Date: Tuesday, 7 July 2026

Venue: Founder's Hall, Paro, Bhutan
Programme: South Asian Science Education Programme (SASEP 2026)
Participant: Ugyen Dorji, Babesa Higher Secondary School, Bhutan

The final day of the South Asian Science Education Programme (SASEP) 2026 brought together all participants and facilitators in the Founder's Hall for a collaborative reflection and closing ceremony. Unlike the previous days, where participants rotated through different modules in smaller groups, the concluding day was designed as a collective learning experience that encouraged participants to synthesize ideas from all six modules completed during the programme. By the end of the training, each participant had successfully completed six professional learning modules comprising approximately 30 hours of intensive training, covering inquiry-based science, concept-based learning, critical thinking, STEM education, educational technology, and learner-centred pedagogy.

Morning Session

World Café Reflection

The final academic activity was conducted using the World Café approach, where participants from different countries and schools collaborated in mixed groups. Several discussion stations were arranged throughout the hall, each displaying a large chart with an open-ended question. Participants rotated between stations, contributing ideas on sticky notes, reading previous responses, discussing perspectives, and building on one another's thinking. The atmosphere was highly interactive and reflected the collaborative learning culture that had been promoted throughout the programme.

The discussion prompts encouraged participants to reflect deeply on the future of teaching and learning. Some of the key questions included:

How can teachers design learning experiences that connect classroom knowledge to real-world contexts?
How can educators nurture a culture of lifelong learning within their classrooms?
How can teachers engage students in meaningful collaboration?
How might collaborative learning change when students become co-designers of knowledge?
How will you reframe your teaching practice to enhance student engagement?
What ways can educators balance curriculum requirements with fostering genuine curiosity?
What strategies can sustain creativity and playfulness in subjects often perceived as abstract or rigid?
What role does storytelling play in deepening understanding across disciplines?
How can teachers cultivate resilience and adaptability in students while maintaining joy in learning?
What practices encourage students to view mistakes as opportunities for growth rather than failure?
What challenges in education require collective action?
How can differentiated instruction strengthen classroom communities?

Each question generated thoughtful conversations. Participants drew upon experiences from their respective education systems and reflected on classroom practices that had proven effective in promoting inquiry, creativity, collaboration, and student engagement.

Major Themes Emerging from the Discussions

Although each discussion group explored different questions, several common themes emerged across the World Café sessions.

Connecting Learning to Real Life

Participants emphasized that learning becomes meaningful when students are able to relate classroom concepts to authentic situations. Suggestions included using project-based learning, practical investigations, community-based projects, environmental studies, local contexts, and interdisciplinary activities that encourage learners to apply scientific knowledge beyond textbooks.

Building Collaborative Classrooms

Many participants highlighted that collaboration should become a regular feature of classroom learning rather than an occasional activity. Strategies suggested included cooperative learning, peer teaching, group investigations, classroom discussions, collaborative problem-solving, and shared decision-making.

Participants agreed that when students become co-designers of knowledge, they develop greater ownership of learning and become more motivated to participate actively.

Encouraging Creativity and Curiosity

Another recurring theme focused on creating classrooms where questioning is encouraged and creativity is valued. Participants proposed using storytelling, role play, inquiry-based investigations, games, simulations, design challenges, experiments, and real-life case studies to maintain students' curiosity throughout the learning process.

Learning from Mistakes

Several groups discussed the importance of creating psychologically safe classrooms where mistakes are viewed as valuable learning opportunities. Rather than fearing failure, students should be encouraged to reflect on errors, revise their thinking, and develop resilience.

The discussions strongly reflected the principles of a growth mindset, where effort, persistence, and reflection are recognized as essential components of learning.

Lifelong Learning

Participants agreed that teachers themselves must model lifelong learning by continually updating their knowledge, embracing innovation, participating in professional development, and reflecting upon their classroom practices.

Students likewise should be encouraged to become independent learners capable of asking questions, seeking evidence, and continuously improving throughout their lives.

Differentiated and Inclusive Teaching

Another important discussion centred on ensuring that every learner feels included within the classroom community. Participants emphasized differentiated instruction, flexible grouping, multiple teaching strategies, varied assessment methods, and inclusive learning environments that recognize diverse learning needs.

Plenary Sharing and Question–Answer Session

Following the World Café discussions, representatives from each discussion table presented the key ideas generated by their groups. Participants compared similarities and differences among the responses, identifying common priorities for improving science education across South Asian countries.

This was followed by an engaging Question-and-Answer Session, during which participants interacted openly with the facilitators. Questions focused on practical classroom implementation, sustaining inquiry-based teaching despite curriculum demands, integrating technology effectively, promoting conceptual understanding, and adapting STEM education to schools with limited resources.

The facilitators responded by encouraging teachers to begin with small but meaningful classroom changes rather than attempting large-scale reforms immediately. They emphasized that consistent reflection, collaboration with colleagues, and willingness to experiment with new pedagogical approaches are essential for long-term improvement.

The discussion served as a fitting conclusion to the week's learning journey, allowing participants to clarify ideas and consolidate the knowledge gained throughout the programme.

Closing Ceremony

The official closing ceremony celebrated the successful completion of SASEP 2026. Representatives from the organizing committee expressed appreciation to the international facilitators, partner organizations, and all participants for their active engagement throughout the week.

Certificates of appreciation were presented to the international trainers in recognition of their valuable contributions to professional learning. The trainers represented diverse educational backgrounds and shared expertise in:

Science as a Process,
Concept-Based Learning,
Critical Analysis,
Design and Technology,
STEM Project-Based Learning,
Arduino Programming,
Robotics,
Particle Physics,
Astronomy,
and Inquiry-Based Education.

Following the recognition of the facilitators, certificates of participation were awarded to all participants who had successfully completed the programme. Receiving the certificate symbolized the completion of 30 hours of intensive professional development and reflected each participant's commitment to improving science education within their respective schools.

Group Photographs

The programme concluded with group photographs involving:

the international trainers,
participants from all participating countries,
programme organizers,
and Dasho, whose presence added significance to the closing ceremony.

These photographs captured not only the successful completion of the programme but also the friendships, professional networks, and collaborative spirit developed during the week.

Lunch and Departure

Following the closing ceremony, participants gathered for a farewell lunch, providing a final opportunity to exchange contact information, discuss future collaborations, and reflect on the week's experiences. Participants then departed for their respective schools and countries, carrying with them new knowledge, professional networks, and renewed enthusiasm for science education.

Overall Reflection on SASEP 2026

Looking back on the entire programme, SASEP 2026 has been one of the most enriching professional development experiences of my teaching career. Throughout six carefully designed modules, I was exposed to innovative pedagogical approaches that emphasized inquiry, conceptual understanding, critical thinking, technology integration, and authentic STEM learning.

The programme demonstrated that effective science teaching extends far beyond the transmission of content knowledge. Instead, it requires creating learning environments where students actively investigate, collaborate, question assumptions, solve meaningful problems, and construct their own understanding through experience.

Among the many memorable experiences were exploring the nature of science through astronomy and observation, constructing mathematical concepts through inquiry, programming Arduino microcontrollers, investigating robotics through the Mission to Mars project, examining critical analysis, exploring citizen science initiatives such as Panoptes, learning about particle physics through CERN, and engaging in concept-based curriculum design. Each module reinforced the idea that meaningful education develops not only scientific knowledge but also creativity, resilience, collaboration, communication, and lifelong learning.

As a Physics teacher at Babesa Higher Secondary School, I return with renewed confidence and numerous practical strategies that can be integrated into my classroom. I intend to incorporate inquiry-based investigations, concept-driven lesson planning, STEM projects, collaborative learning, computational thinking, and authentic problem-solving activities to enhance student engagement and deepen conceptual understanding.

The final day's World Café beautifully summarized the entire philosophy of SASEP: education is most powerful when teachers work collaboratively, continually reflect on their practice, and design learning experiences that prepare students not only for examinations but also for thoughtful participation in an ever-changing world.

The South Asian Science Education Programme has not only strengthened my professional knowledge but has also inspired me to become a more reflective, innovative, and learner-centred educator. The friendships established, ideas exchanged, and experiences shared during this remarkable week will continue to influence my teaching practice long after the programme has concluded.