action research project for b ed students in biology pdf

200+ Action Research Topics for B.Ed Students [Updated 2024]

Starting your B.Ed journey is exciting for future teachers. One crucial aspect of this academic pursuit is action research – a dynamic process that bridges theory and practice, allowing students to delve into real-world educational challenges. In this blog, we will explore the significance of action research topics for b.ed students, shed light on the criteria for selecting engaging topics, and provide a comprehensive list of actionable research ideas.

Understanding Action Research in B.Ed

Table of Contents

Action research is not merely a theoretical concept; it’s a practical approach that encourages educators to actively engage in systematic inquiry to improve teaching and learning. In the context of B.Ed programs, it serves as a bridge between academic knowledge and the challenges faced in actual classrooms. 

This methodology empowers future educators to become reflective practitioners, constantly refining their teaching strategies based on evidence and experience.

How to Select Action Research Topics?

Selecting action research topics is a crucial step that can significantly impact the success and relevance of your research. Here’s a simplified guide on how to choose action research topics:

• Identify Your Passion and Interests:
• Consider what aspects of education or teaching excite you the most.
• Reflect on your own experiences as a student or any challenges you’ve observed in educational settings.
• Align with B.Ed Curriculum:
• Ensure your chosen topic aligns with the curriculum of your B.Ed program.
• Examine your course materials and note any places where you can put theoretical ideas to use in practical situations.
• Address Current Educational Issues:
• Keep informed on contemporary issues and developments in education.
• Choose a topic that addresses a relevant and pressing issue in the field, contributing to ongoing discussions.
• Consider Feasibility:
• Assess the feasibility of your research topic within the constraints of time and resources.
• Ensure that the scope of your research is manageable and can be realistically implemented.
• Potential for Impact:
• Evaluate the potential impact of your research on teaching and learning.
• Aim for topics that have practical implications and can bring about positive changes in educational practices.
• Consult with Mentors and Instructors:
• Seek guidance from your mentors, instructors, or advisors.
• Discuss your ideas with them to receive valuable insights and suggestions for refining your research topic.
• Brainstorm and Research:
• Make a list of possible subjects that fit the above-mentioned requirements and correspond with your interests.
• Conduct preliminary research to ensure there is enough existing literature and resources to support your chosen topic.
• Narrow Down Your Options:
• Evaluate each potential topic based on relevance, feasibility, and potential impact.
• Narrow down your options to one or two topics that best meet the criteria and align with your goals.
• Ensure Personal Connection:
• Select a subject that speaks to you personally. Your passion and commitment to the subject will enhance the quality of your research.
• Get Feedback:
• Share your shortlisted topics with peers, mentors, or classmates.
• Gather feedback to ensure your chosen topic is well-received and has support within your academic community.

200+ Action Research Topics for B.Ed Students: Category Wise

Classroom management and discipline.

• The impact of positive reinforcement on student behavior.
• Strategies for managing disruptive behavior in the classroom.
• The effectiveness of peer mediation in resolving conflicts among students.
• Creating a culturally responsive approach to classroom discipline.
• Investigating the influence of classroom layout on student behavior.
• Implementing restorative justice practices in schools.
• Examining the role of teacher-student relationships in classroom discipline.
• Assessing the impact of mindfulness practices on student behavior.

Teaching Strategies and Methods

• Differentiating instruction to meet diverse learning needs.
• The effectiveness of project-based learning in enhancing student engagement.
• Exploring flipped classroom models in B.Ed teaching.
• Investigating the impact of cooperative learning strategies.
• Adapting teaching methods for students with diverse learning styles.
• The use of educational technology in improving learning outcomes.
• The impact of inquiry-based learning on critical thinking skills.
• Exploring the effectiveness of outdoor education.

Student Engagement and Motivation

• Investigating factors influencing student motivation in mathematics.
• The role of extracurricular activities in promoting student engagement.
• Strategies for fostering a growth mindset in students.
• Enhancing student motivation through gamification in education.
• Investigating the impact of teacher enthusiasm on student motivation.
• The role of peer collaboration in increasing student engagement.
• Examining the impact of culturally relevant teaching on student motivation.
• Strategies for motivating unmotivated students in the classroom.

Assessment and Evaluation

• The impact of formative assessment on student learning outcomes.
• Investigating the effectiveness of self-assessment in student evaluation.
• Strategies for reducing bias in assessment and grading.
• Exploring alternative methods for assessing student creativity.
• The impact of standardized testing on student stress levels.
• Designing authentic assessments for real-world application.
• Investigating the role of feedback in student performance improvement.
• Strategies for promoting self-regulated learning through assessment.

Inclusive Education

• The effectiveness of inclusive classrooms in promoting diversity.
• Strategies for supporting students with learning disabilities.
• Investigating the impact of inclusive education on peer relationships.
• Creating an inclusive curriculum for students with diverse needs.
• The role of teacher attitudes in promoting inclusive practices.
• Strategies for addressing unconscious bias in the classroom.
• The impact of inclusive education on the social-emotional development of students.
• Designing inclusive assessments for all learners.

Parent and Community Involvement

• The role of parental involvement in student academic achievement.
• Strategies for enhancing communication between teachers and parents.
• Investigating the impact of community partnerships on student success.
• Creating a positive home-school connection for student support.
• Strategies for involving parents in students’ homework and study routines.
• The role of community resources in addressing student needs.
• Examining the impact of parent-teacher conferences on student performance.
• Strategies for involving parents in school decision-making.

English Language Learning (ELL)

• The impact of language immersion programs on ELL student outcomes.
• Strategies for supporting ELL students in mainstream classrooms.
• Investigating the effectiveness of bilingual education programs.
• Creating a culturally responsive approach to teaching English.
• The role of technology in supporting ELL students.
• Strategies for promoting language development in ELL students.
• Exploring the impact of teacher attitudes on ELL student success.
• The effectiveness of language support programs for ELL students.

Special Education

• Strategies for promoting inclusive practices in special education.
• Investigating the impact of assistive technology on student learning.
• Creating individualized education plans (IEPs) for student success.
• The role of teacher collaboration in supporting special education students.
• Strategies for addressing behavioral challenges in special education settings.
• The impact of inclusive classrooms on students with autism spectrum disorders.
• Investigating the effectiveness of speech and language therapy in schools.
• Creating sensory-friendly environments for special education students.

Educational Leadership

• The impact of distributed leadership on school culture.
• Strategies for fostering teacher leadership in schools.
• Investigating the role of school leadership in teacher retention.
• Creating a positive school climate through effective leadership.
• The impact of professional development on leadership skills.
• Strategies for promoting shared decision-making in schools.
• Investigating the role of emotional intelligence in educational leadership.
• The effectiveness of mentorship programs for new teachers.

Classroom Environment

• Investigating the impact of classroom aesthetics on student well-being.
• Strategies for creating a positive and inclusive classroom climate.
• The role of flexible seating arrangements in student engagement.
• Designing a culturally responsive classroom environment.
• Investigating the impact of classroom lighting on student focus.
• Strategies for promoting a sense of belonging in the classroom.
• The effectiveness of incorporating nature in the classroom.
• Investigating the role of classroom layout on collaborative learning.

Technology Integration

• Strategies for integrating digital literacy skills into the curriculum.
• Investigating the impact of virtual reality in educational settings.
• Creating a responsible approach to social media use in education.
• The role of online platforms in promoting student collaboration.
• Strategies for addressing the digital divide in schools.
• Investigating the impact of blended learning on student outcomes.
• The effectiveness of gamified learning apps in the classroom.
• Exploring the use of artificial intelligence in education.

Professional Development

• Strategies for promoting ongoing professional development for teachers.
• Investigating the impact of peer mentoring on teacher effectiveness.
• The role of teacher collaboration in professional growth.
• Designing effective workshops for teacher skill enhancement.
• Investigating the impact of reflective practices on teacher development.
• Strategies for addressing burnout and promoting teacher well-being.
• The role of action research in teacher professional development.
• The effectiveness of online professional development courses.

Literacy Development

• Investigating the impact of reading interventions on struggling readers.
• Strategies for promoting literacy across subject areas.
• The role of parental involvement in promoting early literacy.
• Exploring the impact of storytelling on language development.
• Strategies for addressing literacy challenges in diverse student populations.
• The effectiveness of using technology in literacy instruction.
• Investigating the impact of library programs on student reading habits.
• Promoting a love for reading through innovative literacy initiatives.

Mathematics Education

• Strategies for promoting conceptual understanding in mathematics.
• Investigating the impact of real-world applications in math instruction.
• The role of formative assessment in improving math performance.
• Designing effective math interventions for struggling students.
• Investigating the impact of technology in mathematics education.
• Strategies for promoting a growth mindset in math learning.
• The effectiveness of collaborative learning in math classrooms.
• Investigating the role of teacher enthusiasm in math engagement.

Science Education

• Strategies for promoting hands-on learning in science classrooms.
• Investigating the impact of outdoor education on science understanding.
• The role of inquiry-based learning in science education.
• Designing effective science experiments for student engagement.
• Investigating the impact of STEM programs on student interest.
• Strategies for promoting environmental education in schools.
• The effectiveness of science fairs in promoting scientific inquiry.
• Investigating the role of teacher modeling in science instruction.

Social Studies Education

• Strategies for promoting critical thinking in social studies.
• Investigating the impact of project-based learning in social studies.
• The role of cultural sensitivity in social studies curriculum.
• Designing effective field trips for social studies education.
• Investigating the impact of current events in social studies instruction.
• Strategies for addressing bias in social studies textbooks.
• The effectiveness of using primary sources in social studies classes.
• Investigating the role of debate in social studies learning.

Arts Education

• Strategies for integrating the arts into STEM education.
• Investigating the impact of arts education on overall academic achievement.
• The role of arts education in promoting creativity and innovation.
• Designing effective arts programs for students with diverse abilities.
• Investigating the impact of music education on cognitive development.
• Strategies for promoting inclusivity in arts education.
• The effectiveness of drama and theater in enhancing student communication skills.
• Investigating the role of visual arts in fostering cultural awareness.

Physical Education

• Strategies for promoting lifelong fitness habits in students.
• Investigating the impact of physical education on academic performance.
• The role of technology in enhancing physical education classes.
• Designing effective physical education programs for students with disabilities.
• Investigating the impact of outdoor activities on physical and mental well-being.
• Strategies for promoting teamwork and cooperation in physical education.
• The effectiveness of mindfulness practices in physical education.
• Investigating the role of physical activity in reducing stress among students.

Health Education

• Strategies for promoting health literacy in schools.
• Investigating the impact of nutrition education on student habits.
• The role of mental health education in schools.
• Designing effective sex education programs for diverse student populations.
• Investigating the impact of mindfulness practices on student well-being.
• Strategies for addressing substance abuse education in schools.
• The effectiveness of peer-led health education programs.
• Investigating the role of physical activity in promoting overall health.

Environmental Education

• Strategies for promoting environmental literacy in schools.
• Investigating the impact of outdoor education on environmental awareness.
• The role of sustainability education in the curriculum.
• Designing effective environmental science programs.
• Investigating the impact of school gardens on student learning.
• Strategies for promoting eco-friendly practices in schools.
• The effectiveness of community-based environmental projects.
• Investigating the role of technology in environmental education.

Early Childhood Education

• Strategies for promoting play-based learning in early childhood.
• Investigating the impact of parental involvement in early education.
• The role of early literacy development in overall academic success.
• Designing effective transition programs for kindergarten readiness.
• Investigating the impact of technology in early childhood classrooms.
• Strategies for promoting social-emotional development in young children.
• The effectiveness of inclusive practices in early childhood education.
• Investigating the role of outdoor play in early childhood development.

Higher Education

• Strategies for promoting student engagement in college classrooms.
• Investigating the impact of online learning on student outcomes.
• The role of mentorship programs in supporting college students.
• Designing effective study skills programs for university success.
• Investigating the impact of student support services on retention.
• Strategies for addressing mental health challenges in higher education.
• The effectiveness of peer-led tutoring programs.
• Investigating the role of technology in higher education.

Educational Policy and Reform

• Strategies for promoting teacher involvement in policy development.
• Investigating the impact of standardized testing on educational equity.
• The role of teacher evaluation systems in promoting professional growth.
• Designing effective professional development policies for educators.
• Investigating the impact of inclusive education policies on student outcomes.
• Strategies for addressing school funding disparities.
• The effectiveness of school choice programs in improving education.
• Investigating the role of community involvement in educational policy.

Global Education

• Strategies for promoting global citizenship in classrooms.
• Investigating the impact of international exchange programs on student perspectives.
• The role of technology in connecting students globally.
• Designing effective multicultural education programs.
• Investigating the impact of global issues in the curriculum.
• Strategies for promoting cultural competence in teacher education.
• The effectiveness of language immersion programs in promoting global awareness.
• Investigating the role of service learning in global education.

Teacher Well-being

• Strategies for promoting teacher well-being and mental health.
• Investigating the impact of work-life balance on teacher effectiveness.
• The role of professional development in reducing teacher burnout.
• Designing effective stress management programs for educators.
• Investigating the impact of school leadership on teacher job satisfaction.
• Strategies for addressing teacher turnover in schools.
• The effectiveness of mindfulness practices in reducing teacher stress.
• Investigating the role of supportive school environments in teacher well-being .

Steps to Conduct Action Research in B.Ed

To embark on a successful action research journey, B.Ed students should follow a structured process:

• Formulating a Clear Research Question: Clearly define the problem or challenge you aim to address.
• Conducting a Literature Review: Explore existing research to inform and contextualize your study.
• Designing the Research Methodology: Plan the research approach, including data collection methods and analysis.
• Collecting and Analyzing Data: Gather relevant data and analyze it to draw meaningful conclusions.
• Drawing Conclusions and Making Recommendations: Synthesize your findings and propose actionable recommendations.

Benefits of Action Research Topics for B.Ed Students

Engaging in action research offers numerous benefits for B.Ed students:

• Professional Development Opportunities: Action research enhances educators’ professional growth by fostering a reflective and iterative approach to teaching.
• Enhancing Problem-Solving and Critical Thinking Skills: Students develop strong problem-solving and critical thinking skills as they navigate real-world educational challenges.
• Contributing to the Improvement of Teaching Practices: Action research enables educators to actively contribute to the continuous improvement of teaching practices within their classrooms and beyond.

In conclusion, action research is a powerful tool that empowers B.Ed students to bridge the gap between theory and practice. By carefully selecting relevant and engaging topics, students can embark on a transformative journey that not only enhances their academic experience but also contributes to the broader field of education. 

As we encourage B.Ed students to explore and engage in meaningful Action Research Topics for B.Ed Students, we pave the way for a future generation of educators committed to continuous improvement and excellence in teaching.

Related Posts

Step by Step Guide on The Best Way to Finance Car

The Best Way on How to Get Fund For Business to Grow it Efficiently

Academia.edu no longer supports Internet Explorer.

To browse Academia.edu and the wider internet faster and more securely, please take a few seconds to  upgrade your browser .

Enter the email address you signed up with and we'll email you a reset link.

• We're Hiring!
• Help Center

Enhancing Biology Students Motivation Through Classroom Action Research Based STAD Learning Model

2018, Indonesian Journal of Biology Education

Related Papers

Lidia Susanti

Problem-solving is an alternative learning strategy which is considered more effective and efficient for students engaged in the learning of Biology. This strategy has a couple of strengths in the teaching –learning process in which it makes the school learning more relevant to life and actively engages students in the learning process. This study aimed at testing the effects of the problem-solving strategy on students' learning outcome. It also aimed at testing if there was any effect of the achievement motivation on students' learning outcome. Furthermore, this study was intended to test if instructional strategy interacted with the achievement motivation on students' learning outcome. This study employed the factorial non-equivalent control group design in which109 ten grade students in the science program of Sekolah Menengah Atas Negeri 9 Malang were used as the subject of the study. Based on the data analysis, the conclusion of the study result was as follows: (1) there was discrepancy in the score acquired by the group receiving problem-solving (PS) and the other group instructed in direct instruction (DI). The use of problem-solving strategy was significantly better than direct instruction that yielded a significant value of (F=6.943; p=0.010); (2) the score discrepancy was noticeable between students with high achieving motivation and students with low achieving motivation. Students' motivation, either high or low impacted on the learning outcome indicated by the significant value of (F=10.999; p=0.001); (3) There was no difference in the score representing the interaction between students instructed in problem solving (PS) and students taught in direct instruction (DI) based on the high or low extent of motivation students had that was indicated by the significant value of (F= 0.010; p=0.922). Ho was then accepted and it was concluded that there was not a significant difference in the average score of the interaction between the instructional strategies and the extent of achievement. In other words, the effect of the interaction between the instructional strategies and the extent of the achievement on the average score of students' learning outcome was not evidently different. INTRODUCTION The advance of science and technology constantly demands human adjustment to the changes resulted by conducting a wide range of innovations in every aspect including the education. The developments are progressively made in terms of the theories and concepts that they are increasingly effective and appropriate to come up with a quality modern learning.Shambaugh & Magliaro (2006) argued that the current learning process consists of five elements, namely: (1) organizing knowledge in memory, (2) solving problems, (3) developing learners, (4) learning how to learn, dan (5) living and learning in the world. The concept implies that learning should by all means result in a capacity to resolve problems and be aimed at the interest of living in the future instead of meeting the school interest. One of the cases found by Malik (2010) concerning the learning of science is that many students taught in traditional manner acquired a science concept for mastery as it is rather than for knowing how to apply it in such a way that it might benefit them in a real life setting. As a result, the

Journal of Physics: Conference Series

Moses Tokan

Jurnal Penelitian Pendidikan IPA

Abdul Razak

This research is a descriptive correlation study that aims to reveal the relationship between learning motivation and learning outcomes of students' biology. This study uses a correlational study approach because it connects two variables, namely two independent variables in the form of learning motivation and the dependent variable in the form of biology learning outcomes of students. The technique used in sampling is purposive proportional random sampling, by determining the proportion according to the number of students in the school being studied. In this study, Pearson Product Moment using for conversion score analysis, score distribution, normality tests, and correlation analysis. This correlation analysis aims to determine the relationship between learning motivation and learning outcomes of biology. Furthermore, to see whether or not there is meaning in the research, the t-test is used and to see the contribution between the two variables using the coefficient determinan...

Proceeding of International Conference in Education, Science and Technology

tabitha wulandari

South African Journal of Education

Cut Irmadora

Motivation consists of both internal and external encouragement. It affects student learning activities. This study aims to determine the relation correlation between motivation and environmental-based biology learning activities in senior high schools in Pidie District, Aceh, Indonesia. The research method was quantitative; specifically, a quasi-experimental design. The study was conducted. For three months, from September to November 2018. The subjects were 99 students in three high schools in Pidie district, Aceh, Indonesia The instruments used in this study where a student learning motivation questionnaire and an observation sheet of student learning activities. The parameters measured were the level of motivation and the student learning activities. Data analysis involved the Pearson correlation determine the level of relation between learning motivation and environmental-based biology learning activities. The results showed that the relationship between learning motivation (X1...

PEOPLE: International Journal of Social Sciences

MARTHA I . A . NJOKU

In this research, the impact of peer tutoring and group tutoring led to team learning approaches on the attitude of the students towards and achievement in biology. The thesis had been motivated by four research questions and six null hypotheses. The research had used quasi experimental method. In particular, the design of the un-equivalent control group. The sample size was 182 SS 1 students from the four sampled government senior high schools in Port-Harcourt metropolis, River State, Nigeria in four intact classrooms. Two of the classes were exposed to peer tutoring while the remaining two were exposed to peer-led team learning strategy. Biology Attitudinal Scale (BAS), and Biology Achievement Test (BAT) were data collection instruments. BAS construct validity was developed using factor analysis, while BAT material validity was calculated using specification table. Reliability for BAS and BAT was obtained using formula 20 (K-R 20) from Cronbach Alpha and Kudar-Richardson. Mean and...

Prisma Sains : Jurnal Pengkajian Ilmu dan Pembelajaran Matematika dan IPA IKIP Mataram

Restesa Rahmayumita

Student learning motivation is the driving force in students to be able to achieve optimal learning outcomes so that the desired goals of the learning subject can be achieved. The motivation that can come from within the student himself is called intrinsic motivation and comes from outside the student's self or extrinsic motivation. The purpose of this research was to analyze the level of learning motivation of seventh-grade students of SMPN 4 Siak Hulu in science subjects. The method used in this research is a survey method with a quantitative approach. The data collection technique used a learning motivation questionnaire instrument consisting of 25 statement items and the research subject was 67 students. The data analysis technique is through descriptive analysis of the science learning motivation. The research results showed that students' learning motivation was in the high category with a score of 82.45%, while the average learning outcome was 41.1 in the low category...

Husamah & Yuni Pantiwati

Dr. Husamah, S.Pd., M.Pd.

Maricel A. Gomez

Motivation plays a vital role in students' learning and academic performance, particularly in Science learning achievement. It is a challenge for a teacher to keep students motivated as they go through the entire learning process. The excellent choice of teaching strategy is one of the ways that can make the students motivated to engage in the different learning activities and in turn, increase their academic performance. This quasi-experimental study used one group pretest-posttest to determine the effectiveness of self-regulating learning method and to correlate students' motivation towards Science learning and achievement in Biological Sciences. The participants of the study were 39 students from one intact group. Teacher-made Biological Science test and Student Motivation towards Science Learning questionnaire were used to determine students' achievement and motivation towards Science learning, respectively. Results revealed that although there was no correlation bet...

Loading Preview

Sorry, preview is currently unavailable. You can download the paper by clicking the button above.

RELATED PAPERS

Jurnal Pendidikan Matematika dan IPA

Aditya Rakhmawan

International Journal of Engineering Technologies and Management Research

INTERNATIONAL JOURNAL OF ENGINEERING TECHNOLOGIES AND MANAGEMENT RESEARCH I J E T M R JOURNAL

Miranda Yeoh

Journal of Education and Practice

zulfatus sholichah

Jurnal Pendidikan Biologi Indonesia

Fahmie Firmansyah

Sundus Yerdelen

Dr. IRWANTO , Dr. Irwanto IRWANTO

Science Education International

Selcuk Arik

American Biology Teacher

Brian Gibbens

IJAR Indexing

Mustafa Serdar Köksal

Serap Özbaş

Journal of Innovation in Educational and Cultural Research

widdy rorimpandey

SALIHU A B U B A K A R MOHAMMED

Azuka Ugo , igwe kingsley ogazi

Implementation of Guided Inquiry to Improve Students Motivation and Learning Outcomes of Human Respiratory System For 11th Grade Student Sma Negeri 1 Tebing Tinggi Academic Year 2011 2012

novi ariska

yosefina uge lawe

TAMAN VOKASI

panggih pribadi

Dr.KK kishore

Pepin Nahariani

International Journal of Multidisciplinary: Applied Business and Education Research

Josue Tolero

Wahyudin Nasution

Sundus Yerdelen , SİBEL GÜRBÜZOĞLU YALMANCI

IJAERS Journal

International Journal of Science and Technology Education Research

KEZIAH ACHUONYE

•   We're Hiring!
•   Help Center
• Find new research papers in:
• Health Sciences
• Earth Sciences
• Cognitive Science
• Mathematics
• Computer Science
• Academia ©2024

Action Research

(0 reviews)

J. Spencer Clark, Kansas State University

Suzanne Porath, Kansas State University

Julie Thiele, Kansas State University

Morgan Jobe, Kansas State University

Copyright Year: 2020

Last Update: 2024

ISBN 13: 9781944548292

Publisher: New Prairie Press

Language: English

Formats Available

Conditions of use.

Table of Contents

• Introduction
• About the Authors
• What is Action Research for Classroom Teachers?
• Action Research as a Process for Professional Learning and Leadership
• Planning Your Research: Reviewing the Literature and Developing Questions
• Preparing for Action Research in the Classroom: Practical Issues
• Collecting Data in Your Classroom
• Analyzing Data from Your Classroom
• Let it Be Known! Sharing your Results
• The Action Research Process from a High School ELA Teacher’s Perspective

Ancillary Material

About the book.

Action research is a common journey for graduate students in education and other human science fields. This book attempts to meet the needs of graduate students, in-service teachers, and any other educators interested in action research and/or self-study. The chapters of this book draw on our collective experiences as educators in a variety of educational contexts, and our roles guiding educator/researchers in various settings. All of our experiences have enabled us to question and refine our own understanding of action research as a process and means for pedagogical improvement. The primary purpose of this book is to offer clear steps and practical guidance to those who intend to carry out action research for the first time. As educators begin their action research journey, we feel it is vital to pose four questions: 1) What is action research, and how is it distinct from other educational research?; 2) When is it appropriate for an educator to conduct an action research project in their context?; 3) How does an educator conduct an action research project?; 4) What does an educator do with the data once the action research project has been conducted? We have attempted to address all four questions in the chapters of this book.

About the Contributors

J. Spencer Clark is an Associate Professor of Curriculum Studies at Kansas State University. He has used action research methodology for the past 17 years, in K-12 schools and higher education. More recently, for the past 10 years he has taught action research methods to teachers in graduate and licensure degree programs. He also has led secondary student action research projects in Indiana, Utah, and Kansas. Clark also utilizes action research methodology in his own research. Much of his research has focused on understanding and developing teacher agency through clinical and professional learning experiences that utilize aspects of digital communication, inquiry, collaboration, and personalized learning. He has published in a variety of journals and edited books on teacher education, technology, inquiry-based learning, and curriculum development.

Suzanne Porath has been an English Language Arts, history, and humanities classroom teacher and reading teacher for 13 years before becoming a teacher educator. She has taught in Wisconsin and American international schools in Brazil, Lithuania, and Aruba when she conducted her own action research projects. Before accepting her current position as an assistant professor at Kansas State University in Curriculum and Instruction, she taught at Concordia University and Edgewood College in Wisconsin. She has taught action research methods at the graduate level and facilitated professional development through action research in school districts. She is the lead editor of Networks: An Online Journal for Teacher Research  https://newprairiepress.org/networks/ .

Julie Thiele , PhD. is an Assistant Professor at Kansas State University.  She teaches math education courses, math and science education courses and graduate research courses. Prior to teaching at KSU, she taught elementary and middle school, and led her district level professional learning community, focusing on implementing effective, research-based teaching practices.

Morgan M. Jobe is a program coordinator in the College of Education at Kansas State University, where she also earned a bachelor’s degree in secondary education and a master’s degree in curriculum and instruction. Morgan taught high school English-Language Arts for ten years in two different Kansas school districts before returning to Kansas State University as a staff member. Her research interests include diversity and equity issues in public education, as well as action research in teacher education programs.

Contribute to this Page

We can help you reset your password using the email address linked to your BioOne Complete account.

• BioOne Complete
• BioOne eBook Titles
• By Publisher
• About BioOne Digital Library
• How to Subscribe & Access
• Library Resources
• Publisher Resources
• Instructor Resources
• FIGURES & TABLES
• DOWNLOAD PAPER SAVE TO MY LIBRARY

Project-based learning and action research are powerful pedagogies in improving science education. We implemented a semester-long course using project-based action research to help students apply biotechnology knowledge learned in the classroom to the real world. Students had several choices to make in the project: working individually or as a team, selecting a topic of interest, and targeting a local community group. To enhance teachers' abilities to lead students through action projects, we describe the framework, provide class data, and discuss benefits and challenges encountered. This course could serve as a model of how project-based action research can benefit student learning in biotechnology.

KEYWORDS/PHRASES

Publication title:, collection:, publication years.