Today, we are fortunate to have with us an eminent figure in the realm of education, Dr. George Panicker. As an ardent educationist with vast experience in Experiential Learning, Robotics, and Artificial Intelligence, Dr. Panicker has been a trailblazer in integrating cutting-edge methodologies into the classroom.
In a time when the distinction between Experiential Learning Labs and Robotics Labs is often blurred for some, Dr. Panicker’s deep understanding and expertise shine through. While the NEP2020 outlines the inclusion of Robotics as a subject in schools, it equally emphasizes the need for interdisciplinary inquiry and research-based Experiential Learning. Dr. Panicker’s advocacy for holistic education with the use of futuristic technologies is instrumental in fostering critical thinkers and nurturing students’ ability to collaborate and innovate creatively to develop as future-ready mindful problem solvers for a better world.
Dr. Panicker, thank you for joining us today. Let’s dive right into finding out more.
What are the key differences between an Experiential Learning Lab and a Robotics lab especially when it concerns schools in India?
Thank you for having me! The primary difference lies in the scope of learning. An Experiential Learning Lab covers various subjects and contextual-based real-world applications, while a Robotics Lab focuses primarily on robotics and coding.
That’s interesting. How do these labs integrate different disciplines and do Experiential Learning labs include Robotics as well?
An Experiential Learning Lab encompasses a multitude of disciplines, including science, technology, engineering, arts, and mathematics (STEAM), which would mean it includes robotics, artificial intelligence, and many futuristic technologies that are possible to be brought into the classroom. This is aligned with the Vivekananda International Foundation (VIF) Task Force Report recommendations. A Robotics Lab primarily focuses only on the integration of technology and engineering.
What about the learning methodology and how flexible are the curricula in these labs?
Experiential Learning Labs emphasize hands-on, activity-based, problem-based, project-based and research-based learning, fostering creativity and critical thinking, which is a flexible and customizable methodology tailored to various projects, which is more scenario or contextual. On the other hand, Robotics Labs focuses on developing technical skills in robotics and programming, and are therefore rigidly structured with a content-based specific curriculum.
Can you explain how these labs apply real-world applications?
Experiential Learning Labs focus on solving real-world problems through diverse projects, which is very essential for the holistic development of students as mindful Problem Solvers for the future, while Robotics Coding Labs concentrate on building and programming robots to accomplish specific tasks.
What skills do students develop in each type of lab?
In Experiential Learning Labs, students develop a broad range of skills, including collaboration, creativity, and critical thinking. In Robotics Labs, they hone their technical skills in robotics and coding.
What resources are required for these labs and how does student engagement differ?
Experiential Learning Labs engage students through diverse and interactive activities, necessitating diverse futuristic technologies and customized kits for various projects, complemented by an extensive array of real-world activity modules and challenges. Additionally, it requires a substantial pool of regularly trained human resources, not limited to individuals with engineering or technology backgrounds, since the focus is on interdisciplinary knowledge and the application of various subjects learned in classrooms. On the other hand, Robotics Labs engage students through robotics projects and coding challenges that require specific robotics kits and coding software
What kind of training do experiential learning facilitators need compared to robotics facilitators or teachers?
Experiential Learning has to be more student-centric, therefore, facilitators in Experiential Learning Labs need regular upskill training in multiple disciplines and experiential learning techniques as it is inquiry and research-based, which means hands-on as well as minds-on. Teachers/facilitators for Robotics Labs require only an engineering background to train students as it is a singular subject.
How are students assessed in these labs?
Experiential Learning Labs employ diverse assessment methods, such as daily observation of each student’s performance on the 4C essential skills of the 21st Century, project evaluations, and presentations. This approach, known as formative assessment, is supported by specific software where facilitators can record their observations and periodically generate holistic evaluation reports. On the other hand, Robotics Labs emphasize coding accuracy and robot functionality, making the assessment process more straightforward as it is primarily based on summative evaluation.
What collaboration opportunities do these labs provide and what about student autonomy in these labs?
Experiential Learning Labs encourage collaboration among small groups of students across different subjects and projects based on the given scenario, problem or challenge where students are given autonomy to eliminate the fear of failure, while Robotics Labs too promote collaboration among students, it is well within robotics and coding projects which at most times must have one specific goal. Experiential Learning Labs create dynamic and adaptable learning environments that promotes mindfulness and sustainability as projects would be across different fields. Robotics Labs is focused on only tech-centric environments and automation.
What motivates students in these labs to be future-ready?
Experiential Learning Labs motivates and prepares students through real-world relevance and impact through design thinking for a wide range of careers by developing versatility, agility, adaptability, critical thinking, communication collaboration and creativity skills. This would include various futuristic technologies as well, such as AI, AR, VR, IOT, Robotics, Coding, 3D Printing and many more, while a Robotics-only lab prepares them through only technological challenges. However, the drawback to this is that by the time students graduate, the job market would have evolved, and basic robotic knowledge may not be sufficient for employability. According to a recent report, over 40% of graduates in India are deemed unemployable. Consequently, the education provided to students must focus on employability rather than rote learning and grades, as these do not guarantee the practical application of knowledge. Individuals who lack the skills to apply their knowledge effectively will remain unemployable.
Finally, what would you recommend, an Experiential Learning Lab or a Robotics lab?
An Experiential Learning lab equipped with futuristic technologies and trained human resources is more holistic and can help in developing well-rounded students, therefore an Experiential Learning Lab is better than having only a Robotics lab.
Thank you for the insightful comparison. It was a pleasure speaking with you.
Thank you for having me! It was a pleasure sharing my thoughts.
