Researcher Fahad Shafie Ghanim Abdul-Hamza has completed a study entitled “The Effectiveness of an SSCS-Based Instructional Strategy in Academic Achievement and Serious Creativity Skills among Fifth-Grade Scientific Students in Mathematics.” The study was supervised by Prof. Dr. Basim Mohammed Jassim, with a supervisory and examination committee comprising Prof. Dr. Rafid Bahr Ahmed, Chair; Prof. Dr. Areej Khudr Hassan, Member; Prof. Dr. Haider Kadhim Jassim, Member; and Prof. Dr. Basim Mohammed Jassim, Member and Supervisor.
The study forms part of ongoing academic efforts to advance mathematics education by moving beyond conventional teaching approaches toward modern, learner-centered instructional strategies that foster analytical thinking, problem-solving, active participation, and innovative thinking.
The research aimed to investigate the effectiveness of an instructional strategy based on the SSCS model in two principal areas: academic achievement in mathematics and the development of serious creativity skills among fifth-grade scientific students. The study seeks to contribute to deeper understanding of mathematical concepts while enhancing students’ ability to approach mathematical problems through more effective, analytical, and creative processes.
The findings highlighted the importance of employing modern instructional models and strategies in mathematics education, particularly those capable of creating a learning environment that encourages students to think critically, participate actively, analyze problems, and generate multiple and innovative solutions. Such approaches can also contribute to strengthening serious creativity skills and connecting mathematical knowledge with authentic, real-life situations.
Based on the findings, the researcher put forward a number of recommendations targeting different levels of the educational process. The General Directorate of Curricula was recommended to incorporate mathematical problems into the fifth-grade scientific mathematics textbook that are specifically designed to develop serious creativity skills. These problems should be based on authentic life situations requiring analysis and the generation of innovative solutions, while taking into consideration progressive levels of difficulty and individual differences among students.
The researcher also recommended the development of an SSCS-based practical teaching guide for mathematics teachers. The guide would include classroom implementation procedures, model lessons, suggested assessment methods, and classroom exercises illustrating the different stages of the SSCS model. Such a resource would help bridge the gap between educational theory and classroom practice and provide teachers with a consistent reference for daily lesson planning and implementation.
With regard to teacher preparation and professional development, the study recommended organizing specialized and interactive training courses for mathematics teachers at different educational levels. These courses would focus on the practical application of the SSCS model in classrooms and provide teachers with the knowledge and skills required to employ the strategy in developing creative thinking and improving learning outcomes.
The researcher further recommended conducting professional development workshops on the design of creative classroom activities, enabling teachers to develop activities that foster serious creativity skills, including analysis, innovation, and design. Such workshops would provide practical applications for integrating these activities into classroom instruction and encouraging students to develop higher-order thinking skills.
The study also called on mathematics teachers to adopt modern instructional models, including the SSCS strategy, given their potential to simplify mathematical concepts, promote deeper understanding, stimulate creative thinking, and strengthen the connection between theoretical knowledge and real-life applications. The effective use of such strategies may contribute to improving students’ academic achievement by engaging higher-order thinking skills in addressing complex mathematical problems.
Contribution to the Sustainable Development Goals
The research directly supports United Nations Sustainable Development Goal 4 (SDG 4): Quality Education, particularly Target 4.4, which focuses on increasing the number of learners who acquire relevant skills for employment, decent work, and lifelong learning.
By emphasizing academic achievement, creative thinking, analytical skills, and problem-solving abilities, the study contributes to the development of a more effective and innovative learning environment. It also supports efforts to equip students with the intellectual and creative competencies needed for lifelong learning and for addressing future educational and societal challenges.
