Vol. 1, Issue 3, Part C (2015)

Abstract
Applied Mathematics and Computer Science form a core interdisciplinary field that underpins the study, modelling, and resolution of complex scientific and technological challenges. Applied Mathematics contributes the essential quantitative structures such as differential equations, linear algebra, probability theory, and optimization that facilitate the formulation and interpretation of real-world phenomena. In parallel, Computer Science provides computational techniques, algorithmic approaches, and software systems required for implementing mathematical models, analysing data, and performing large-scale simulations. The integration of these disciplines has become increasingly vital in domains such as data science, machine learning, scientific computing, cryptography, and intelligent systems. This abstract examines their interdependent roles and emphasizes how their convergence fosters innovation, strengthens decision-making, and advances research across a wide range of fields.