Wednesday, July 5, 2023

ROLE PLAY: A CENTRE FOR INNOVATIVE TEACHING AND LEARNING

 

ABSTRACT

The importance of creativity has been gaining increasing attention over the last several decades with both practitioners and educators promoting the importance of creative thinking in the classroom. Apart from the traditional methods of teaching the inculcation of innovative strategies will enhances the interest for learning and cognitive skills of learners. This article describes the benefits of considering role playing as an innovative strategy in classroom.

Key words: innovative strategy, role – playing

 

INTRODUCTION

Education innovation is about more than just new technology. It is about addressing a real problem in a novel and straightforward manner in order to promote equity and improve learning. Education innovation scales the solution to the scale of the challenge. It encourages students and teachers to conduct research, explore, and use all available tools to learn something new. It also improves education by forcing students to think at a higher level in order to solve complex problems. Although innovation cannot be tested or graded, it can be instilled and developed in students.

Over the last decade, role play has grown in importance in education. There have been numerous studies conducted on the importance of role plays in assisting children's learning. Role plays can increase student interest in the topic being discussed in class. It can also increase student engagement. Students transition from passive recipients to active participants in the classroom. Students can also develop empathy through role play. It helps them understand different points of view and allows them to see things from another person's perspective.

 

OBJECTIVE

Role play provides insight into case based learning (CBL). It not only helps to enhance communication, psychomotor skills and knowledge but also helps to develop all domains of learning.

SIGNIFICANCE

Education innovation encourages teachers and students to conduct research and use all available tools to create something new. Role-playing is a strategy that allows students to explore genuine scenarios by engaging with other people in a controlled environment in order to gain experience and test alternative techniques. Depending on the purpose of the exercise, participants may be playing a role similar to their own or they may be playing the opposite side of the conversation or interaction. Both alternatives offer substantial learning opportunities, with the former providing for experience and the latter helping the learner to build an understanding of the problem from the 'other' point of view. Participants are assigned specific roles to perform in a discussion or other interaction characteristic of their discipline, such as an email exchange. They may be given precise instructions on how to act or what to say or they may be forced to act and react in their own unique way based on the exercise's objectives. The scenario will then be acted out by the participants, followed by reflection and discussion regarding the interactions, such as various methods of dealing with the circumstance. The story can then be reenacted with alterations based on the results of the contemplation and debate.

 Role play is an innovative technique that assists learners in illustrating ideas or skills by simulating roles and contexts in which ideas and skills would typically be applied. This has some advantages such as:

  • ·         It involves direct experimental learning.
  • ·         Motivate and engage students.
  • ·         Make chances for peer critique available.
  • ·         Improve present teaching practices
  • ·         Provide pupils with real world circumstances to help them learn.
  • ·         Develop real world skills such as negotiation, discussion, teamwork, corporation, persuasion.
  • ·         Develop systematic understanding.
  • ·         It facilitates learning across different areas of curriculum content.
  • ·         It facilitates expression of attitude and feelings.
  • ·         It helps to make abstract problems more concrete.
  • ·         It helps to manipulate knowledge in exciting and novel way.
  • ·         It provides immediate feedback.

THEORETICAL OVERVIEW

The theory of role play is based on experiential learning. Many influential educational theorists have written about the value of experiential learning, including Dewey, Lindeman, and Kolb. Role play is an effective experimental technique which can enhance the interest and perspective about learning among the adult students. Here the students take on real-world roles and must apply and develop the knowledge and skills needed to handle the situation or solve the problem presented. I apply the strategy of role- playing in 9th standard students and they coordinate and perform very well. It reflects in manipulate the knowledge in exciting and novel way.

Kolb’s experiential learning cycle



 

The cone of learning



EVALUATION

This innovative work was extremely beneficial to the students in terms of improving their attention, memory, productivity, and problem-solving abilities. It also resulted in improved student collaboration. Almost 90% of the students mastered the subject.



In addition to that the method seems to be interesting for students. Apart from the traditional teaching method, an innovative work is good Good for students with low attention span as it effectively retains students’ attention because of the colorful interface. It helps to create a sense of responsibility, accomplishment and maturity in students as they are solely responsible for every decision they take in the course of their projects and assignments. Yet it enables students to see the practical applications of the concepts they have been taught as they try their hands on what they were taught. It will help to creates long lasting memory/correlation of a concept because of the experiential learning method. It facilitates collaborative work among students. In collaborating during assignments, peer tutoring was often possible among students’ where knowledge is passed on from one person to another. The main advantage is Students tend to perform better, i.e. research showed that student taught chemistry using role playing performed better than those taught using conventional methods.

 

EFFECT OF THE INNOVATIVE WORK

The main learning goal for role play is to learn the knowledge and ability required to approach or deal with a specific situation. The learner gains this knowledge and ability by acting out the situation in a controlled environment, and by reflecting on that experience. Simply saying, the active participation in the innovative work reflects on their content knowledge. This helped me understand the significance of innovative teaching. The overall impression was positive.  I discovered that role play helps students understand a topic better than a typical classroom experience. Students' responses and feedback exceeded my expectations.

Saturday, July 1, 2023

EXPERIANCE AS PHYSICAL SCIENCE TEACHER DURING SCHOOL INTERNSHIP



As a part of B. Ed. curriculum, in the 3rd semester of our, course we were sent to different schools for the school internship program. I was sent to St. Mary's Girls High School, Athirampuzha. I was assigned the standards 9A, 9E, 8B, 8C and 8D there.

I had to take 50 lesson plans on physics and chemistry. I got the chapters "work energy power", "gravitation" and "current electricity" in standard 9, "water", "metals",solutions" and "polymer" and "magnetism" in standard 8. I preand the lesson plan according to the learning objectives. I divided these chapters in to 50 lesson plans. Ichoose group activities, demonstration and group discussion as learning strategies. A plenty of activities were included in the lesson plans.

This time I wasn't tensed. I was able to manage the class very well and the concepts were conveyed clearly to the students. To make the class more interesting, I have included activities during the class and students actively participated in those activities. Especially the demonstration classes helped a lot to gain their interest in learning.

Sometimes my confidence level getting lowed because of my lack of communication skill. My fluency in English was not good. I think I had to improve it only through constant practice. However, I try to do my level best in all classes that I take.

The training period gave me good experience as a physical science teacher. I enjoyed these 4 months of training and improved a lot as a good teacher. It, gave me an opportunity to improve my teaching skills. My mentors of that particular institution showed their heartfelt support throughout my training period. It helped me to become a good teacher and a good person too.

Through this internship program, I reflected on my own teaching and realized my strengths and weaknesses. It also paved the way to become a professionally successful physical science teachers.

Friday, January 21, 2022

Dmitri Mendeleev and His Contributions




Birth            :   8 February 1834 in Tobisk, Russia

Full Name   :  Dmitri Ivanovich Mendeleev

Spous(s)      :  Ivan Pavlochich Mendeeev and Maria Dmitrirvna Kornilieva

Known for  :  Formulating the periodic table of chemical elements.

Death          :  2nd February  1907


Early life and education- a time line

                                                    

Figure 1: Parents of Mendeleev

Mendeleev was born as the youngest of between 11 and 17 siblings. His father was a principal and teacher in a local gymnastic school. When Dmitri was a little boy, His father went blind and has to give up working. His mother was forced to work and she restarted a glass factory. At the age of 13, after the death of his father and the distraction of his mother’s factory on fire, he attended the gymnasium in Tobolsk.

Mendeleev was a brilliant student and he completed his matriculation with first rank. In 1849, his mother took him across Russia from Siberia to Moscow with the aim of getting Mendeleev enrolled at Moscow University.

1849

Ø   Moscow University- Rejected

1850

Ø  Saint Petersburg – Main Pedagogical Institute- Graduated.

1859-1861

Ø  Worked on capillarity of liquids and the working of spectroscope in Heisonburg

Ø  The book “ Organic chemistry” published (1861)

Ø  Won him Domindov prize of Saint Petersburg academy of sciences

1862 April 27

Ø  Married to Feozva Nikitichna

1864

Ø  Worked as a professor at the Saint Petersburg technological institute

1865

Ø  Worked as a professor at Saint Petersburg state university.

1865

Ø  Ph.D. in “combination of water in alcohol”

1867

Ø   worked as inorganic chemistry teacher at Saint Petersburg university

1871

Ø  Saint Petersburg into an internationally recognized center for chemistry research.

 

Books

Ø  The principles of chemistry (2 vol.)(1868-1870)

Ø  Organic chemistry (1861)

Awards

Ø  Domindov prize – “Organic chemistry”

Ø  Davy medal from Royal Society of England (1882)

Ø  Copley medal from Royal Society of England (1905)

Figure 2 : Davi medal


Honor

Ø   Appointed as the director of the international bureau of weights and measures (1893)

Ø   Selected as a member of the Royal Swedish Academy of Science(1905)

Ø   The crater on moon (Mendeleev), Element no: 101 (the radioactive mendelevium), metro station in Moscow are named after him.

     

Figure 3: Mendelevium,crater on moon, sculpture of Mendeleev respectively

Contributions

Ø   Periodical table

          Johann Dobereiner , John Newlands, Dimitri Mendeleev and Lother Meyer Glen Seaborg are the scientists who worked in the area of periodic table.

          Mendeleev  was the first scientist who introduce a tabular format of the elements in 1871

          He arrange elements in the increasing order of their atomic mass

          He states that

The physical and chemical properties of the elements are a periodic function of their atomic weights. ”

This is known as Mendeleev’s law of periodicity.

          Mendeleev’s breakthrough was to see that the common properties and the atomic weight of an element could be combine in a single framework

Figure 4 : Dmitri Mendeleev and his famous periodic table.

          He discovered the periodic table,25 years before the discovery of the elements. By using it he predict the properties of elements yet to be discovered.

           He found several gaps and gap elements like Eka- boron, Eka- silicon and Eka- aluminium (Sc, Ge and Ga respectively in the modern periodic table by Lother Meyer Glen Seaborg)

Ø   Petroleum Industry in Russia

          “ The capital fact to note is that petroleum was born in the depth of the earth and it is only there that we must seek its origin” – Mendeleev

          He investigated the composition of oil field and helped to found the 1st oil refinery in Russia

Ø   Investigated the expansion of liquids by heat

          He investigated the heat expansion of liquids and devised a formula similar to Gay-Lussac’s law of uniformity of expansion of gases and also he Introduced the term “Critical Temperature”

Tc = 8a/27Rb

          “ T at which cohesion and heat vaporization become equal to zero and the liquid changes to vapor, irrespective of the P and V “

Ø   Determining the nature of solutions

          Solutions are chemical combination in fixed proportions

          Investigate the elasticity of gases

                                                                 “ The volume of gas varies inversely with its pressure”

Ø   Invent pyrocollodin  

          kind of smokeless powder

           Based on nitrocellulose

           Manufactured for Russian Navy  (1892)

Ø   Introduced metric system in Russia

 

ROLE PLAY: A CENTRE FOR INNOVATIVE TEACHING AND LEARNING

  ABSTRACT The importance of creativity has been gaining increasing attention over the last several decades with both practitioners and educ...