Professional Sessions and Campus Visit at Pandit Deendayal Energy University
The third day of the academic program, held on 16 March 2026 (Monday), was conducted at the campus of Pandit Deendayal Energy University (PDEU) in Gandhinagar, Gujarat. The day was structured around a series of academic and professional expert lectures, followed by campus visits and interactions designed to expose participants to innovative educational practices, emerging technologies, and institutional management strategies.
The day began with breakfast at the hostel before travelling to the PDEU campus. Upon arrival, participants assembled for the morning academic sessions. The first lecture focused on preparing students for the future through the integration of STEAM education and future-ready skills. The discussion highlighted the increasing importance of interdisciplinary learning, creativity, and problem-solving abilities in modern education systems. The presenter emphasized that education today must go beyond content delivery and instead cultivate analytical thinking, collaboration, and innovation among students.
As a science teacher with many years of classroom experience, this session strongly resonated with my own teaching philosophy. Teaching physics in secondary school often requires connecting theoretical concepts with real-world applications. Integrating STEAM approaches allows students to engage with science in a practical and meaningful way. The lecture reinforced the importance of designing lessons that encourage experimentation, inquiry, and collaborative learning.
The second session addressed empowering educators and advancing teacher leadership within schools and academic institutions. The speaker highlighted that effective educational reform depends not only on policies but also on empowered teachers who can lead innovation within their classrooms and institutions. Professional development, mentoring systems, and collaborative professional communities were discussed as key strategies for strengthening teacher leadership.
Reflecting on my own professional journey-from graduating with a Bachelor of Education and later completing a Master’s degree, to teaching science in Bhutanese secondary schools-I recognized how continuous professional learning shapes effective teaching practice. The discussion reminded me that educators must constantly adapt to evolving educational demands, particularly in areas such as technology integration and student-centered learning.
The third expert lecture focused on best human resource practices in academic institutions. The session examined how universities manage faculty development, research productivity, and institutional collaboration. It highlighted the importance of supportive leadership structures, transparent policies, and opportunities for faculty growth. Understanding such administrative perspectives provided insight into how educational institutions maintain academic quality and foster innovation.
Following the morning lectures, participants attended an address and group interaction session, which provided an opportunity to reflect collectively on the program’s objectives and the value of international academic collaboration. Such interactions strengthened professional networking among participants and encouraged the sharing of educational experiences from different countries and contexts.
After the lunch break, the afternoon session focused on innovative teaching practices integrating ICT tools, green energy education, and the fundamentals of 3D printing technology. The speaker demonstrated how digital tools, simulation software, and modern laboratory technologies can transform the teaching and learning process. For science educators in particular, these tools offer new possibilities for visualizing complex concepts and conducting virtual experiments.
One of the most interesting aspects of this session was the introduction to additive manufacturing (3D printing) and its applications in education and engineering. Participants also visited the university’s Additive Manufacturing Laboratory and observed demonstrations of the technology. Additionally, the visit to the solar energy facilities, including a large-scale solar park on campus, illustrated how universities integrate research, sustainability, and renewable energy initiatives into their academic programs.
For someone who teaches physics, seeing these technologies in action was highly inspiring. Renewable energy systems, solar power generation, and modern manufacturing processes can be powerful examples when explaining physics concepts such as energy transformation, electricity generation, and technological innovation. Experiences like these can help teachers design classroom activities that connect theoretical physics with modern technological applications.
Later in the afternoon, participants were guided on a PDEU campus tour, which showcased the university’s academic buildings, laboratories, and research facilities. The well-planned infrastructure and emphasis on technological advancement reflected the university’s focus on energy studies, engineering, and interdisciplinary education.
The day concluded with dinner at the university cafeteria and informal discussions among participants about the insights gained during the sessions.
Overall, the third day of the program was academically enriching and professionally motivating. The expert lectures, laboratory visits, and campus tour collectively demonstrated how higher education institutions are adapting to the demands of the 21st century through innovation, technology integration, and sustainable practices. For me, the experience reinforced the importance of continuous professional development and inspired new ideas for integrating STEAM approaches, digital tools, and real-world applications into my own science teaching practice.
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