Қолданбалы математиканың қоғамдағы маңызы туралы мақала

УДК 60.608.2

Турарбеков Д. Б.

1-оқу жылының бакалавры, Компьютерлік және математикалық модельдеу кафедрасы, механика математика факультеті, ҚазҰУ, әл-Фараби, Алматы қ., Қазақстан, e-mail: [email protected]

Integration of applied mathematics in our society and its significance

Андатпа

Қолданбалы математика біздің күнделікті қоғамдық өмірімізге көптеген жолдармен әсер етеді, әлеуметтік әділеттілікті, шешім қабылдауды және мемлекеттік қызметтерді жақсартады. Денсаулық сақтаудан көлік жүйесіне, экономикалық саясатқа, климаттық әрекетке дейін қолданбалы математика біздің өмірімізді байытады. Мұнда оның қоғам әл-ауқатына тигізетін әсерін көрсете отырып денсаулық сақтауда және білім беруде қолдану тұрғысынан түсіндіріледі. Математикалық сауаттылықтың жоғарылауы және инклюзивтілігі саналы шешім қабылдауға, тұрақтылыққа және әділ қоғамға әкеледі.

Кілт сөздер: қолданбалы математика; жақсарту; климаттық әрекет; қоғамдық денсаулық сақтау; білім беру; тұрақтылық.

Аннотация

Прикладная математика во многом влияет на общество в нашей повседневной жизни, улучшая социальную справедливость, принятие решений и государственные услуги. От здравоохранения до транспортных систем, экономической политики и борьбы с изменением климата — математика обогащает нашу жизнь. Здесь это объясняется с точки зрения здравоохранения и образовании, указывая на его влияние на благосостояние общества. Повышение математической грамотности и инклюзивности приводит к осознанному принятию решений, устойчивости и справедливому обществу.

Ключевые слова: прикладная математика; улучшать; климатические действия; общественное здравоохранение; образование; устойчивость.

Abstract

Applied mathematics impacts society in many ways in our day-to-day lives, improving social justice, decision-making, and public services. From healthcare to transport systems to economic policy to climate action, mathematics enriches our lives. Here it is explained in terms of public health, and education, pointing to its impact on society's welfare. Improved mathematical literacy and inclusion result in informed decision-making, sustainability, and a just society.

Keywords: applied mathematics; improve; climate action; public health; education; sustainability.

Introduction

Applied mathematics, together with statistics in general, has much to offer to contemporary society. Employed to predict economic markets' behaviors and to manage healthcare resources to their full potential, to make AI algorithms more effective and environmental conservation more effective, statistics and mathematics provide powerful tools for dealing with global challenges. As an undergraduate research scholar in applied mathematics with statistics, I have observed how these topics affect decision-making, policy-making, and technology advancements.

This paper examines how statistics and applied mathematics feature in all walks of life in society and their significance in enabling efficiency, sustainability, and good decision-making.

The relevance of the work

Applied mathematics and statistics play a crucial part in finding solutions to practical problems in numerous industries ranging from technology to finance to environmental science to healthcare. They improve decision-making, increase efficiency, and provide predictive analysis that makes them invaluable in contemporary society.

In technology, AI algorithms are optimized by mathematical models to drive more automation and enhance data processing. Statistical models in finance contribute to risk analysis and portfolio management to make economic decisions wisely. Mathematical epidemiology in healthcare is employed to trace disease spread and manage the proper allocation of medical resources. Similarly, in environmental science, weather conditions are predicted by weather models through numerical simulations to guide policies on sustainability.

Mathematics and Statistics in Technology and Industry

Mathematics is at the forefront of technological advancements and industrial processes. Statistical model-building and computer simulations have an irreplaceable role in designing efficient systems and minimizing costs while optimizing resources.

One key utilization is in industrial processes by the use of mathematical modelling. Ferreira et al. (2025) demonstrate how supercritical carbon extraction models make food and pharma industries more efficient. Industries have managed to advance extraction processes, reduce waste, and make themselves more sustainable through these models. [ 1 ]

Artificial intelligence (AI) and machine learning largely rely on statistical learning approaches and mathematical methods of optimization. Puglisi et al. (2025) highlight how mathematical modelling is used in coming up with mechanisms of computing that advance AI performance. Through mathematical theories of probability and differential equations, AI systems make themselves more predictable, increase their pattern recognition capacity, and make automatic choices. [ 2 ]

Financial and Economic Applications

Statistics and applied mathematics are at the heart of financial markets and economic decision-making. Probability theory, risk assessment models, and stochastic processes are widely used in portfolio management, banking, and economic forecasting.

Liang et al. (2025) describe how mathematics integral equations contribute to helping investors make their best decisions in coping with inconsistent preferences in selecting their portfolios. Financial organizations make risks low while giving high returns through these models. [ 3 ]

Moreover, blockchain technology and crypto markets rely on mathematical theories such as game theory, cryptographic algorithms, and tokenomics. Alexopoulos et al. (2025) explain how applied mathematics ensures secure transactions in finance…