ABSTRACT

The purpose of this study was to investigate biology teachers’ awareness and utilization of innovative teaching strategies in Oyo South Senatorial District, Nigeria. The study found out the effects of the teachers’ variables such as qualification, teaching experience and gender on their utilization of selected twenty five (25) innovative teaching strategies. A sample of three hundred (300) Biology teachers was purposively and randomly selected for the study.

The study was a descriptive research of the survey type, the instrument used to gather the data for analyses was a researcher designed questionnaire known as the Innovative Teaching Strategies Questionnaire (ITSQ). The instrument was validated for data collection by three experts from the Department of Science Education, University of Ilorin, Ilorin, Nigeria. The reliability was determined by test-retest method using Pearson Product Moment Correlation Coefficient and a reliability index of 0.71 was obtained. Mean and Spearman Rho Rank Order Statistics were used to answer the research questions while the hypotheses were tested using t-test and ANOVA all at 0.05 level of significance.

The findings revealed that the biology teachers in Oyo South Senatorial District were highly aware of the selected innovative teaching strategies with the percentage of awareness being 88.0%. The level of utilization of the strategies was high as 88.0% of the strategies were highly utilized. The utilization of the innovative teaching strategies significantly differed on the basis of teachers’ qualification (fcal= 7.108, p<0.05) with qualified biology teachers having a higher utilization of the innovative teaching strategies than the unqualified biology teachers and teachers’ gender (t=3.042, p< 0.05) with female biology teachers having a higher utilization of the innovative teaching strategies than the male biology teachers, but the study revealed that the years of experience of the biology teachers had no effect on their utilization of the innovative teaching strategies (t=

1. 908, p> 0.05)

Based on these findings, it was recommended among others that workshops, seminars and symposia should be organized for in-service science teachers on the awareness of the innovative teaching strategies with low level of awareness as each of the strategies have specific areas where effective and that in­service training should be organized for teachers on the ways they can effectively put the innovative teaching strategies to use. Qualified teachers should also be posted to schools as they are discovered to be less in number (111) compared to the number of unqualified teachers (189) to give room for effective utilization of these strategies. Teacher training institutions should include the least and non-utilized strategies found in this study – specifically CAI, Minimalism, Socratic Method, Mind Maps, Project Based, Acronym Memory, Vee Mapping, Constructivism, Field Trip, Checklist, and Analogy into their curricular packages and make deliberate efforts to get the biology teachers acquitted with the use of each of the strategies effectively.

CHAPTER ONE

INTRODUCTION

Background to the Problem

The purpose of education is not only to make students literate but also to improve their knowledge, self-sufficiency and their ability to think rationally. In any society, education is tool for growth and progress because it not only imparts knowledge, skill and right type of values, but, also builds human capital which breeds, drives and sets technological innovation and economic growth. Many advances in science and technology have helped nations to promote efficiency, self reliance and the overall wellbeing of humanity through invention/innovation in telecommunication, transportation, health, agriculture etc.

In Nigeria, the National Policy on Education (FRN, 2004) clearly spells out the objectives of science teaching from pre-primary to tertiary level. Specifically, at the Secondary level, it entails equipping students to live effectively in our modern age of Science and Technology. It is aimed at all ages of learners of all abilities and interests. Science is a process that helps in the development of the society. The global change in science curriculum arising from knowledge explosion and new wave in science and technology development demands for qualitative science teaching.

From the range of evidence in the science education literature and studies by Awodi (1984), Akpan (1996), Madu (2004), Okebukola (2005), it is clear that science education in Nigeria is faced with numerous problems that need to be addressed. Such problems include the inability of students to engage in complex problem solving activities and also the inability of Nigerian Students to apply school knowledge to real life problems in work place. The problems need to be addressed so that the goal of equipping students to live efficiently in our modern ages of science and technology as well as the acquisition of appropriate skills, mental, physical and social abilities and competences to live in and contribute to the development of the society, as formulated in the Nigeria National Policy on Education (FRN, 1981; 1998.) is achieved.

Buseri (2010) contends that to meet up with the rapid scientific progress in technology requires the presence of well-trained, efficient, knowledgeable and skillful teachers who are versatile in discharging their duties and responsibility. The persistent poor performance of student in science subjects at School Certificate level and the studies by Achor (2003); Umoren and Ogong (2007); Ogbeba (2009) has given rise to an assumption that most science teachers in secondary schools in Nigeria probably do not make use of varying form of teaching strategies to be able to cope with some specific difficulties associated with the teaching of science. In order words, it implies that teachers are knowledgeable in science content but not in pedagogical aspects. Ezeliora (2004), pointed that most of the time, science is taught to the learners using descriptive or lecture method instead of hands- on approach.

Biology is defined as the basic science that deals with the study of living things, it attempts to understand the teeming diversity of life on earth, a diversity of level we are all part of (Adegbite, 2005). Life is not a simple concept, which may be one of the reasons why the teaching of biology is important (Adegbite, 2005). There are two major branches of biology namely; Zoology (the study of animals) and Botany (the study of plants) and sub-divisions such as ecology, physiology, histology, mycology, entomology, virology, anatomy, etc. The teaching of biology is very important because the knowledge of biology helps in improving the quality of life, as it helps to solve many societal problems relating to health, poverty, food shortage, crop production and environmental conservation.

The learning of biology in real life context is necessary for personal development and also, the development of scientific and technological world. The use of multiple and relevant learning and teaching strategies, and assessment practices will provide a basis for this. In any research work in Biology Education, more attention is placed on science education; this is because biology is one of the various subjects that explain science and also in Nigeria, biology is the general basic science subject. In an attempt to ensure result oriented biology delivery in

schools, Akubuilo (2004) suggested the use of activity-oriented strategies such as guided-inquiry, cooperative learning, demonstration, thinks and do, use of analogy and many others. Thus, research in Science Education in Nigeria has continued to seek better ways of teaching biology in order to improve academic performance of students (Okebukola, 1998).

A teaching strategy is a carefully designed classroom interaction that could be meticulously followed to teach a concept, topic or an idea. This brings out the idea of having numerous strategies. An innovative approach is referred to a design that is full of new or purposively reconstructed existing ideas. This explanation means the use of new or reconstructed existing ideas, methods and equipment or to combine various teaching strategies to develop a new one. Innovation in science education is increasingly needed in order to foster greater scientific literacy. Results from science education researches and the additional technological resources now available are contributing to a change of views with regard to the content, teaching/learning processes and methods and the role of teachers in science classes. Challenging new ways of teaching and learning are becoming available, but can only be implemented when teachers feel faithful to adopting them.

Innovation, according to Hornby (2010),          is the introduction of new          things,

ideas   or a new way of doing things. Ikeobi    (1987) defined  innovation as the

introduction of something new at any point in time and that to be innovative is to break new grounds. Furthermore, Parlett (1979) added that innovation in teaching includes what might be regarded as evolutionary changes, experiments and applications of educational technology and that may result entirely to new curricula, or radically changed course structure.

Innovation is also defined as the implementation of new and improved knowledge, ideas, methods, processes, tools,                     equipment and  machinery, which

leads   to new and better products, services     and processes  (Williams,  1999).

Innovation in teaching is often about turning an ‘invention’ such as an idea, technology or technique into a product, process or service that is successful because it meets the needs of learners. Innovative teaching can be shown to assist students to develop not just technical skills and a common core of generic skills, but to support a wider range of capabilities which can assist the individual in the wider world of work and the community.

In science, innovative approach to teaching refers to a design full of new or reconstructed existing ideas. In order words, it implies that the approach does not have to be new, but it uses in that particular concept or topic may be novel. Roger (2003), described innovation as an idea, practice, or project that is perceived as new by an individual or other unit of adoption. He further asserted that an innovation may have been invented a long time ago, but if individuals perceive it as new, then it may still be an innovation for them. In biology, like any other science subject, innovation can be in using new teaching methods, addition of new ideas in the curriculum content, learning experiences, introducing new/modern instructional materials as well as adopting a new change in evaluating the outcomes of biology learning. Innovation in biology is therefore the introduction of new ideas and methods, accompanied by an equally new change in the style of evaluating the outcomes of biology learning.

The need for innovative strategies in teaching biology is borne out of the fact that different situations-teaching topics, learners’ cognitive readiness, concept being taught, skills intended to be developed in learners, demands for different teaching approaches. Therefore a teacher who is not aware of a variety of such strategies can neither attempt to use them in the first place or use them accurately. For instance, Achor (2008) considered some teaching modes as learners centered, interest arousing and activity oriented. These include conceptual change strategy, concept mapping, field trip, guided discovery, experimental and demonstration methods. He added that most of these are regarded as modes as teachers are required to employ a numbers of them while teaching.

Researchers have argued that many Nigerian Students do not possess the depth of knowledge on skills to assure either personal life success or national economic competence (Akpan, 1996). A major concern of most of these critics is also the apparent inability of these students to engage in complex problem solving activities and apply school knowledge to real life problems in work place settings. Therefore a teacher needs to be aware of different teaching strategies that are more effective and efficient in the teaching of topics and concepts. From all indications, it is observed that the present methods used in teaching science in secondary schools in Nigeria do not produce maximum results for the acquisition of science process skills by the students; therefore, there is need for the use of multiple teaching strategies including inquiry teaching by all teachers to meet the different learning styles in the classroom.

Ukoha (2008), described the concept of utilization presupposes, that appropriate instructional materials have not been identified, provided and selected for instruction, this statement can also be applied to teaching strategies. According to Blair (1988), many things happen to the student with learning difficulties when the difficulties remain unsolved. The effect of difficulties in learning upon students may not be far out of proportion to the apparent seriousness of the problem, because emotional pressure builds up around students’ area of weakness, with this type of difficulty students may fall behind expectation or standard set by teachers, parents and school administrators but this difficulty can be solved through the utilization of appropriate innovative strategies.

Awareness of policies usually forms the backbone of the utilization and productivity level of any programme (Olumorin, 2008). He further asserted that it is when an individual is aware of the principles and content policy that such an individual can cultivate right type of attitude that will result in improved productivity. In the teachers’ awareness of the innovative strategies, the decision of the teacher on the utilization of the innovative strategies will be based on the teachers’ knowledge on the existence of the innovative strategies. Therefore a teacher who is not aware of the innovative strategies will neither attempt to use them in the first place or use them correctly and adequately.

The issue of what the problem is needs to be addressed in Biology Education, various teaching strategies exist, yet, poor teaching and learning of the subject seems to continue unabated. Then it is necessary to examine which of these strategies are learners-centered and which are teachers-centered. There is also the need to employ scientific method to teach biology at the secondary school level. Other methods may also have their usefulness if employed at the appropriate time for relevant purpose, this is only possible if the teacher is aware of their existence and uses them. Given the diversity and the views expressed by many lecture rooms and classrooms, the role of teachers needs to be different.

Some teaching methods involve the learners more than the others; add meaning to their lives, thereby reflecting in their role in the society which is aimed at in science.

This point is stressed by Barbosa, Jofili and Watts (2004), when they said very little of what science teachers teach will be directly used in these students live. It is on this basis that they advocated for science teachers to look beyond the utility argument of the subject to see what aspects of science that are needed to enrich the lives of the society with the understanding of people. Only the use of appropriate strategies can bring these into realization.

Teachers are said to gain extensive experience of successful and unsuccessful performances throughout their years of teaching, this assumption has generated in-depth research into how teachers who have been involved in teaching for different period of time perceive their teaching ( Soodak & Podell, 1997; Fives & Lisa 2008; Fives, 2010). It has been argued that experience improves teaching skills while pupils learn better at the hands of teachers who have taught them continuously over a period of years (Ijaiya, 2000). Teachers’ teaching qualification is another quality of the teacher. This means that the qualification of a teacher matters when it comes to effective teaching. The availability of adequate and qualified science teachers cannot be compromised for the success of any science programme. It has been commented that, however well conceived a

programme is, however valid the theory that underlies it, and whatever the objectives of the plan are, will be determined by the nature, quality, attitudes, motivation and convictions of the classroom teacher (Obomanu & Akporehwe, 2011).

The sources of gender differences in educational outcomes have been the subject of considerable study and debate. One particularly contentious issue involves the possible role played by biological differences between males and females. One hypothesis is that male and female teachers have unique biases with respect to how they engage boys and girls in the classroom, similarly, cognitive process theories (Jones & Dindia, 2004), suggest that teachers may subtly communicate that they have different academic expectations of boys and girls. On teaching strategies, studies by Olagunju & Abiona (2008) revealed that male teachers’ perception of utilization of instructional materials in teaching is higher than that of the female teachers. Khurshid and Zahur (2013) discovered that female teachers are more aware and utilize innovative teaching strategies than the male teachers. From these studies, there are no conclusive statements on the gender and teacher’s teaching experience related issues, investigated by the researchers and the studies cited above. As such, this study investigated the effects of teacher’s gender, teacher’s teaching experience and qualification on the utilization of the innovative teaching strategies to determine whether their effects had any significant influence or not.

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