disruption, provides real-world context to this research question. Taking into account various theoretical frameworks offered for adult education and also reviewing the realities of the postmodern workplace, the paper outlines the hurdles impairing the knowledge worker’s ability to design effective self-directed learning to up-skill

    Examining Predictors and Outcomes of Identity Communication in Virtual Teams

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    Virtual teams play an increasingly important role in the modern economy, and many organizations struggle to overcome the weaknesses inherent in technology-mediated work. Identity communication has been shown to greatly improve individual- and group-level outcomes in offline settings, but these benefits have not been investigated in the context of virtual teams, where mediated interaction can affect the opportunity for identity communication. This research-in-progress paper proposes a theoretical model and experimental design that investigates the predictors and outcomes of identity communication in virtual teams. Our anticipated findings should have important implications for researchers seeking to understand identity communication via technology and for practitioners hoping to improve virtual team communication and collaboration.

    Analysis of repetitive DNA distribution patterns in the Tribolium castaneum genome

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    Approximately 30% of the Tribolium castaneum genome is comprised of repetitive DNA. These repeats accumulate in certain regions in the assembled T. castaneum genome, these regions might be derived from the large blocks of pericentric heterochromatin in Tribolium chromosomes
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