Improving Student's Computation Performance: A Systematic Literature Review

• Author(s): Nriagu Chukwunonso O ; Oketayo Abimbola Mujidat ; Bamidele Oluchi Jennie ; Oduwole Oluwakemi Omolara
• Paper ID: 1709502
• Page: 282-293
• Published Date: 08-07-2025
• Published In: Iconic Research And Engineering Journals
• Publisher: IRE Journals
• e-ISSN: 2456-8880
• Volume/Issue: Volume 9 Issue 1 July-2025

Abstract

The teaching of computer science in schools has been greatly influenced by the rapid development of technology, making Information Technology literacy a priority. Research literatures and experience in classrooms confirm that students have challenges on algorithms, function and programming. To overcome this, there is need to teach the concepts of mathematics in programming. Mathematics in programming constitutes an important role and should be included in the studies. The use of Mathematics in learning of programming offer a range of techniques to train students in computational thinking and programming skills. Foundational mathematical concepts such as logic, functions, and discrete mathematics, provide the cognitive framework for understanding core programming principles. The process of developing and debugging codes require precise and systematic approach similar to constructing a mathematical proof. Furthermore, students with a solid mathematical background tend to understand programming concepts and perform better in programming related tasks with the ability to design efficient solutions. The study reviewed the role of mathematics as the bedrock subject for computing; the integration of mathematical concepts and design of a systematic approach in training of students in problem solving. This comprehensive survey provides an in-depth examination of existing methods on computational thinking and mathematics approach in problem solving. The results showed that teaching programming with mathematics as an interdisciplinary approach increased students’ programming and computational thinking skills. Additionally, the integration of mathematics improved the students’ learning processes. This survey provide a valuable resource for researchers, teachers, and policymakers seeking to improve students’ problem solving skills and to stimulate further research in this critical area.

Keywords

Programming, Mathematical Concepts, Computational Thinking Skills, Interdisciplinary, Problem Solving

Citations

IRE Journals:
Nriagu Chukwunonso O , Oketayo Abimbola Mujidat , Bamidele Oluchi Jennie , Oduwole Oluwakemi Omolara "Improving Student's Computation Performance: A Systematic Literature Review" Iconic Research And Engineering Journals Volume 9 Issue 1 2025 Page 282-293

IEEE:
Nriagu Chukwunonso O , Oketayo Abimbola Mujidat , Bamidele Oluchi Jennie , Oduwole Oluwakemi Omolara "Improving Student's Computation Performance: A Systematic Literature Review" Iconic Research And Engineering Journals, 9(1)