Filter by keyword: Professionalism, professional development and teaching in science communication

Universities are pivotal in contemporary knowledge societies, bridging science and society. Amidst societal transformations, communication has become crucial for higher education institutions (HEIs). Yet, research on university communication is limited, with few studies capturing long-term developments. This qualitative study addresses this gap by examining changes in university communication departments over the past decade in Switzerland. Semi-structured interviews with 30 communication practitioners and university leaders in eight HEIs reveal that university communication has diversified with regard to digital channels and stakeholders, intensified in terms of personnel and output, and professionalized. Moreover, some, albeit not all communication departments have increasingly aligned their communication strategies with university strategies. Despite the fact that “everything has changed”, differences exist among various types and clusters of universities. This study contributes to understanding how and why long-term changes in institutional science communication emerge. It also offers insights for communication practitioners for enhancing university communication processes and structures.

This study explores the subjective relevance and challenges of public engagement (PES) in science communication among professional university communicators based on 29 qualitative interviews in one German federal state. Despite recognizing its value, interviewees reveal significant uncertainties in understanding, objectives, and implementation of PES. They cite barriers such as reliance on scientists and control concerns. Surprisingly, social media is rarely considered for PES, with online engagement seen as difficult. This research highlights the complexities and challenges of PES in practice, emphasizing opportunities for optimized digital science communication strategies and clearer role structures between professionals and researchers to enhance PES.

This essay highlights the unique challenges that basic scientists may face when trying to identify goals for their engagement efforts. We propose that the difference between basic and applied science, at least when it comes to communication, is primarily about the degree to which scientists can identify audience-specific behavioral goals for their communication efforts. To support our thesis, we provide data from recent survey projects that highlight the degree to which applied and basic scientists have different views about behavioral goals for their communications. We ultimately suggest that basic scientists may need additional help choosing goals and that applied scientists may have more opportunities for focused impact whereas the impact of engagement by basic scientists may be more broad-based.

This study explores the evolving, however also “messy”, role of communication professionals in higher education institutions (HEIs), who are involved in organizational science communication. Despite substantial growth and professionalization within HEIs' communication departments, limited research delves into these professionals' own perspectives and their self-understanding. Our investigation employs a metaphors-in-use perspective, through 26 interviews in ten Scandinavian HEIs. The paper contributes to the research on organizational science communication by unraveling the metaphors used by communication professionals: the salesman, the marketplace-facilitator, the police, the missionary, the storyteller, and the overhead-cost, gaining an understanding of how communication professionals perceive their own role.

The GlobalSCAPE research project was tasked with engaging people working in science communication to better understand their views of the field. While being a European-based research project, GlobalSCAPE aimed to connect with science communicators across the globe. This practice insight paper reflects on the lessons learned from GlobalSCAPE, the successes and failures, and what might be done to continue the work of global science communication research projects. It is hoped that such learnings will be of broad interest to research and practice communities grappling with ways to fund and support science communication around the world.

Despite growing awareness of the need to bridge research and practice in science communication, methods of facilitating meaningful interactions between them remain elusive. This practice insight explores how teaching efforts can help to fill this gap. Drawing on case studies from the U.S., U.K., Canada, Germany, India, and Mexico, six instructors offer examples of pedagogical strategies that they have found effective in bridging the two domains — such as fostering partnerships with local science communication practitioners, using dialogic and participatory approaches to build communities of learning and practice, encouraging reflexivity and epistemic humility, and drawing connections with local contexts.

“Teaching Science Students to Communicate: A Practical Guide” is aimed at scientists who want to teach science students transferrable communication skills. It starts with a rallying cry and is filled with creative ideas for teaching sessions with top tips on how to run them effectively. Above all, this book should help scientists instil a disposition in their students that should underpin any act of communication — empathy.

This review analyses the presentation of “Campus Gutenberg Museo de la Ciencia CosmoCaixa 2023” held in September 2023 in Barcelona and reflects on the connection of the event with the necessary redefinition of the social communication of science in the face of the impact of artificial intelligence.

This special issue focuses on the global landscape of teaching science communication in higher education. Following an open call, we selected seven papers with topics including the geographical distribution of science communication programmes, indicators of quality, programme analysis, self-reporting tools, interdisciplinarity, sustainability, and competencies. Collectively, these contributions highlight how the field has grown and increased in complexity, and highlights challenges faced by educators and the significance of addressing them within local and global contexts.

In the context of a special issue of this journal focused on teaching science communication, we present a map of the geographical distribution of 122 science communication teaching programmes from 31 countries around the world. This mapping study resulted from a collaboration between members of the PCST Teaching Forum and the research team at GlobalSCAPE, a research project funded by the European Commission to explore the global state of science communication. Our findings highlight the concentration of these programmes in the U.S.A. and Europe, and the dominance of English as the language of instruction. We ponder the causes and implications of the disparities in opportunities for studying science communication in other world regions and languages. The dearth of science communication educational pathways in developing countries may limit the professionalisation of the field, as well as research and evidence-based practice that is locally needed and relevant.