Professional Development of Mathematics Teachers in Najran: Opportunities and Challenges

Mohammed Mofreh Yahya Aseeri^1,

¹Department of Curriculum and Instruction, Najran University, KSA

Cite this paper:
Mohammed Mofreh Yahya Aseeri. Professional Development of Mathematics Teachers in Najran: Opportunities and Challenges. American Journal of Educational Research. 2019; 7(12):907-918. doi: 10.12691/education-7-12-3

Abstract

The present study aimed to identify the main opportunities with which professional development programs provide mathematics teachers at the Education Directorate at Najran. It also aimed to determine the most important challenges these teachers usually face at schools. Therefore, a four- aspect questionnaire to investigate the teachers' viewpoint about classroom teaching practices, resources of professional development, obstacles of professional development, in addition to opportunities and challenges of professional development programs was developed. Then it was delivered to (115) participants among which were (42) males and (73) females. They were all teaching mathematics at the three education stages at public schools at Najran in the academic year 2018/ 2019. The descriptive analytical approach was used to interpret collected data. Results indicated that professional development programs were very effective in improving mathematics teacher' classroom teaching practices, making them more aware of their professional development resources and more capable in distinguishing the main obstacles that hinder their profession. Findings also showed that there were significant differences between participants' responses due to gender in favor of females. Moreover, there were significant differences due to the educational stage in favor of the intermediate and secondary stages. There were also significant differences due to the number of programs teachers received in favor of more than five development programs. Nevertheless, there were no differences due to the teaching experience. Results also showed that the big increase in student's numbers inside classrooms, the length of the teaching material, the frequent absence of students, and the difficulty to follow up the latest in his area of specialty were the most important challenges facing mathematics teachers. Opportunities provided by professional development programs were not highly available because most of the required services mainly health ones did not exist.

Keywords:
professional development mathematics teachers obstacles of professional development opportunities of professional development challenges of professional development and teaching practices

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References:

[1]	Al Momani, K. (2007). Planning for Teachers Professional Growth, Journal of Teacher. Retrieved on 8/7/2019, www.Almualem.net.
[2]	Abdul Hamid, R. (2017). Effectiveness of a Proposed Training Program Using Educational Tools of Web 2.0 for the Professional Development of Intermediate School Mathematics Teachers in Light of their Training Needs for Teaching Developed Curricula in Saudi Arabia. Journal of Arab Studies in Education and Psychology (84), 63-109.
[3]	Harris, A. & Muijs, D. (2007). Teacher Leadership in Action: Three Case Studies of Contrasting Schools, Education Management and Administration, 35, I1, 95.
[4]	Shalash, B. & Harzallah, H. (2017). Educational Supervision and its Relationship With professional Development of Mathematics Teachers in Upper Basic Stage in Palestine, Journal of Al-Quds Open University for Educational and Psychological Research and Studies, (17), 293-311.
[5]	Al Elayyan, F. (2010). A proposal for Self-Professional Development of Mathematics Teachers in Intermediate Stage from the Viewpoint of specialists and practitioners. Unpublished MA. Thesis, Faculty of Education, Umm Al-Qura University.
[6]	Awaji, B. (2014). Availability of Professional Competencies Required by Mathematics Teachers to Teach Mathematics Courses in the Intermediate Stage, Journal of Educational Mathematics 17 (7), 61-94.
[7]	Anthony, G. & Walshaw, M. (2009).Characteristics of Effective Teaching of Mathematics: A View from the West, Journal of mathematics Education, 2 ( I2), 147-164.
[8]	Al Khatib, M. (2012). A Proposal for Contemporary Professional Standards for Mathematics Teachers and their Availability among a Group of Mathematics Teachers in Saudi Arabia, Journal of Al Najah University for Research, Humanities, 26 (2), 257-298.
[9]	Simon, S. & Campbell, S. (2012). Teacher Learning and Professional Development in Science Education. In Fraser, Barry J. Tobin, Kenneth G. & McRobbie, Campbell J. (Eds). Second International Handbooks of Education. (24), 295-306), London New York: Springer.
[10]	Lee, H. (2005). Developing a Professional Development Program Model Based on Teachers Need. Professional Educator, 27, I1-2, 39-49.
[11]	Ruwaily, S. (2010). Tasks of Educational Supervisor in Developing Professional Growth of Mathematics Teachers in the Intermediate Stage, Journal of Education World, Egypt, 10 (30), 334-396.
[12]	Postholm, M. B. (2012). Teacher Professional Development: A Theoretical Review, Journal of Educational Research, 54(4), 405-429.
[13]	Al Oafi, M. (2014). Professional Development of Arab Teacher in Light of Globalization Challenges Monitoring Reality and Looking Ahead, Jerash Journal for Research and Studies, Jerash University, 15 (2), 240-261.
[14]	Al Tayyar, A. A. O. (2018). A Proposal for the Role of Supervisor Teacher in the Professional Development of Mathematics Teacher in light of McGraw Hill Series, Unpublished MA. Thesis, College of Education, Qassim University.
[15]	Sabri, R. (2018). Effectiveness of a Proposed Training Program for Designing Teaching Attitudes Using McCarthy Model to Develop Some Requirements of Professional Competency among Mathematics Teachers and Developing Mathematical Confidence among Elementary School Students, Journal of Mathematics Education, 21 (1), 25-80.
[16]	Alqahtani, G.(2018). Professional Development of Mathematics Teachers in Integrating Digital Technology: Comparative Study. International Journal of Educational Psychological Studies, 3 (I2), 552-583.
[17]	Kearny, M. & Maher, D. (2013). Mobile Learning in Maths Teacher Education: Using Ipad to Support Pre-Service Teacher Professional Development, Australian Educational Computing Journal, 27(I1).
[18]	Al Balawi, A. & Ghaleb, R. (2012). Professional Development Needs of Public Education Mathematics Teachers in Saudi Arabia, Journal of Educational and Psychological Studies, Sultan Qaboos University, 6 (1), 114-132.
[19]	Al Astal, I. (2015). The needs of Professional Development of Mathematics Teachers at the Upper Basic Stage in Gaza Schools in Light of School mathematics Standards, Journal of Education College in Banha, 26, (101), 3-
[20]	Abu Al-Hasan, T. (2016). Needs of Professional Development Needs of Mathematics Teachers in Public Elementary Schools of Languages, Journal of Mathematics Education, 19( 4), 62-129.
[21]	Abu Shawish, F. (2016). Obstacles of School-Based Teacher Professional Development Program (SBTD) in UNRWA Schools in Gaza Districts and How to Overcome them, Unpublished MA Thesis, Faculty of Education, Islamic University, Gaza.
[22]	Joadeh, S. (2019). Professional Development of Mathematics Teachers in Tabuk in Light of 2030 Vision and its Relationship with Reflective Practices and Self-Effectiveness Teaching, Journal of Educational Mathematics, 22 (1), 181-231.
[23]	Shaye, P. (2015). Professional Development for Early Childhood Educators: Efforts to Improve Math and Science Learning Opportunities in Early Childhood Classrooms, Journal of Educational Psychology, 107 (I2), 407-422.
[24]	Al Ghamdi, M. (2018). Self-Assessment of Math Teachers in Saudi Arabia in Light of NCTM Standards for Professional Development, Al Fat'h Journal, (75), 97-138.
[25]	Ennab, R. & Al Shonnaq, M. (2019). Training Needs of Mathematics Teachers at the Upper Basic Stage According to their Future Roles in Knowledge Economy. Journal of Educational Sciences, 46 (1), 439-458.
[26]	Al Enezi, Z. (2019). Training Needs of Elementary School Mathematics Teachers in Tabuk in light of the Requirements of Achieving Contemporary Professional Standards from their and their Educational Supervisors Viewpoint, Journal of College of Education, Assiut University, 35 (3), 57-73.
[27]	Mohammed, A. (2015). A Proposed Program in professional development of Mathematics Teachers at School of Excellence for Science and Technology in Light of Quality Standards, Ain Shams University, Adult Education Center, (18), 193-224.
[28]	Al Fajam, H., Al Mansouri, M. & Al Dowailah, A. (2017). Reality of Professional Growth of Science and Mathematics Teachers in Elementary Schools in Kuwait, Journal of the College of Education, Al-Azhar University, 1 (176), 582-614.
[29]	Al Yahya, I. A. M. (2017). Reality of Professional Development of Secondary School Teachers from the Perspective of Teachers and Supervisors in Dawadmi, Journal of the College of Education, Assiut University, 33 (1), 56-101.
[30]	Al Maleki, A. (2018). The Extent to which Mathematics Teachers at Intermediate Stage Own some of the Skills of Teaching Developed Mathematics in Jeddah. International Interdisciplinary Journal of Educational, 7 (3), 89-100.
[31]	Al Balawi, A., & Al Rajeh, N. (2012). Reality of Professional Development of Mathematics Teachers in Saudi Arabia, Message of Education and Psychology, Saudi Arabia, (38), 43-78.
[32]	Al Shaye'a, F. (2013). Reality of Teacher Professional Development Accompanying Project of Mathematics and Natural Sciences Development in Public Education in Saudi Arabia from the Viewpoint of Program Providers, Message of Education and Psychology, Saudi Arabia (42), 58-92.
[33]	Al Rajeh, N. & Al Zain, H. (2015). Reality of Digital Technologies in Supporting Professional Development of Mathematics Female Teachers, Journal of Arab Studies in Education and Psychology (64), 389-415.
[34]	Al Howayhi, M. (2015). A Proposal for Professional Development of Public Education Teacher in Saudi Arabia in Light of Academic Accreditation Standards, Journal of Azhar, College of Education, 3 (166), 274-386.
[35]	Hassan, H. & Khalil, I. (2017). Attitudes of Mathematics and Science Teachers towards Professional Development Programs and their Relationship with Some Variables, Journal of Educational Sciences, 2 (2), 97-122.