I-STEM Project
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I-STEM KNOWLEDGE

SHARE PLATFORM

WHY I-STEM

  • Why I-STEM
  • Pictures
  • Quick introduction video
REFLECTIVE JOURNEYS

  • Reflection journey GSA
  • Reflection journey TAP
  • Reflection journey Varsztatovnia
  • Reflection Journey – Piter Jelles Leeuwarder Lyceum
  • Reflection Journey – Jeziorański High Schoola
  • Reflection journey St. Joseph’s School
  • Reflection journey Diak
  • Polish panel discussion
  • Finish Seminar
01 E-BOOK

  • Why & How E-Book
  • E-Book
  • E-Book video
  • E-Book video1
  • Post E-Book
  • Pre-Book
  • Pre-Book1
02 CORE PRACTICES

  • Why & How Masterclasses
  • Creative process reflection
  • Evaluation Tool:Core Practices Google questionnaire
  • I-STEM Masterclass Mind and Body Connection
  • I-STEM Masterclass Teamwork & Inclusivity 2
  • Evaluation Tool: I-STEM Needs Analysis – Warsaw Oct 2022
03 I-STEM CLASSROOM

  • Why & How I-STEM Classroom
  • I-STEM Classroom Handbook
  • Exploring the Impact of Integrating Drama Techniques for Teachers Dublin Nov 2022
  • Exploring the Impact of Integrating Drama Techniques for Students Dublin Nov 2022
  • Evaluation Tool: I-STEM Teacher Survey Dublin LTT Nov 2022
  • Evaluation Tool: I-STEM Student Survey Dublin LTT Nov 2022
04 ANIMATION - THE STUDENT VOICE

  • Why & How Here we are Animation
  • 04 Animation – The Student Voice
  • Animation video
  • I-STEM Animation Info Pack
SUMMARY & RECOMMENDATIONS

  • I-STEM Summary & Recommendations
I-STEM Knowledge Share
For many students STEM subjects are not engaging enough. Artistic minds, desired inthe science industry, often find science to be “boring” or “too technical.” We believe playful thinking allows one to step outside the box of logical thinking and creates alternative logic that can assist in creativity and learning. This is why we created I- STEM.
I-STEM is an EU funded multinational collaboration between universities, science experts, performing arts industry professionals, post-primary school teachers and young people. I-STEM Knowledge Share is our journey over the last 3 years, highlighting all the knowledge and core practices that were developed over the I-STEM projects lifetime.
In this document we evaluate all the strands of the project, including partners testimonies, participants feedback, peer reviews. This Knowledge share platform will highlight the progression of the project and how it has evolved to respond to participants needs and requirements. It will explain how to get the best out of the I-STEM project materials and how to incorporate the I-STEM creative techniques into the classroom.
We have broken the platform share into different sections to reflect the resources the I- STEM team developed. Each resource is explained and analysed.
The final section of the Knowledge Platform is an overall summary of the project which explains our learnings and recommendations.
I-STEM showcases how to teach STEM subjects through engaging and innovative Creative Techniques, impacting the way students learn and making the subject more appealing. This knowledge share reflects that philosophy aims to help you bring storytelling, improvisation, warm up, innovation and humour to your teaching practice.

Pictures

Reflection journey TAP
Trinity Access’s (TA) initial team consisted of Ciarán Bauer and Dr. Jane O’Hara, who brought extensive experience from previous Erasmus+ projects. This experience was crucial because it helped them navigate the complexities of the project and establish effective communication channels with other partners especially during the Covid period of the project. Dr. Jane O’Hara’s departure in year 2 could have been a potential challenge, but Trinity Access managed this transition effectively by replacing her with other qualified colleagues. This demonstrated their commitment to the project’s continuity and adaptability.
The TA’s team focused on evaluation and reflective processes and was a sign of their dedication to ensuring project success. By continuously assessing the project’s progress through questionnaires and feedback collection, they were able to identify areas for improvement and make necessary adjustments. Their regular communication with the lead partner, GSA, underscores the importance of collaboration and open lines of communication in multinational projects like Erasmus+. This contributed to the project’s smooth operation.
Ciarán Bauer’s 13 years of experience in the TA program and his work in promoting 21st Century teaching and learning practices made him an asset to the project. This expertise would have been instrumental in guiding the project’s educational aspects. Dr. Jane O’Hara’s role in leading the TCD postgraduate teaching and learning certificate course for secondary school teachers suggests a strong background in educational research and curriculum development. Her contributions, before her departure, would have been beneficial in shaping the project’s educational outcomes. Trinity Access has a history of benefiting from participation in Erasmus+ projects, and their collaboration with St. Joseph’s Secondary School in Dublin opened opportunities to implement I-STEM teaching and learning techniques within their school. This practical application of project outcomes demonstrated their commitment to translating research into real-world educational practices.
The knowledge gained from the project also influences their work with student teachers, which implies a cascading effect of improved teaching practices and educational outcomes. Trinity Access’s commitment to embracing alternative and underused teaching practices shows their openness to innovation in education. By recognising the potential of incorporating artistic practices into teaching and learning, they are at the forefront of adapting pedagogical approaches to better engage teachers and students.
Trinity Access envisions a promising future for I-STEM themed artistic practices within their organization. They work with a significant number of schools, including 20 TA schools and 40 schools in the Schools of Distinction program. They also provide content and teacher engagement for the TCD postgraduate certificate course. This suggests they have the infrastructure and reach to promote I-STEM practices widely. Their plan to engage with these schools and teachers in the upcoming school year highlights their ongoing commitment to the integration of I-STEM practices into mainstream curricula, with the goal of improving student outcomes.
In summary, Trinity Access was highly engaged and an adaptable partner that recognised the importance of continuous evaluation, collaboration, and the practical application of research findings to enhance educational practices within their organisation and beyond. Their expertise in education and commitment to innovation bodes well for the long-term success of I-STEM initiatives in their educational environment.
Reflection journey Varsztatovnia
Participation in the I-STEM project was a valuable opportunity for Varsztatovnia. The process of selecting and involving participants in various project activities was a meticulous one. The individuals chosen to represent our organisation were carefully selected based on their interests and skills that aligned with the project’s objectives. It was essential that participants were enthusiastic and willing to dedicate their time and effort to the project.
In terms of our contributions to the project, our organisation brought a wealth of expertise to the table. We leveraged our organisational skills to effectively manage project tasks and timelines. Additionally, our technical background was put to effective use, aiding in the successful execution of various project activities. Our participants also brought their artistic experience into play, which added a creative and innovative dimension to the project.
The participants involved in the project from our organisation were professionals with a background in the performing arts industry. This meant they had a solid foundation in artistic techniques and methods. Moreover, their organisational and technical skills ensured that project tasks were executed efficiently and to a high standard. Their diverse skill set allowed them to contribute effectively to the project’s objectives.
Participating in the project had a significant impact on our organisation. We were able to explore new avenues within the realm of artistic activity, expanding our horizons beyond our traditional scope. Importantly, this project provided us with invaluable experience in working on a European- level initiative, broadening our perspective, and enhancing our capabilities. Collaborating with organisations from different countries that shared similar goals enriched our understanding of cross- cultural practices and allowed us to forge meaningful connections.
The lessons learned from this project were profound. We realized the immense potential of artistic methods for application in various domains. This insight opened doors to new possibilities in our own training and artistic endeavours. We came to understand that the creative approaches and techniques we employed in the project had the power to transcend boundaries and be adapted to address challenges in diverse fields.
Looking ahead, we see a promising future for I-STEM within our organisation. The methods and strategies developed through this project align closely with our core mission of promoting inclusive and modern education. By integrating I-STEM methods into our practices, we can further enrich our educational offerings and continue to foster innovation through the integration of artistic approaches.
In summary, our participation in the I-STEM project was a transformative experience. We carefully selected participants based on their skills and interests, and their contributions were integral to the project’s success. Our organisation’s diverse expertise, including organisational, technical, and artistic skills, enriched the project. The impact of the project on our organisation was substantial, leading to new opportunities, cross-cultural collaborations, and expanded horizons. The lessons learned emphasized the versatility of artistic methods, and we are excited about integrating I-STEM approaches into our future endeavours.
Reflection Journey – Piter Jelles Leeuwarder Lyceum
At the outset of the I-STEM project, the enthusiasm of the teaching staff at Piter Jelles Leeuwarder Lyceum played a pivotal role in driving its success. The school’s principal extended invitations to teachers to participate, recognising the value of incorporating innovative STEM teaching methods into the curriculum. Frank Oosterhaven and Roos Offringa responded eagerly, becoming the initial representatives of the school within the project. Frank emerged as the dynamic leader of the Netherlands’ contingent, ensuring effective coordination and communication.
However, the unprecedented challenges posed by the COVID-19 pandemic altered the course of involvement. Roos Offringa, an early advocate for the project, had to readjust her participation due to pandemic-related constraints. Roos was still able to channel her dedication by delivering a comprehensive project presentation to her fellow STEM colleagues. This presentation served as a catalyst for individual conversations with potential participants, nurturing a network of interest and commitment.
In the wake of Roos’s engagement efforts, two passionate educators, Marianne de Haan and Marion Jorissen, were drawn into the I-STEM initiative. These teachers shared an intrinsic drive to transform traditional STEM education into an interactive, dynamic experience. Their active involvement started with the “train the trainer” sessions, during which Marianne and Marion harnessed their expertise in biology and English, respectively, to infuse the I-STEM approach into their teaching methodologies.
Engaging students, the heart of any educational initiative, was central to their approach. To identify participants for the mobility week, pupils in the 2nd and 3rd years were encouraged to craft motivational letters that articulated their interest in immersing themselves in this transformative learning experience. These letters revealed not only motivation but also an alignment with the I- STEM criteria. The selection process yielded a diverse group of ten students, ages ranging from 12 to 15, comprising an equitable mix of genders and ages.
The school’s contribution to the I-STEM project extended beyond student involvement. Frank’s initiation of the E-book translation into Dutch displayed the school’s commitment to sharing knowledge and resources. This collaborative translation, subsequently completed with the assistance of an external party, further ensured accessibility and inclusivity in STEM education.
Marion and Marianne, dynamic proponents of the I-STEM approach, actively participated in refining and implementing the heart and nervous system lesson plans. Their involvement extended to attending the train the trainer sessions, where they absorbed innovative teaching methodologies to channel into their classrooms. The mobility week marked a pinnacle, with Marianne and Marion joining the students in immersing themselves in this experiential learning journey.
The impact of the I-STEM project reverberated beyond the classroom walls. The school embraced diverse platforms for knowledge dissemination. Marianne, armed with insights from the project, led a workshop at the Lions conference, a gathering of young teachers in the fields of chemistry, physics, and biology. This interactive workshop underscored the project’s ethos, demonstrating the potential of active, engaging teaching methodologies.
The I-STEM project catalysed profound reflections and transformations in the educators’ pedagogical philosophies. Marianne’s experiences validated the potency of kinaesthetic learning, revealing that active engagement heightened comprehension and inclusivity. Notably, it empowered quieter students to participate actively, fostering a vibrant learning ecosystem.
For Marion, the project’s impact was equally profound. Incorporating physical activities into English lessons transcended subject boundaries, revealing the universal applicability of the I-STEM approach. This realisation inspired her to integrate these methodologies into her future teaching endeavours, creating a legacy of enhanced pedagogical techniques.
As the project progressed, the teachers’ aspirations developed. The immediate focus rested on inspiring colleagues within the school to embrace the I-STEM ethos and adopt the meticulously developed teaching methods. As there were diverse subjects, it was recognised that widespread implementation might not be feasible. However, the intention was to create a ripple effect, with partial integration across various subject domains.
A vision emerged to host workshops that enabled STEM educators to tangibly experience the impact of I-STEM activities. These workshops would empower educators to develop lesson plans that seamlessly wove in active learning, embodying the essence of I-STEM. This ambitious aspiration aimed not only to enrich the educational experience within Piter Jelles Leeuwarder Lyceum but also to contribute to a broader change in basic assumptions in STEM education.
Reflection Journey – Jeziorański High School
The I-STEM project at Jeziorański High School was a comprehensive and impactful initiative that has positively influenced various aspects of the school’s educational environment. The project’s focus on personal development, student engagement, and the advancement of STEM subjects highlighted the commitment of the school to fostering holistic growth among its students. The project’s success began with the thoughtful selection of participants. Teachers and students who demonstrated a genuine interest in personal development, student growth, and STEM subjects were chosen. This ensured a motivated and enthusiastic group to drive the project’s activities.
The school made substantial contributions to the project. It developed the education system in Poland and the teacher training system, indicating a deep commitment to educational reform and improvement. The creation of new lesson plans in multiple subjects displayed a dedication to enhancing teaching methods. It’s commendable that these plans were evaluated and refined through interaction with students. By informing other educators, schools, and relevant institutions, they ensured the dissemination of valuable insights and findings. The diverse range of participants, including experienced teachers, enthusiastic students, supportive parents, and the project coordinator who brought academic expertise, created a well-rounded team. The emphasis on creativity and innovation within the group allowed for the generation of fresh ideas and practices.
The project’s influence on the school is apparent. The adoption of new teaching methods indicates an evolving pedagogical approach that places student-centred learning and engagement at the forefront. The involvement of parents demonstrates a strong partnership between the school and the community, enhancing the overall educational experience. The international trip enabled students to expand their horizons, develop skills, and establish global connections. The project had a profound impact on teaching practices. As a school principal noted, “you embraced innovation and encouraged teachers to explore new methods, fostering a culture of continuous improvement”. This openness to change reflects a dynamic approach to education that values adaptation and growth.
Looking ahead, the school will include a continuation of collaborative I-STEM project practices to support and maintain a school environment where innovative learning methods are consistently implemented in the curriculum. This commitment to ongoing progress ensures that the school remains at the forefront of educational advancements.
In summary, Jeziorański High School highlights a comprehensive effort to enhance education through innovation, collaboration, and student-centred learning. The positive impacts on teaching, student engagement, and community involvement demonstrate a successful integration of new methodologies and a dedication to continuous growth.
Reflection journey St. Joseph’s School
In the St. Joseph’s participation in the I-STEM project, the selection and involvement of teachers in various project activities were strategically carried out. Participants were chosen based on specific criteria outlined by the project administration, focusing on factors like interest in natural sciences, language skills, and a demonstrated inclination towards innovative school activities. The selected students exhibited creativity and strong interpersonal skills, enabling them to easily engage with new people they encountered.
Their role in the project was pivotal in several aspects. They were responsible for identifying and selecting students for the training trip, ensuring that those with the right qualities were chosen. The contributions extended to creating lesson plans and sample lessons that were incorporated into the project’s task database for other educators. Additionally, they facilitated the participation of students, overseeing their well-being during the trip and conducting sample classes. Active involvement was evident through consistent attendance at project meetings.
The impact of the project on our school was substantial. The introduction of novel teaching methods enriched the learning experience and fostered increased engagement among both students and other teachers. The international trip provided students with opportunities to connect with peers from other countries, enhancing their personal and skill development. As a result, the school became a conduit for disseminating knowledge about these innovative teaching methods to other educators and institutions.
As stated by a project teacher her personal growth as an educator was evident and she incorporated new techniques into her teaching repertoire, making the subject more captivating for the students. Along with other project teachers they discovered ways to create interactive lessons without relying on advanced technology, an insight that could be particularly beneficial for teaching science subjects at the secondary school level.
Looking to the future, they plan to apply the acquired techniques to your teaching practices, anticipating improved outcomes as a result. This forward-looking approach aligns with the sustainability of the I-STEM project within the school, as they continue to leverage these methodologies to enhance the educational experience and foster better results for both students and educators.
Reflection journey Diak
In our participation in the I-STEM project, our organisation, Diak, played an active role in various aspects of the project. Here is a narrative of our responses:
Selecting and Involving Participants: We partnered with LUMA Centre Finland, a leading national developer in STEM teaching, during transnational project meetings. This collaboration was a result of careful consideration, as LUMA’s expertise aligned well with our project goals. Additionally, we organised seminar and round table events, inviting experts from diverse fields such as the University of Helsinki, Eastern Finland University, Vamos youth services, and University of Jyväskylä. Our participants included professors, researchers, Ministry of Education officials, pedagogy students, teachers, and leaders. This approach enriched discussions and expanded participants’ networks, resulting in fruitful presentations and conversations.
Contributions to the Project: Diak contributed significantly to the project’s success. We produced and organised an e-book publication that included expert interviews, adding valuable content to the project’s resources. Our active participation in transnational project meetings and mobilities enhanced the project’s cross-border collaboration. Additionally, we organised a round table seminar at the Heureka Science Centre, a suitable venue for our theme. Furthermore, we engaged in knowledge sharing by writing blogs, such as the one available at https://dialogi.diak.fi/2022/08/24/lystikkaasti-luonnontieteista/.
Learning and Impact on Teaching/Practice: We learned several valuable lessons from this project. Organising successful events requires meticulous content planning, as participants are more interested in meaningful discussions than the project itself. Adequate preparation, timely invitations, and thematic alignment of the venue are crucial. Personalised communication targeting likely interested participants is more effective than generic social media posts. We realised that targeted informing requires understanding potential attendees and organisations, ensuring effective communication. For future projects, participating in established events and conferences can draw larger audiences and save us from competing with other activities.
Impact on Our Organisation: While the impact on our organisation was modest due to not directly teaching primary school pupils or natural sciences, we learned that creative methods applied in I- STEM are transferable to our social health sector. The project broadened our perspective on teaching abstract concepts through creative means, which is applicable to our field.
Future of I-STEM in Our Organisation: Diak primarily educates professionals for the social and health sector, making direct integration of I-STEM methods challenging. However, we foresee potential collaboration between the I-STEM project team/network and our organisation in social inclusion projects. The creative methods we learned can be adapted to the social health sector, aiding in teaching and concretising abstract concepts. This alignment could facilitate the incorporation of I-STEM principles into our practices beyond traditional STEM education.
Through our participation in the I-STEM project, we gained insights, connections, and strategies that have enriched our educational approach and expanded our horizons beyond our immediate focus.
Panel discussion during the conference 31.08.2023 Warsaw
Participating organisations:

Varsztatovnia (VV) – artistic workshops for adults
Zwolnieni z teorii (ZWZT) – social projects at school
Szkoła w Chmurze (SCH) – home schooling
Centrum Nauczania Domowego (CND) – home schooling
School of life (SOL) – gap year and self-improvement

Discussion panel “Education of the future in practice”

Among other things, we talked about the different paths of education, the competences of the future needed by students but also by teachers, and that the hope of education is people and the power of cooperation between them.

Here is a summary of the panel discussion:

Question: What is the state of contemporary education in Poland?
SCH We are a system school, we follow the same curriculum as regular schools, only we operate differently, because we do home schooling. We were actually established because the state of education in Poland is bad. Fortunately, today’s young people have a choice between different forms of education.
SOL Young people are lost in adult reality, they don’t have social-psychological skills. ZWZT We try very hard to change things, but it’s still not enough, e.g., some school wants to move away from grades 1-5 and the Board of Trustees doesn’t allow it. The school legislation is absurd. But there are many passionate teachers who work from the bottom up. My hope is people. Change will not come from the system.

Question: What is the education of the future?
ZWZT It is teaching the 4K competences, not the memory method, but the ability to look for information, to work in teams, to solve problems, to resolve conflicts.
CND There is an anecdote about a monkey, an elephant and a crocodile who are supposed to have a test in school about climbing a tree. That is the point. Everyone is different and there is no one way of teaching that is good for everyone. Knowledge should be asynchronous, tailored to the needs of different students with different talents. In the school of the future, each student will choose a different educational path, education will be tailor- made.
SCH The education of the future is a minimum core curriculum and a choice between forms of learning. Who is to decide whether a pupil should switch to home teaching? Ideally, it should be the teacher who observes that a student needs home teaching and lets the parents know. You can’t put the responsibility for the child’s life on them and have them decide for themselves.

The OCT Education of the future is a good relationship between teacher and pupils that builds through action. The teacher inspires, offers support, believes in the pupil, and gives him/her agency. In today’s school system, the student decides nothing, not even what colour the walls are in the classroom. Teachers, on the other hand, have a sense of meaning precisely when they make a difference in the lives of their students, letting them out into the world with the feeling that they can achieve a lot.
SOL The formation of social-psychological skills should take place within the school system. We are human beings, we live in society, in the world. We need to learn our place. There should be classes in school to learn about oneself, one’s talents, abilities.
VV Education does not stop at school. It is good to promote lifelong learning because as people we are constantly changing, our needs are changing. We can see this from the participants in the classes we run at Varsztatovni – adults come to us because they want to develop themselves further, and the art workshops help them overcome their fears and establish new relationships.
SCH People who have had a poor experience at school need a break from education. Hence the decision to have a gap year. It would be great if school was such that after school a person wants to continue learning, not take a break from education.

Question: What competences do teachers of the future need?
CND Teachers also need soft competences, communication competences. They are often afraid of change, afraid to admit a mistake to protect their authority.
SOL Teachers need space and time to be people, not to burn out.
CND A lot is required of the profession. A teacher is expected to be professional at all times, bringing work home. Dealing with this pressure is the hardest part.
VV Teachers are very controlled by the Board of Trustees, they are bound by a detailed core curriculum. Self-regulation competences are therefore very important.
VV Teachers need to be heard, to be noticed. They have to reconcile many interests (demanding principal, uninvolved parents, their private lives). Teachers, be good to each other!
VV There is great strength in collaborations between people, between organisations, collaborations such as I-STEM. This is when we can make real change, together.
Message at the end:

SCH Teachers and educators, support each other!
CND Look for solutions not problems.
SOL Take care of each other.
ZWZT Act together to make things better for all of us.
VV Let us act together, let’s work together.

Reflection journey GSA

Finish Seminar

Why & How E-Book
The I-STEM eBook was developed to showcase research and best practices in using art to improve the teaching of STEM Subjects. It places Art and Science together as a means of understanding the world around us, to develop our potential to create the scientists of tomorrow. This combination is commonly referred to as STEAM.
The E-BOOK was the starting point for the I-STEM project and allowed the project team to understand the theoretical understanding or Arts in STEM disciplines as well as the breadth of subjects covered under the Arts (humanities, language arts, dance, drama, music, visual arts, design, and new media). It highlights how researchers and practitioners are using creative initiatives to promote inclusive teaching approaches.
The E-BOOK was developed initially for post primary educators who are interested in incorporating creative approaches in their teaching and learning but throughout the lifetime of the project it was evident that the I-STEM methodology could be used in primary schools as well as non-formal education settings.
The focus of the E-Book is on STEAM teaching in Poland, the Netherlands, Ireland, and Finland. It compares the perspectives of these four countries and offers an overview of innovative and creative approaches. In Addition, the publication presents an overview of the evolution of arts in teaching STEM subjects, with a particular emphasis on current models and emerging methods of instruction for teachers. The e-book details how various innovative learning methodologies and creative tools can be used to improve STEM learning. In addition, it discusses how to involve students who are underrepresented in STEM industries.
E-Book
E-Book video1
Pre review of I-STEM E-Book
Introduction

The purpose of the I-STEM e-Book is to present research and best practices on the utilisation of arts to enhance pedagogy and classroom practices in STEM education. It aims to provide guidance on the main relevant concepts rather than offering a comprehensive exploration of all aspects of arts in STEM disciplines. We acknowledge the limitations of this resource but believe that it will effectively serve its intended purpose. Additionally, we hope that it will offer valuable insights and inspiration to its readers. The following peer review formed part of the academic approach to ensuring best practices in creating a tool to enhance teacher engagement in STEM and the arts in the classroom.

Discussion
Relevance and significance of the E-Book

In relation to the relevance and significance of the E-Book, it was noted by the reviewers that the E-Book provides concrete examples of innovations and good practices in teaching science through artistic expression, based on the I-STEM international educational project in European countries such as Poland, the Netherlands, Ireland, and Finland. They mention that the E-Book includes a multimedia preface by Dr. Niamh Shaw, advocating for the use of visual messages in teaching mathematics and science. The content of the E-Book consists of an introduction, chapters discussing STEM initiatives in different countries, a chapter that generalizes the findings, and a chapter indicating possible directions for the integration of science and art. The E-Book also addresses the challenges faced by the project in individual countries.

Additionally, the subject of integrating mathematics, natural sciences, and art is highly relevant. They appreciate that attention is being given to this topic in the implementation of education across multiple European countries. Peer 2 believes that the E-Book can provide people with ideas on how to emphasize the artistic component within the STEAM approach (Science, Technology, Engineering, Arts, Mathematics). They also express a preference for the term “STEAM” rather than “VOTE,” suggesting the importance of including arts in STEM education.
Overall, they acknowledged the relevance and importance of the e-Book in exploring the integration of mathematics, natural sciences, and art. They appreciated the concrete examples, international perspectives, and potential for inspiring innovative teaching practices in this field and further emphasised the importance of the arts within the broader STEAM framework.
The content of the E-Book?

Overall, the content of the E-Book was well-structured and coherent. They mentioned that it consists of a multimedia preface by Dr. N. Shaw, followed by an introduction, six chapters, a bibliography, and two appendices and described the individual parts as forming a cohesive whole, indicating that the content flows logically. However, regarding the readability of the E-Book, it was at times challenging to read, not because of the English language, but due to other factors. A suggestion that a summary provided at the beginning would give readers an overview of the main points and would make the E-Book more interesting and encourage them to read the entire content. Overall, while there is a coherence and logical structure to the E-Book, there was an expressed desire for improved readability and an inclusion of a summary to enhance engagement with the content.

Layout and readability of the E-Book?

Based on the feedback provided the assessment of the layout and readability of the E-Book highlighted that the multimedia preface by Dr. N. Shaw and the main part, which includes an introduction, six chapters, a bibliography, and two appendices, form a logical and coherent whole. The readability of the E-Book, was however challenging to read, noting that this difficulty was not in particular due to the English language as both reviewers were non-native English speakers but other factors as well. They suggest that starting the E-Book with a summary would have been beneficial. This summary at the beginning would have provided an overview of the main points and made the content more interesting and engaging. They believe that this would have motivated them to read the entire E-Book.

What was most useful or interesting about the E-Book?

Several aspects of the E-Book were found to be useful and interesting. The reviewers highlighted that the authors discussed and compared the implementation of the I-STEM project in four European countries, providing valuable comparative material. The E-Book included numerous examples of good teaching practices observed in these countries, which can serve as inspiration for teachers of mathematics, natural sciences, and arts in their search for effective interdisciplinary methods. The emphasis on the role of emotions in triggering the process of creative learning was also appreciated. There was an acknowledgement of the importance of preparing students for future professions that may not currently exist, requiring the development of new teaching methods and learning approaches. Chapter 5 was considered as the most interesting part of the E-Book. with an expression of curiosity and a desire to read more. Overall, both reviewers found valuable and interesting aspects to the E-Book with an appreciation of the comparative analysis of the I-STEM project, the examples of good teaching practices, and the emphasis on emotions and preparing students for future professions.

Conclusion

In conclusion, it was highlighted that the project implementation, in individual countries, could benefit from more detailed examples of good educational practices, particularly regarding the use of technologies like artificial intelligence, robotics, or drones. They noted that their opinion is based on the English version of the E-Book and mention the need for linguistic proofreading for the Polish translation. There was an expression of appreciation for the project and its value in sharing knowledge. They highlight the participation of a Gymnasium school, which they believe can provide valuable insights within their teaching and learning practices. However there was a certain level of curiosity about the lack of visual arts representation in the E-Book, considering the topic’s focus. It was noted that the E-Book followed a “classic report format.”

Pre-Book: I-STEM_Interview questions for PRACTITIONERS_OCT 2020
Pre-Book: E-Book: I-STEM_Interview questions for Experts_OCT 2020
Why & How Masterclasses
ISTEM – Creative Process Reflection
By Séamus Quinn & Caroline Coffey – GSA Creative Team
Learning from the initial project survey, we noticed the gaps indicating what’s needed in the classroom. Up to 74% of teachers surveyed, seldom to never, use storytelling techniques during a lesson with over 80% never using or only sometimes using improvisation skills within standard class lessons.
“Creativity is going to be key in coming up with solutions to problems facing society in the next few decades. We will need creative thinkers.” (ISTEM Teacher Survey 2021.) This informed our rationale moving forward.
In separate one-to-one workshops with teachers, we began the process of finding out what they want in the classroom. They revealed they need, “tips and tricks,” to help keep students engaged and they want to feel more empowered to do so.
Sourcing various lesson plans from all ISTEM partner countries, we then chose universal topics to be used as lesson templates. Seeing the similarities among the chosen topic plans, we began thinking of relevant creative techniques that teachers would find useful to complement these plans.
By being in the classroom at St. Joseph’s Secondary School Rush and observing teachers in action, we began to see how creative exercises could potentially blend into a regular lesson plan.
On another visit to the school, we facilitated preliminary workshops with St. Joseph’s teachers, trialling creative exercises which would complement and consolidate the STEM subject learning. These exercises use physicality for a mind & body connection, improvisation, storytelling and have fun elements to energise and focus the students on an inclusive learning environment.
Following this process, we continued observing the STEM classroom in action as teachers began to incorporate the techniques into their standard lesson plans and we began to assess the effectiveness of the techniques in the STEM classroom. Positive feedback from the teachers involved, inspired us to expand the learning potential, using the creative techniques with other topics and lesson plans. This became the foundation of the Train the Trainer material in Warsaw.
In a 5-day training event, at the ISTEM Training in Warsaw, we trained partner teachers in the creative techniques chosen above. We collaborated with the teachers in designing the universal lesson plans incorporating chosen techniques. We also facilitated a presentation skills workshop to help the teachers formulate and present their thoughts on their ISTEM experience. This would eventually inform and help create the core practice videos.
The 5-day Mobility week began with a student and teacher team bonding workshop and classes throughout the week were taught by teachers using creative techniques in their lesson plans. Student Animations were workshopped and created to reflect on the students’ experience. Teachers’ core practice videos were recorded as they reflected on their ISTEM experience and learning to date.
Following the Mobility week, teachers finalised their lesson plans based on the success and potential of creative techniques trialled and used in their lessons.
On the website and the handbook, the lesson plans were included, as were aims and
instructions to various creative techniques, with videos to support the learning.
Moving Forward with ISTEM

Teachers and educators across the board, including the participating countries, consider the lesson plans incorporating the creative techniques, to be very practical and applicable to a classroom setting. But possible barriers were mentioned regarding real, on-the-ground implementation of the strategies. These barriers are considered from an Irish Schooling context and have also been echoed by fellow European teachers:

Time – Many teachers expressed the concern that introducing other time-consuming techniques, other than the prescribed syllabus, would accept valuable time that few teachers may be willing to give up. The quantity of exam topic material to be covered might leave little time for creative exploration.
Training Barriers – Unfortunately, in Ireland, there are no training opportunities or CPD training available or sanctioned for secondary school teachers unless it is directly linked to Croke Park hours. This makes the potential ongoing training process more difficult and detrimentally impacts the potential benefits of the project for students and teachers alike. The handbook and website interactive tools are seen as a great resource but without further hands-on training, the teachers feel ill-equipped to deliver and transfer the training to other teachers.
Confidence – Although teachers were/are very excited by the creative exercises that complement the curriculum learning, they don’t feel that their expertise lies in applying creative techniques. Because of this, there is a reluctance to engage with the material without further training to develop these complementary teaching skills.
It is proposed that Teacher Training colleges could adapt this programme as a module into their teaching training programmes to instil the confidence needed to implement the use of creative techniques in the classroom for future generations of teachers. It could also be an option that secondary schools come together and offer this ISTEM training to interested teachers under Croke Park hours.
Evaluation Tool: Core Practices Google questionnaire

Evaluation Tool: I-STEM Needs Analysis – Warsaw Oct 2022

Why & How I-STEM Classroom

Introduction to process
The I-STEM Classroom is an interactive web-based teaching aid to showcase Creative techniques for classroom collaboration and enquiry-based learning. It provides step-by-step guidelines on how to use creative techniques to support the learning of STEM subjects.
It provides a set of methods aimed at teaching STEM subjects in post-primary schools. Including classroom activities that provide practical experiences for teachers and students. It supplies mechanisms for a more collaborative approach and active participation, building on students’ personal learning for self-directed observation and critical thinking. Creativity in the classroom remains the most potent element for teaching and learning contexts; in drawing from the cognitive, affective, and psycho-motive learning channels.
The I-Stem Classroom is based on a professional collaboration between the following partners: Diaconia University of Applied Sciences (DIAK) in Helsinki (Finland), the Trinity Access Research Group at Trinity College Dublin (Ireland), The Gaiety School of Acting, The National Theatre School of Ireland, Dublin (Ireland), Varsztatovnia, Warsaw (Poland), post-primary school teachers and young people from St Joseph’s Secondary School, Rush (Ireland), LXVII Liceum Ogolnoksztalcace im. Jana Nowaka-Jezioranskiego, Warsaw (Poland) and Piter Jelles Leeuwarder Lyceum, Leeuwarden (Netherlands).
The I-Stem Classroom was tested in Dublin in November 2022 with students from all three schools.
It is divided into three separate areas: Lesson Plans, Creative techniques, and Core Practices. Originally developed as a downloadable booklet during the course of the project it became apparent that an online, interactive version with video examples would be more beneficial.
Lesson plans:
These have been designed by Teachers who took part in I-STEM training and incorporated and adapted creative techniques into their regular teaching practice. The activities and techniques described in the lesson plans complement the learning requirements of the lesson plan.
Creative techniques:
The Creative Techniques were developed to be used in the classroom to complement STEM learning. They can be used as warms ups to energise and focus the students or can create a mind and body connection to a specific subject matter. These Creative Techniques nurture and foster a fun and inclusive learning environment allowing space for improvisation, storytelling and makes information recall easier for the students.
Core Practices:
Originally conceived as Masterclasses, these videos developed into core practice videos and became more about teachers informing teachers and these videos explained their I-STEM journey and highlighted the benefits of using creative techniques in the classroom.

I-STEM Classroom Handbook

Exploring the Impact of Integrating Drama Techniques for Teachers Dublin Nov 2022

Project Information

Project no. 2020-1-IE01-KA201-066025

Project acronym: ISTEM

Start date of project: 01/09/2020

Duration:36 months

 

Funding Programme: Erasmus+ KA2: Cooperation for Innovation and the Exchange of Good Practices –Strategic Partnerships for School Education.

Information about the Report:

Report title: Exploring the Impact of Integrating Drama Techniques in Teaching Sessions


Contact Information:

Coordinator and Lead Partner on this Output:

Trinity Access Programme (TAP)

Trinity College Dublin, the University of Dublin

College Green, Dublin 2

Ireland

Ciarán Bauer,
bauerci@tcd.ie

Website: istem–project.eu

 

Contents

 

Introduction: …………………………………………………………………………………………………………………………. 3

Discussion and Recommendations: …………………………………………………………………………………………4

Programme Implementation and Changes:  …………………………………………………………………………… 4

Benefits for Teachers: …………………………………………………………………………………………………………… 4

Benefits for Students: …………………………………………………………………………………………………………… 5

Standout Moments: ……………………………………………………………………………………………………………… 5

Suggestions for Improvement: ……………………………………………………………………………………………… 6

 

Exploring the Impact of Integrating Drama Techniques in Teaching Sessions

Introduction:


Innovative teaching methodologies continue to shape the way knowledge is imparted and absorbed in schools and in the classroom. This I-STEM project focused on the integration of drama techniques into traditional teaching sessions, aiming to foster engagement and enhance the overall learning experience. This report explores the outcomes of a survey conducted to assess the effects of these new drama techniques on educators’ confidence, student engagement, and curriculum coverage.

Education is a dynamic field that constantly seeks to adapt to the needs and preferences of both educators and learners. The incorporation of drama techniques represents a bold step toward injecting creativity and interactivity into classroom interactions. While these techniques hold the promise of invigorating learning environments, it is essential to comprehensively evaluate their impact from various angles.

The survey conducted among educators aimed to gather first-hand insights into their experiences when utilising these drama techniques. The survey consisted of a series of questions targeting different aspects of the teaching process, ranging from teachers’ personal feelings about the techniques to the perceived effects on student engagement and curriculum coverage. By analysing the responses on a scale of 1 to 5, this report aims to provide a nuanced understanding of the successes and challenges encountered during the implementation of these techniques.

As educators play a pivotal role in shaping the learning journey, their comfort and confidence in adopting new methodologies are of paramount importance. Therefore, the survey explored teachers’ feelings of confidence while delivering classes using the newly integrated drama techniques. It also assessed their level of enjoyment during these sessions, shedding light on the emotional experience associated with this novel teaching approach.

Furthermore, the report investigates whether the incorporation of drama techniques had a discernible impact on student engagement. This crucial aspect delves into whether the techniques succeeded in capturing students’ interest and encouraging active participation, thus contributing to a more vibrant and immersive learning atmosphere.

Another crucial dimension explored in the survey is the perceived effectiveness of the drama techniques in terms of curriculum coverage. It examines whether teachers found these techniques conducive to delivering the planned content within the same timeframe and depth as their conventional teaching methods.

 

Discussion and Recommendations

Programme Implementation and Changes:

  • Classroom Size: The feedback indicates that the size of the classrooms used during the programme was inadequate. This suggests that the physical environment significantly impacted the effectiveness of the activities. Inadequate space could have hindered movement, collaboration, and engagement among students.
  • Inclusive Participation: The feedback underscores the importance of inclusive participation. It appears that the engagement level of the Polish students was not on par with the desired level. This might have impacted the overall dynamics and effectiveness of the programme. Ensuring that all student groups actively engage in all activities is crucial for achieving the desired outcomes.
  • Thoughtful Instructions: The point about well-thought-out instructions highlights the significance of clear communication between teachers and students. Ambiguous instructions might lead to confusion and hinder the learning process. Clear, precise, and well-structured instructions can enhance students’ understanding of tasks and assignments.
  • Group Sizes: The suggestion for smaller group sizes reflects a belief in the benefits of personalised attention and focused interaction. Smaller groups can promote better student-teacher interaction, allow for individualised support, and encourage active participation from all students.
  • Lesson Frequency: The desire for more lessons and the suggestion to repeat each lesson for every group demonstrate an understanding of the importance of reinforcement and practice. Additional lessons and repetition can help solidify the learning and ensure that all students have a chance to engage with the material thoroughly.

Benefits for Teachers:

  • Applied Learning: The teachers’ experience of implementing techniques learned during Mobility Week in their classes emphasises the practical applicability of the training. This suggests that the programme provided actionable strategies that could be integrated into their teaching practices.
  • Active Learning: The observation that active and dynamic teaching methods helped students open up indicates that experiential and engaging approaches are effective in breaking barriers and encouraging student participation. Teachers experienced firsthand how innovative teaching methods can lead to positive outcomes.
  • Adaptation and Improvisation: The recognition of improvisation as a skill that needs practice highlights the flexibility required in teaching. The ability to adapt to unexpected situations and creatively find solutions is a valuable attribute for teachers, ensuring that lessons remain engaging and effective even in challenging circumstances.

Benefits for Students:

  • Enhanced Confidence: The example of a student realising their English proficiency and gaining self-confidence through active communication underscores how immersive experiences can boost students’ self-esteem and self-perception.
  • Personal Growth: The story of a student overcoming challenges to express themselves in a group setting highlights the personal growth and self-discovery that can result from such experiences. This growth extends beyond language skills to include social and emotional development.
  • Reflection and Critical Thinking: The mention of self-reflection regarding teaching methods and personal learning needs demonstrates that the Mobility Week prompted students to engage in higher order thinking about their educational experiences.

Standout Moments:

  • Collaborative Learning: The emphasis on collaboration among teachers and the positive impact of shared learning experiences highlight the importance of professional development opportunities like Mobility Week. Collaborative learning enhances the quality of teaching by promoting the exchange of innovative ideas.
  • Student Initiative: The moment where students took the initiative to help the teacher when she was stuck underscores the reciprocal nature of learning. Students stepping up to assist their teacher suggests an environment of mutual respect and shared responsibility for learning outcomes.

Suggestions for Improvement:

 

  • Physical Environment: The suggestion for larger rooms and smaller groups speaks to the impact of physical space on the learning environment. Adequate space and smaller groups can facilitate more interactive and dynamic learning experiences.
  • Increased Teacher Sessions: The request for more teacher sessions reveals the appetite for continuous learning and improvement. The desire for additional sessions could indicate that teachers found the training content valuable and wanted more opportunities to learn and practice.
  • Bonding and Integration: The suggestion to have all groups participate from the beginning underscores the importance of social bonding and integration among diverse student groups. This can contribute to a more inclusive and cohesive learning community.
  • Cultural Content: The feedback about an overwhelming amount of cultural content raises awareness about finding the right balance between educational content and cultural experiences. Tailoring the cultural component to match students’ interests and attention spans can enhance engagement.

In summary, the feedback provides insights into the practical implementation of the programme and its impact on both teachers and students. It highlights the importance of effective classroom environments, inclusive participation, clear instructions, active learning methods, and the value of cross-cultural experiences. Additionally, the feedback underscores the significance of professional development, adaptability, and student-centred learning approaches.

Exploring the Impact of Integrating Drama Techniques for Students Dublin Nov 2022

Project Information

Project no. 2020–1–IE01–KA201–066025

Project acronym: ISTEM

Start date of project: 01/09/2020

Duration:36 months

 

Funding Programme: Erasmus+ KA2: Cooperation for Innovation and the Exchange of Good Practices –Strategic Partnerships for School Education.

Information about the Report:

Report title: Exploring the Impact of Integrating Drama Techniques for Students in Teaching Sessions


Contact Information:

Coordinator and Lead Partner on this Output:

Trinity Access Programme (TAP)

Trinity College Dublin, the University of Dublin

College Green, Dublin 2

Ireland

Ciarán Bauer,
bauerci@tcd.ie

Website: istem–project.eu

 

Contents

 

Contents: ………………………………………………………………………………………………………………………………. 2

Introduction: …………………………………………………………………………………………………………………………. 3

Discussion……………………………………………………………………………………………………………………………… 4

Enjoyment of Classes with New Drama Techniques: ………………………………………………………………..4

Effectiveness of New Techniques in Memory Retention: …………………………………………………………. 4

Blending New Techniques with Traditional Methods:………………………………………………………………. 4

Collaboration in Animation Scenario: …………………………………………………………………………………….. 4

Animation Warm-Up Evaluation: …………………………………………………………………………………………… 4

Advice and Comments on Improvements: …………………………………………………………………………….. 4

Conclusions: …………………………………………………………………………………………………………………………. 5

 

Exploring the Impact of Integrating Drama Techniques for Students

Introduction:


In the ever-evolving landscape of education, the exploration and integration of innovative teaching techniques hold great promise for enhancing learning outcomes and student engagement. The intersection of traditional pedagogical methods with creative approaches has given rise to new dimensions of learning experiences. This study undertaken as part of the I-STEM project surveyed participant responses and ratings to gauge the effectiveness and reception of novel teaching methodologies, collaboration in learning scenarios, and the value of warm-up exercises. By researching into these aspects, we aimed to uncover insights that contribute to a deeper understanding of how these techniques impact students’ educational journeys.

The data at hand comprises a series of participant evaluations, where responses were categorised into varying degrees of agreement or disagreement across different dimensions. These dimensions include students’ enjoyment of classes featuring new drama techniques, their perception of the techniques’ effectiveness in memory retention, their openness to blending these new techniques with traditional methods, their assessment of collaboration in a student animation project, and their evaluation of warm-up exercises prior to the project. Additionally, the data captures students’ recommendations and insights on possible improvements to the teaching sessions.

Through an analysis of this dataset, this study seeks to draw meaningful conclusions about the effectiveness of innovative teaching methods, the potential synergies between diverse instructional approaches, and the various perspectives on collaboration within a learning context. Furthermore, we aim to shed light on the students’ views regarding the value of specific warm-up exercises and their implications for engagement and learning outcomes.

By using participant feedback and ratings, educators, curriculum designers, and researchers can explore insights that inform their pedagogical strategies, enhance teaching methodologies, and create an inclusive and effective learning environment for students with varying preferences and learning styles. The following sections, we examine the detailed analysis of the data, uncovering trends, drawing conclusions, and providing recommendations based on the rich insights provided by the students.

 

Discussion

Enjoyment of Classes with New Drama Techniques:
The positive response from most students (ratings of 4 and 5) regarding the new techniques’ impact on memory retention indicates that these methods were seen as beneficial in helping students remember their lessons. This suggests that experiential and kinaesthetic learning approaches, such as those involving drama techniques, can facilitate better retention of information. The lack of strong disagreement (ratings of 1) suggests that students did not strongly believe that the techniques hindered memory retention.


Blending New Techniques with Traditional Methods:

The mixed responses to blending new techniques with traditional methods highlight a diversity of opinions among students. While a majority expressed agreement (ratings of 4 and 5), indicating an interest in a combination of approaches, some students had neutral (ratings of 3) or slightly negative views (ratings of 2). This could suggest that certain students might prefer the familiarity of traditional methods, while others are open to exploring innovative approaches. This highlights the importance of flexibility in catering to different learning preferences.


Collaboration in Animation Scenario:

Although the specific ratings are not provided, the variation in responses regarding whether the animation was a result of collaboration suggests differing perceptions among students. The majority agreeing (ratings of 4 and 5) could indicate that the scenario was designed to emphasise teamwork and collaboration. However, the presence of neutral (ratings of 3) or slightly negative views (ratings of 2) might indicate that some students questioned the extent of collaboration or the impact of individual contributions.


Animation Warm–Up Evaluation:

The provided values for the animation warm-up exercises reveal varying levels of perceived value. The warm-ups with higher average values (60 to 80) were likely more engaging and beneficial according to students. These warm-ups might have been better aligned with the learning objectives or effectively captured students’ attention. Conversely, lower average values (0 to 40) suggest that some warm-ups might not have resonated as strongly with students or failed to achieve the desired outcomes.


Advice and Comments on Improvements:

The feedback provided by students offers valuable insights into areas for improvement. Mentioning the need for reinforcing terms and concepts suggests that students value clarity and understanding in the lessons. Concerns about the comfort of introverted or socially isolated students indicate a consideration for inclusivity and the potential challenges posed by certain teaching methods. The 5 mention of the importance of theoretical learning highlights the recognition that a balance between practical and theoretical approaches is essential.


Conclusions:


1. Effectiveness of New Techniques: The new drama techniques appear to be effective in engaging students and enhancing memory retention, as indicated by positive ratings and comments.

2. Preference for Blending Techniques: While most students are open to blending new and traditional methods, there is a range of preferences, suggesting the importance of catering to diverse learning styles.

3. Collaboration and Animation Scenario: There’s a consensus on the collaborative nature of the animation scenario, though there might be varying interpretations of the extent of collaboration.

4. Value of Warm–Up Exercises: Different warm–ups have varying levels of perceived value, indicating that some approaches might be more effective in achieving engagement and learning objectives.

5. Improvement Areas: Feedback highlights the need for reinforcing concepts, accommodating different student personalities, and finding a balance between practical and theoretical learning.


This detailed analysis allows educators and researchers to gain deeper insights into the students’ perspectives, preferences, and recommendations, enabling them to make informed decisions about teaching methods, curriculum design, and improvements for future sessions.

Evaluation Tool: I-STEM Teacher Survey Dublin LTT Nov 2022

Evaluation Tool: I-STEM Student Survey Dublin LTT Nov 2022

Why & How Here we are Animation

Introduction to process

“Why & How Here we are Animation”
As part of the I-STEM project, we developed innovative methods for teaching science with artistic techniques. We wanted I-STEM methods, as opposed to traditional methods, to be more activating, creative, inclusive, and supportive of communication and collaboration in the classroom, thus benefiting students’ well-being, increasing their motivation, and enabling them to learn better.
We decided to ask the students for their opinion, because who better to tell us whether these methods are actually meeting their objectives than the students themselves? Student Mobility Week was therefore a very important phase of the I-STEM project. Then 30 students from 3 European countries came to Dublin for a week to do test lessons using the new methods. We then asked them for feedback, and they told us very honestly what they liked about the lessons presented and what they would change. We took their suggestions into account and refined our methods to best suit the students’ needs.
During Mobility Week, the students also had a block of creative activities. At that time, we ran design thinking and storytelling exercises for them, they trained their creativity during improvised scenes, worked, and communicated as a team, and presented their ideas in front of the group with the Pixar Pitch method. As a result, they turned their opinions about the I-STEM project and experiences from the test lessons into an animated film. They made up stories, drew storyboards and talked in front of the camera about what they saw as the benefits for themselves in the new teaching techniques. Based on their designs, drawings and footage, a professional animator created an animated film.
The animation ‘Here we are’ is the voice of the students. We gave them the opportunity to tell us, creatively and in their own way, how they see their school experience, what hurts them and how they would like to change it.

O4 Animation – The Student Voice

I-STEM Animation Info Pack

I-STEM Summary & Recommendations

Project Information

Project no. 2020-1-IE01-KA201-066025

Project acronym: ISTEM

Start date of project: 01/09/2020

Duration:36 months

 

Funding Programme: Erasmus+ KA2: Cooperation for Innovation and the Exchange of Good Practices –Strategic Partnerships for School Education.

Information about the Report:

Report title: I-STEM Summary & Recommendations


Contact Information:

Coordinator and Lead Partner on this Output:

Trinity Access Programme (TAP)

Trinity College Dublin, the University of Dublin

College Green, Dublin 2

Ireland

Ciarán Bauer,
bauerci@tcd.ie

Website: istem–project.eu

 

I-STEM Summary & Recommendations:

The insights into the practical implementation of the programme and its impact on both teachers and students is highlighted in the importance of effective classroom environments, inclusive participation, clear instructions, active learning methods, and the value of cross-cultural experiences. Additionally, the feedback underscores the significance of professional development, adaptability, and student-centred learning approaches.

 

Programme Implementation and Changes:

  • Classroom Size: The feedback indicates that the size of the classrooms used during the programme was inadequate. This suggests that the physical environment significantly impacted the effectiveness of the activities. Inadequate space could have hindered movement, collaboration, and engagement among students.
  • Inclusive Participation: The feedback underscores the importance of inclusive participation. It appears that the engagement level of the Polish students was not on par with the desired level. This might have impacted the overall dynamics and effectiveness of the programme. Ensuring that all student groups actively engage in all activities is crucial for achieving the desired outcomes.
  • Thoughtful Instructions: The point about well-thought-out instructions highlights the significance of clear communication between teachers and students. Ambiguous instructions might lead to confusion and hinder the learning process. Clear, precise, and well-structured instructions can enhance students’ understanding of tasks and assignments.
  • Group Sizes: The suggestion for smaller group sizes reflects a belief in the benefits of personalised attention and focused interaction. Smaller groups can promote better student-teacher interaction, allow for individualised support, and encourage active participation from all students.
  • Lesson Frequency: The desire for more lessons and the suggestion to repeat each lesson for every group demonstrate an understanding of the importance of reinforcement and practice. Additional lessons and repetition can help solidify the learning and ensure that all students have a chance to engage with the material thoroughly.

Benefits for Teachers:

  • Applied Learning: The teachers’ experience of implementing techniques learned during Mobility Week in their classes emphasises the practical applicability of the training. This suggests that the programme provided actionable strategies that could be integrated into their teaching practices.
  • Active Learning: The observation that active and dynamic teaching methods helped students open up indicates that experiential and engaging approaches are effective in breaking barriers and encouraging student participation. Teachers experienced firsthand how innovative teaching methods can lead to positive outcomes.
  • Adaptation and Improvisation: The recognition of improvisation as a skill that needs practice highlights the flexibility required in teaching. The ability to adapt to unexpected situations and creatively find solutions is a valuable attribute for teachers, ensuring that lessons remain engaging and effective even in challenging circumstances.

Benefits for Students:

  • Enhanced Confidence: The example of a student realising their English proficiency and gaining self-confidence through active communication underscores how immersive experiences can boost students’ self-esteem and self-perception.
  • Personal Growth: The story of a student overcoming challenges to express themselves in a group setting highlights the personal growth and self-discovery that can result from such experiences. This growth extends beyond language skills to include social and emotional development.
  • Reflection and Critical Thinking: The mention of self-reflection regarding teaching methods and personal learning needs demonstrates that the Mobility Week prompted students to engage in higher order thinking about their educational experiences.

Standout Moments:

  • Collaborative Learning: The emphasis on collaboration among teachers and the positive impact of shared learning experiences highlight the importance of professional development opportunities like Mobility Week. Collaborative learning enhances the quality of teaching by promoting the exchange of innovative ideas.
  • Student Initiative: The moment where students took the initiative to help the teacher when she was stuck underscores the reciprocal nature of learning. Students stepping up to assist their teacher suggests an environment of mutual respect and shared responsibility for learning outcomes.

Recommendations:

 

  • Continue Using New Drama Techniques: The report suggests that new drama techniques are effective in capturing students’ interest and enhancing memory retention. Therefore, it’s recommended to continue integrating these creative and interactive methods into teaching to create a more enjoyable and stimulating learning environment.
  • Maintain a Blend of Teaching Approaches: While most students are open to blending new and traditional teaching methods, there is a range of preferences. It’s important to maintain flexibility and cater to diverse learning styles. This means that educators should not entirely replace traditional methods but continue to incorporate innovative approaches, giving students the option to choose the approach that suits them best.
  • Clarify the Extent of Collaboration: The report indicates varying perceptions about the extent of collaboration in the animation scenario. It’s recommended to provide more clarity and guidance on collaborative projects to ensure students understand the objectives and their role in teamwork. This can help address any doubts or misconceptions.
  • Tailor Warm-Up Exercises: The value of warm-up exercises varies, with some being more engaging and beneficial than others. Educators should consider adjusting warm-up exercises based on student feedback, focusing on those that effectively capture students’ attention and align with the learning objectives.
  • Reinforce Key Concepts: Students’ feedback highlights the need for reinforcing terms and concepts. To improve learning outcomes, educators should ensure that fundamental concepts are well-explained and understood, possibly through additional review sessions or supplementary materials.
  • Address Inclusivity: Some students expressed concerns about the comfort of introverted or socially isolated students. It’s important to create an inclusive learning environment by considering the needs of all students. Educators should encourage participation and provide support for those who may feel uncomfortable in certain teaching scenarios.
  • Balance Practical and Theoretical Learning: The report mentions the importance of finding a balance between practical and theoretical learning. To cater to different learning preferences, educators should design their curriculum to include both hands-on, experiential learning and traditional theoretical instruction.
  • Collect Ongoing Feedback: As education is an ever-evolving landscape, it’s essential to continue gathering feedback from students to adapt teaching methods and approaches. Regular surveys or focus groups can help educators refine their strategies and improve the learning experience.
  • Encourage Further Research: The report’s findings indicate the positive impact of drama techniques on student engagement and memory retention. Encourage further research in this area to explore the long-term effects and potential variations in different educational settings.
  • Physical Environment: The suggestion for larger rooms and smaller groups speaks to the impact of physical space on the learning environment. Adequate space and smaller groups can facilitate more interactive and dynamic learning experiences.
  • Increased Teacher Sessions: The request for more teacher sessions reveals the appetite for continuous learning and improvement. The desire for additional sessions could indicate that participants found the training content valuable and wanted more opportunities to learn and practice.
  • Bonding and Integration: The suggestion to have all groups participate from the beginning underscores the importance of social bonding and integration among diverse student groups. This can contribute to a more inclusive and cohesive learning community.
  • Cultural Content: The feedback about an overwhelming amount of cultural content raises awareness about finding the right balance between educational content and cultural experiences. Tailoring the cultural component to match students’ interests and attention spans can enhance engagement.

 

In summary, the feedback provides insights into the practical implementation of the programme and its impact on both teachers and students. It highlights the importance of effective classroom environments, inclusive participation, clear instructions, active learning methods, and the value of cross-cultural experiences. Additionally, the feedback underscores the significance of professional development, adaptability, and student-centred learning approaches.
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