This track focuses on the development and application of mathematical models to solve real-world industrial problems. Participants will explore case studies and methodologies that demonstrate the impact of mathematical modelling on industrial processes.

This session will delve into various optimization algorithms tailored for industrial engineering challenges. Discussions will include both theoretical foundations and practical implementations in diverse sectors.

This track emphasizes the numerical techniques used to solve partial and ordinary differential equations relevant to engineering. Participants will share insights on stability, convergence, and applications in mechanics and biology.

This session will cover the application of Monte Carlo methods in engineering contexts, including uncertainty quantification and risk analysis. Attendees will discuss advancements and challenges in implementing these stochastic techniques.

This track explores the role of image processing and Fourier-wavelet methods in enhancing industrial processes. Participants will present innovative approaches and technologies that leverage these techniques for quality control and analysis.

This session will investigate mathematical models of hysteresis and their relevance in various engineering fields. Discussions will include theoretical developments and practical applications in materials science and control systems.

This track focuses on the application of probability theory and statistical methods to industrial problems. Participants will explore data analysis techniques and their implications for decision-making in engineering.

This session will examine the role of algebra, logic, and geometry in solving industrial mathematical problems. Participants will discuss how these foundational concepts can be applied to optimize engineering solutions.

This track will highlight the applications of functional analysis in various engineering disciplines. Participants will share insights on how these mathematical frameworks can facilitate problem-solving in complex systems.

This session will focus on the study of dynamical systems and their relevance to industrial processes. Participants will discuss modeling techniques and stability analysis in the context of engineering applications.

This track will explore the finite and boundary element methods as powerful tools for solving engineering problems. Participants will present advancements in these numerical techniques and their applications across various fields.