Reflections on two European conferences
Australian Educational Leader AEL 46 Issue 4 | Leadership Challenge Section
Introduction
In this leadership challenge, my aim is to share some personal reflections and learnings based on my experience of participating in two face-to-face European conferences that were held in 2023.
Interestingly, at both conferences, I was the only Australian in attendance. The first conference was Educating the Educators STEM (Science Technology, Engineering & Mathematics) held in Leiden, The Netherlands (May 9, 2023). It was sponsored by the International Consortium for STEM Education.
The second, held a week later (May 14, 2023), was the international Next Library conference in Aarhus, Denmark, where I presented a paper on human rights education. Common to both conferences was a strong focus on STEM education. While participating in these thought-provoking conferences was professionally and personally rewarding for me and my work as an education consultant, a key outcome of the experience was a reinforcement of the idea that STEM education (STEAM, including the Arts in the equation) and human rights education are strongly interconnected.
Two messages I’d like to underscore in this article are (i) the value of schools referring to and using the Universal Declaration of Human Rights, its 30 Articles, and three pillars: freedom, equality, and dignity as a means of rethinking and revisiting protocols relating to student behaviour (Kingsley, 2023); and (ii) the value of exploring human rights via the 17 Sustainable Development Goals (SDGs) (United Nations, 2015) to focus student STEM learning on real world problems. This leadership challenge begins by discussing the connection between STEM and human rights.
The connection between STEM and human rights
In the aftermath of World War II and the atrocities that took place, the General Assembly of the United Nations adopted the Universal Declaration of Human Rights also known as the UDHR (United Nations General Assembly, 1948). Within the UDHR there are 30 Articles, and three pillars, namely freedom, equality and dignity, which can be understood as rules of human behavior. In 1948, 48 countries voted in favor of the UDHR. Currently, there are 193 signatories to the UDHR worldwide including Australia.
The United Nations has also ratified several other frameworks, one of which is the 17 Sustainable Development Goals (United Nations, 2015). In recognition of the 17 SDGs both conferences focused on sustainability as an underlying theme. For example, during the Next Library conference one presentation slide read, “Sustainability is not just something to learn. It’s something to live” (Albrecht, slide, 2023). Interestingly, in Australia the 2024 theme for the National Science Week was set as “Species survival – more than just sustainability” (Ministry for Industry and Science, 2024).
At both conferences, a strong link between STEM and the 17 SDGs was emphasised, highlighting the potential for learning opportunities for both educators and students. This connection is reinforced by the assertion that “STEM education aims to develop and offer innovative solutions to global issues” (Kalkan, 2021, p. 12). Interestingly, in schools these opportunities are limited to class periods, whereas, in libraries, they are only constrained by opening hours. Nevertheless, I learned at both conferences that some European schools are actively incorporating the 17 SDGs into their curriculum, leveraging STEM as a platform to teach students how to tackle and devise solutions for everyday sustainability challenges that matter to them.
The Norwegian University of Science and Technology describes this approach as “Context-based teaching for students’ sustainability consciousness” (Malmo et al., 2023). For example, in Spain, a group of 24 ten-year-old students identified chewing gum littering as a problem. They researched the issue, developed solutions, and presented their ideas to the municipality and on TV news, demonstrating a shift in teaching and learning methods (International Centre for STEM Education, 2023).
According to Al Ali et al. (2023, p.1), “STEM education promotes innovation and creativity providing learners with the opportunity to develop critical thinking, problem-solving, and analytical skills, which are all essential for sustainable development”. In support of addressing sustainability with STEM projects, Albrecht (2023) stated in his keynote address at the Next Library conference, “There is no point rearranging the furniture on the Titanic. We need to change course.” Here he was referring to global warming and how educators need to change how they teach students. In Australia, sustainability, like human rights, is part of the curriculum, but it remains unclear to me how effectively both are being addressed within the context of STEM education.
Who is a STEM teacher educator?
An interesting workshop I attended at the Educating the Educators STEM conference led by Dr. Klaus Himpsl-Gutermann from the University of Klagenfurt raised the question, “Who is a STEM educator?” (Himpsl-Gutermann, slide, 2023). Although the discussion did not lead to a concise definition, the discussion got participants thinking. During the discussion, it became clear to me that subject teachers relating to STEM could be likened to working in subject silos. Yet, silos need to come down so that subject teachers can work cooperatively with each other in relation to STEM. On the basis
there is a worldwide shortage of STEM teachers, Australia included (Feder, 2022), the problem might involve a redesign of teacher subject roles utilising a core subject grid and new ways of working with the curriculum.
STEM camps for girls
At the Educating the Educators STEM conference, STEM camps for girls was another interesting theme and a discussion on this topic was led by Farrugia (2023). These camps are run by organisations such as the International Center for STEM Education (2023). The idea behind these girls’ only camps is that girls develop STEM skills and knowledge better when they are separated from boys. The girls are also given more time to complete their STEM projects on these camps.
Some conference participants from Europe strongly felt that girls more so than boys needed more time to learn how to work with technology associated with STEM and that this was best achieved via girls only STEM camps. These conference participants also indicated that patriarchal stereotypes prevented the girls competing with the boys in STEM competitions.
A similar view in Australia can be found in the Girls in STEM Toolkit (2023). Although questioned whether the girls who attended STEM camps would fall back into a shadow role with boys upon return to school, no clear answers emerged.
Another strong view from Israeli conference participants was based on the idea that young children (girls and boys) should be given the same toys as each other allowing them to freely compete with each other in relation to technology. Following this idea, girls would not need to learn STEM at girls only camps. This idea is supported by Smith (2023, p. 456-478) who says, “When children are given the same opportunities and tools to explore technology, they excel regardless of gender.”
Outdoor STEM education
I attended another interesting workshop at the Educating the Educators Conference led by Professor Katherine Richardson that addressed the theme of outdoor education. The key message from this presenter was that outdoor education can be an excellent way of teaching STEM (Richardson, 2023). One of the presenter’s slogans read, “Kids won’t remember their best day on YouTube. We believe that nature makes kids healthier, happier, and smarter. More green less screen” (Richardson, 2023).
In Australia, Speldewinde is researching and teaching STEM in nature. He says, “Immersing young children in nature gives them awareness of their world and skills they will carry through life” (Speldewinde, 2023, p.1). This workshop left me with the idea that more schooling should take place in nature with less screen time. Perhaps classrooms in the future could be redesigned to incorporate more of nature?
STEM escape rooms
In the Educating the Educators conference I participated in a STEM escape room activity which involved six tables of six participants at each table. Based on clues, the task as groups was to work collaboratively and compete with the other groups to find the numbers that would open six combination locks on the doors on a two-story toy house. Interestingly, the clues required a lot of discussion to find answers that resulted in a series of numbers that would open the combination locks. The learning activity was impressive as it demonstrated how everyday problems could be interpreted as a series of numbers – a code to solve a problem. From this activity I took away the idea that solving STEM problems can draw on a wide range of knowledge and experiences reinforcing the point that STEM can be embedded in all school subjects.
The escape room phenomenon has a short history, first documented in Japan, in 2007 (Nicholson, 2015). The inspiration for the escape room phenomenon comes from a variety of genres, such as live-action role-playing, point-and-click adventure games, puzzle hunt, interactive theater, and haunted houses. According to Nicholson, the interest for this phenomenon grew rapidly from about 2012–2013, expanding first in Asia, and then spread to Europe, Australia and North America. Today it is recognised as a global, common and popular leisure feature which appeals to both adults, youngsters, and children.
Information overload
An informal theme I picked up throughout multiple informal conversations with fellow attendees at both conferences related to information overload and its impact on social and student wellbeing. In one informal discussion in which I was involved, it was argued that students are overloaded with information but starved for wisdom. It was also argued that there was too much focus on individuals in an economic model as the only model of importance.
This notion is supported by Ismail’s study (2022) which found that academic overload, particularly information overload, negatively impacts students’ mental and physical well-being. Ismail’s research suggests that reducing unnecessary information can significantly improve students’ quality of life and reduce academic stress.
In relation to information overload associated with mobile phones, many schools in Australia and around the world are prohibiting their use during school hours with initial outcomes suggesting higher academic performance and less stress (Beland, 2021). Based on what I learned at both conferences, it seems that students need help discerning quality information from spam, and more time in nature disconnected from technology.
Human rights education
When I presented my paper about human rights education at the Next Library conference, I was tackling the issue of how to help children and teens learn right from wrong in a rapidly changing world where mores, customs, ethics, and values are learnt from non-traditional sources often with materialistic and prejudice underpinnings. When I asked the audience the question, “Where are children and teens learning right from wrong?”, many pointed to social media which remains largely unregulated. I made the point that society functions better with fair and reasonable rules.
One of those sets of rules, which is secular, that address human behavior is the United Nations 30 Articles underpinned by the three pillars being freedom, equality and dignity. However, I argued that the Articles remain under-utilised. I shared with the audience that through my work with Human Rights Educators, a not-for-profit organisation in the USA, I discovered that school based antisocial behaviour (a polite term for some abhorrent behaviors) has become a major issue for teachers and the students who fall victim to antisocial behavior.
In Australia, the press often reports on a similar theme. I shared with the audience that I have been addressing this anomaly with human rights leadership forums. When Australia’s Human Rights Commissioner, Lorraine Finlay, is available she presents with me utilising the Human Rights Game (Kingsley & Chorney, 2019), which was developed with in kind support of the United Nations in New York, so it has impeccable credentials. Through my work with Commissioner Finlay during human rights leadership forums in schools, I have learned that most students fear bullying and racism, and that they want rules in place to protect them.
When I present on human rights, I suggest that after engaging in The Human Rights gameplay, they create their own classroom rules based on the UN’s 30 Articles and agree to abide by them.
Conclusion
This short piece has attempted to capture some reflections based on my experience of attending two international conferences that made important links between STEM and human rights. Given the magnitude of the challenges we face in the world today, there is much to be gained by helping students recognise the links between human rights, the 17 SDGs, and STEM, as well as providing them with opportunities to use STEM understandings to work on real world issues.
References
Al Ali, R., Alsoud, K., & Athamneh, F. (2023). Towards a sustainable future: Evaluating the ability of STEM-based teaching in achieving sustainable development goals in learning. Sustainability, 5(16), https://doi. org/10.3390/su151612542
Albrecht, Y. (2023, May 14-16). Shaping democracy and citizenship with art and theatre [Keynote]. Next Library Festival, Dokk1, Aarhus, Denmark.
Beland, L. (2021, March 21). Banning mobile phones in schools can improve students’ academic performance. This is how we know. The Conversation. https://theconversation.com/banning-mobile-phones-in-schools-can- improve-students-academic-performance-this-is-how-we-know-153792
Bourliofas, N. (2023). Benefits of attending international conferences. Australian Institute of Company Directors. https://aicd.com.au/leadership/qualities- of-a-good-leader/development/benefits-of-attending-international- conferences. Retrieved September 20, 2024.
Farrugia, J. (2023, May 9). Girl empowerment in STEM education by means of summer camps [Conference session]. Educating the Educators STEM Conference, Leiden, The Netherlands.
Feder, T. (2022). Physics today. American Institute of Physics, 75(3). Girls in STEM Toolkit (2023).
Girls in STEM. https://www.thegist.edu.au/ students/studying-stem
Himpsl-Gutermann, K. (2023, May 9). Who is a STEM educator? [Conference session]. Educating the Educators STEM Conference, Leiden, The Netherlands.
International Center for STEM Education (2023). Conference book: Educating the educators. https://icse.eu/wp-content/uploads/2023/05/Conference- Book_March_2023_new.pdf.
Ismail, M. (2022). The impact of academic overload on students’ well-being in secondary schools in South Lebanon. International Journal of Education, Technology and Science, 2(2), 47-65.
Kalkan, F. (2021). STEM education and its role in achieving sustainable development goals. Journal of Educational Innovation and Practice, 10(2), 12.
Kingsley, H. (2023, May 14-16). Human rights leadership forums: 75th anniversary human rights libraries gameplay [Conference session]. Next Library Festival, Dokk1, Aarhus, Denmark.
Kingsley, H., & Chorney, A. (2019). The human rights game. https://thebrainary. com/product/the-human-rights-game/?srsltid=AfmBOoryrubRkWVupB- BkN4jgh4Ib2UrbA0Uzj3J-z8AwaMkgdFdZJA6
Malmo, J. T., Valde, H., Staberg, R. L., Febri, M., & Grindeland, J. M. (2023). MOST: Context-based teaching for students’ sustainability consciousness [Conference session]. Educating the Educators Conference, Leiden, The Netherlands.
Ministry for Industry and Science (2024). National science week species survival: More than just sustainability. https://www.scienceweek.net.au/ wp-content/uploads/2024/02/Species_Survival_resource_book.pdf
Nicholson, S. (2015). Peeking behind the locked door: A survey of escape room facilities. White Paper. http://scottnicholson.com/pubs/erfacwhite.pdf
Next Library. (2023). Next library festival 2023 program. Retrieved September 20, 2024, from https://www.nextlibrary.net/event-overview
Richardson, K. (2023, May 15). We humans are a part of an ecosystem [Keynote]. Next Library Festival, Dokk1, Aarhus, Denmark.
Smith, J. (2023). Gender and STEM: Creating equal opportunities for young learners. Journal of Gender Studies, 12(4), 456-478.
Speldewinde, C. (2023). Bush kinder turns nature novices into eco-experts. Pursuit, University of Melbourne. Retrieved September 20, 2024, from Bush kinder turns nature novices into eco-experts | Pursuit by the University of Melbourne (unimelb.edu.au)
United Nations. Department of Economic and Social Affairs (UN). (2015, September 25). Transforming our world: The 2030 agenda for sustainable development. https://sdgs.un.org/2030agenda
United Nations. (1948). The universal declaration of human rights (UDHR). United Nations General Assembly. https://www.un.org.en/about-us/ universal-declaration-of-human-rights
About The Author
Hugh Kingsley | Director at The Brainary®
He is an educationalist and the founder of The Brainary®. Hugh is passionate about making a meaningful difference in the world, which he goes about achieving through education and healthcare resources, technologies and publishing.
Hugh is well published in both academic and non-academic journals and has served on both ministerially and non-ministerially appointed boards of management.
In 2016 past Australian Prime Minister Malcolm Turnbull presented Hugh’s team with a National Disability Award for its innovative work in the field of robotics and disabilities.