Monday, January 20, 2020


                                           Action Research                                                                                               
           Action research is an essential process for education to evolve to meet the needs of the students of today and tomorrow. Action research is an ongoing process of reflection and action to produce the most effective learning environment possible. Educators can conduct , practice-oriented research to improve their classroom practice. By collecting data about their daily activities, problems and outcomes for the purpose of improving themselves as teachers and their students as learners
Three Purposes for Action Research
Action research can be engaged in by an individual teacher, a collaborative group of colleagues sharing a common concern, or an entire school faculty. The three different approaches to organizing for research are:
 Building the reflective practitioner
When individual teachers make a personal commitment to systematically collect data on their work, they are embarking on a process that will foster continuous growth and development. 
Making progress on school-wide priorities
Focusing the combined time, energy, and creativity of a group of committed professionals on a single pedagogical issue will inevitably lead to program improvements, as well as to the school becoming a “centre of excellence.
Building professional cultures
Importance of Action Research:
Professionalize teaching.
Enhance the motivation and efficacy of a weary faculty.
Meet the needs of an increasingly diverse student body.
Achieve success with “standards-based” reforms.
Advantages
a)      It helps educators use data, rather than preferences or hunches, to guide improvement efforts.
b)      It leads directly to actions that change the environment
c)      It helps to develop the quality of students and the professional growth of teachers

Steps of Action Research
Phase 1    Identification of the problem
Introduction
Problem Analysis
Explanation is needed on how the teacher has identified the problem
Research Question
Techniques & Methods applied for evaluation of the identified problem
Observation, survey etc
Need & significance of the study
Objectives of the study
a)      To prepare an action plan
b)      To solve  the particular problem
Related  studies
10- 15 studies
Phase 11- Plan of action
Action hypothesis
The action plan prepared. It will help to solve the problem
Participants- the number of students
Plan strategies adopted
Day 1
Day 2
Day 3
Day 4
Phase 111- Implementation of the plan
Teacher observed the results through students’ behavioural changes.
Phase 1V  Observation, collection & analysis of data
Teacher took notes, making observations after each activity. The teacher did a follow-up survey.
Phase V Reflection and sharing
Teachers reflected on the actions, surveys and upon the positive results. Real problem was solved
Conclusion
References
Appendices



Steps of the research report


                                                                                                       
I.Preliminary section
  1. Title page
  2. Declaration
  3. Certificate
  4. Acknowledgement
  5. Abbreviations used
  6. Contents
  7. List of Tables
  8. List of Figures
  9. List of Appendices

II. Main Body of the Report
  1. Introduction
a.       Statement of the problem
b.      Significance of the problem
c.       Delimitations of the problem
d.      Definition and explanation of important terms
e.       Objectives of study
f.     The hypothesis of the study
  1. Review of the Literature and related studies
  2. Methodology
      a    Method of study
                  b    Samples
                  c    Designs and procedures used
                   d    Collection of data
                   e    Tools and techniques of data collection
                   f     Measures adopted for calculation
  1. Result and Analysis of data
a.       Analysis and Interpretation of data  
b.      Inferences drawn from the results
  1. Summary, Suggestion and Conclusion
a.       Main findings &conclusions
b.      Suggestions

III. Reference section

1.      Bibliography
2.      Appendix

 

                                             Hypothesis

                A hypothesis is a tool of quantitative studies. It is a tentative and formal prediction about the relationship between two or more variables in the population being studied, and the hypothesis translates the research question into a prediction of expected outcomes. A hypothesis (plural hypotheses) is a precise, testable statement of what the researchers predict will be the outcome of the study. This usually involves proposing a possible relationship between two variables: the independent variable (what the researcher changes) and the dependent variable (what the research measures). The research hypothesis is a predictive statement, capable of being tested by scientific methods, that relates an independent variable to some dependent variable.
         A hypothesis is a statement about the relationship between two or more variables that we set out to prove or disprove in our research.
        To be complete the hypothesis must include three components:  
The variables  
The population   
The relationship between the variables
 Hypothesis testing will result in either accepting the hypothesis or in rejecting it. If the researcher had no hypotheses to start with, generalizations established on the basis of data may be stated as hypotheses to be tested by subsequent researches in times to come. Hypothesis testing enables us to make probability statements about the population parameter.

Functions of hypothesis
  1. Development of theory
  2. Suggest new experiments and observations

Characteristics of Hypothesis

  1. It should be clear and precise
  2. It should be capable of being tested
  3. It should state the relationship between variables if it happens to be a relational hypothesis
  4. It should be limited in scope and must be specific.
  5. It should be stated as far as possible in the most simple terms so that the same is easily understandable by all concerned.
  6. It should be amenable to testing within a reasonable time.
Examples of a hypothesis are:
  • Health Education programmes influence the number of people who smoke.
  • Newspapers affect people's voting pattern.
  • Attendance at lectures influences exam marks.
  • Diet influences intelligence.

Basic concepts of testing hypothesis

Null hypothesis and alternative hypothesis

Null hypothesis—no differences
      If we are to compare method A with the method B about its superiority and if we proceed on the assumption that both methods are equally good, then this assumption is termed as null hypothesis (H0). There is no relationship between the dependent and independent variable.
      The method A is superior or method B is inferior, we are then stating what is termed as an alternative hypothesis (Ha). Firstly many hypotheses are selected then among them select one which is more workable and most efficient.

Statistical hypothesis

A hypothesis which can be verified statistically called statistical hypothesis. The statement would be logical or illogical but if statistic verifies it, it will be statistical hypothesis
     A null hypothesis represents the hypothesis we are trying to reject and alternative hypothesis represents all other possibilities.

One-tailed or two-tailed Hypothesis

A one-tailed directional hypothesis predicts the nature of the effect of the independent variable on the dependent variable.
E.g.: Adults will correctly recall more words than children.
A two-tailed non-directional hypothesis predicts that the independent variable will have an effect on the dependent variable, but the direction of the effect is not specified.
E.g.: There will be a difference in how many numbers are correctly recalled by children and adults.
Other types of the hypothesis are
Question form hypothesis – hypothesis in the form of a question
Predictive form hypothesis – hypothesis in the form of a prediction.
Statement form hypothesis- hypothesis in the form of a statement
Testing hypothesis
 There are basically two phases in the testing of hypothesis.
Phase1- We design the test and set up the conditions under which we shall reject the null hypothesis
Phase 11- We use the test based on the sample evidence and draw our conclusion as to whether the null hypothesis can be rejected


Sunday, January 12, 2020



KERALA UNIVERSITY COLLEGE OF TEACHER EDUCATION, Nedumangad, Thiruvananthapuram
ACADEMIC CALENDAR SEMESTER II & IV  2019-2020
November 2019
November 1 Kerala piravi day
“ 2
“ 3   Sunday
“ 4  Fourth-semester class begins
“ 5
“ 6
“ 7
“ 8
“ 9   Milad-i-sherif
“ 10 Sunday
“ 11
“ 12 – Temple Entry proclamation Day
“ 13 -
“ 14 children’s day
“ 15
“ 16
“ 17  Sunday
“ 18 Second semester class begins
“ 19
‘ 20 –
“ 21
“ 22
“ 23
“ 24  Sunday
“ 25
“ 26
“ 27 –
“ 28
“ 29
“ 30





December 2019
December 1sunday
“ 2
“ 3
“ 4 –
“ 5
“ 6
” 7
“ 8  Sunday
“ 9  Literary competition begins
“ 10 -
“ 11 -
“ 12 -
“ 13
“ 14 – second Saturday
“ 15 - Sunday
“ 16
“ 17
“ 18
“ 19
“ 20 Xmas celebration,
“ 21
“ 22
“ 23
“ 24
“ 25 Xmas
“ 26 -
“ 27
“ 28
“ 29
“ 30 college reopens after Xmas holidays
“ 31









January 2020
January 1 – New year celebration
“ 2 - Mannam Jayanthi. Holiday
“ 3  Discussion class begins (II Semester)
“ 4
“ 5 Sunday
“ 6  Demonstration class begins ( II SEMESTER)
” 7
“ 8 – capacity building programme begins(II semester)
“ 9  Criticism class begins( II semester)
“ 10
“ 11 – second Saturday
“ 12 - National Youth Day, Sunday
“ 13
“ 14 -
“ 15 - Thaippongal
“ 16
“ 17  Study tour (Sem. II)
“ 18
“ 19  Sunday
“ 20 –
“ 21
“ 22 -
“ 23 -
“ 24  Nature camp( II semester)
“ 25
“ 26 - Republic day, Sunday
“ 27 – food festival
“ 28
“ 29 -
“ 30 - Martyr’s day, Leprosy Eradication day.
“ 31 -







February 2020
February 1 -
“ 2 Sunday
“ 3 – First phase of practical examination (IV semester)
“ 4   The first phase of practical examination (IV semester)
“ 5 -
“ 6 –an exhibition of learning aids, SUPW and arts
” 7 Digital profile making/digital album work begins
“ 8 – second Saturday
“ 9   Sunday
“ 10 seminar begins( II semester)
“ 11 -  Arts festival
“ 12 -  Arts festival
“ 13
“ 14
“ 15  Annual athletic meet
“ 16 Sunday
“ 17
“ 18 Psychology practical begins( II semester)
“ 19 –
“ 20 Practicum video script begins(II semester)
 “ 21  Sivarathri - Holiday
“ 22 –
“ 23
“ 24 - Mid semester exam begins (Sem.II)
“ 25
“ 26 –
“ 27
“ 28 - National science day.








March 2020
March 1 Sunday
“ 2
“ 3 – Second phase of practical examination (IV semester)
“ 4 -Second phase of practical examination (IV semester)
“ 5 -
“ 6
” 7
“ 8 –Sunday,  International women’s day
“ 9
“ 10 Holi
“ 11 -
“ 12 -
“ 13
“14-second Saturday
“ 15 -  Sunday, Handicapped day
“ 16
“ 17 Valedictory functions of II year students.
“ 18
“ 19 -
“ 20 - World forest day
“ 21 - World water day
“ 22 – Sunday,  World climate day
“ 23 -
“ 24 - College Day
“ 25
“ 26 –
“ 27
“ 28
“ 29 Sunday
“ 30 -
“ 31 – College Magazine release function








April 2020
April 1
“ 2
“ 3 - Model exams (semester II)
“ 4
“ 5 Sunday
“ 6
” 7 - World Health day
“ 8 -
“ 9 – Maundy Thursday
“ 10 Good Friday
“11-second saturday
“ 12 Sunday, Easter

“ 13 -
“ 14 -  Vishu
“ 15
“ 16 –
 “ 17
“ 18
“ 19 - Sunday
“ 20
“ 21
“ 22
“ 23
“ 24
“ 25
“ 26 - Sunday
“ 27
“ 28
“ 29
“ 30







Need of the Environmental Education for Students in Global Scenario  Dr.Renuka Sonny L.R.   Principal   Kerala Unive...