Organizer: Prof. Dr. Dia Zeidan,
School of Electrical Engineering and Information Technology, German Jordanian University, Amman, Jordan

Email: dia.zeidan@gju.edu.jo

• formulation, identification and resolution of multidimensional fluid flows, heat and mass transfer
• numerical methods for fluid flows including heat and mass transfer and chemical reactions
• multi-phase fluid flow problems
• non-Newtonian flows
• free surface, environmental and geophysical flows
• population balance modelling, optimization and control
• agglomeration, breakup and collision
• polymer processing
• shock waves, combustion and explosions
• biological fluid flows
• granular and porous media
• renewable and non-renewable energies
• microfluidics and nanofluidics
• supercritical fluids and processes
• fluid-structure interactions
• multiphysics involving fluid flows and other applications
• turbulence and phase interaction in fluid dynamics
• mathematical methods for fluid flows, heat and mass transfer
• boundary value problems for differential equations in fluids
• application of fractional calculus to fluid flows, heat and mass transfer
• engineering applications of fluid dynamics, heat and mass transfer
• experimental measurements and numerical modelling of the fluid flows, heat and mass transfer

THE URL ADDRESS OF THIS INTERNATIONAL SYMPOSIUM AND ALL OTHER DETAILS CAN BE FOUND AT: https://icnaam.org/nafluids2026/

Organizer: Dr. rer. nat. Claus-Peter Rückemann, Universität Münster and Unabhängiges Deutsches Institut für Multi-disziplinäre Forschung (DIMF) and Leibniz Universität Hannover, Germany

Email: ruckema@uni-muenster.de

This Symposium on Advanced computation and information in Natural and Applied Sciences focusses on information science, methods, structures, and architectures for high end computational and numerical applications and solutions. Information science, up to date scientific computing and information systems (software engineering, communication, and architectures), and knowledge and information focussed approaches are indispensable tools for progress and insight in various scientific fields, from prehistory, present to future scenarios. 

We invite scientists and engineers from academia and industry creating, designing, using, and implementing information science based methodologies and methods, computation and information systems, High Performance Computing, cloud computing, and distributed computing for scientific research, engineering, education, and future Internet applications.

Authors are invited to submit original unpublished results, which are not under review in any other conference or journal, to the peer review for publication and presentation, for the following (-but not limited to-) topic areas of this symposium.

 Information science
 Information and data processing
 Integrated frameworks for information and computation
 Knowledge- and data-centric approaches
 Data structures, data organisation, highly performance codes, optimisation
 Parallel algorithms, OpenMP, shared memory, MPI
 Efficient algorithms, parallelisation of algorithms and applications
 Large scale and fast computation
 Information and computing systems
 Advanced software engineering, intelligent and autonomous systems
 Software engineering for high end systems and applications
 Supercomputing, High Performance Computing (HPC), Exascale
 High End Computing (HEC), cloud computing, grid computing, distributed systems
 Services computing
 Database applications
 Big data, large scale data storage, management, and visualisation
 Programming paradigms, programming languages, parallelisation tools

 Methodological and practical contributions
 Advanced applications and algorithms
 Epistemological fundaments, theory and practice
 Multi- and inter-disciplinary frameworks and approaches
 Prehistory, protohistory, archaeology, archaeo information science
 Natural sciences, geosciences, planetology
 Satellite and drone data processing and analysis, remote sensing
 Geoprocessing, georeferencing, spatial sciences
 Mathematical and numerical algorithms
 Life sciences, humanities, medical applications
 Simulation and modelling, genetic algorithms
 Scientific data processing, advanced scientific computing
 Computation frameworks and tools, computer science
 Multi-disciplinary context integration and contextualisation
 Multi-disciplinary coherent conceptual knowledge approaches
 Knowledge complements (factual, conceptual, procedural, metacognitive, structural)
 Knowledge resources, creation, mining, documentation, and development
 Knowledge-based systems, education, e-learning, and e-science
 Documentation, classification (UDC), resources, and evaluation context

 Emerging technologies, networks and systems communications
 Future Internet broadband services and applications
 Resources and object certification, public key infrastructures
 Knowledge and data integrity
 Privacy and anonymity
 Networks/systems measurement, control and management, simulation and emulation
 Performance measurement
 Web services and performance
 Applications and benchmarking
 Quality of Data, Context, service (QOD / QOC / QOS), auditing, assessment, governance
 Legal informatics, technical-legal context, science and open access
 e-Commerce, accounting, pricing, and billing
 Use of distributed compute and storage resources
 Energy consumption and management
 Energy-aware mechanisms and energy-efficient technology for operation, control, and management
 Configuration, reuse of software components
 Resource allocation and management
 System and data security; communication visualisation

Deadline for submitting your fully formatted paper (see guidelines, templates, and page limits on https://icnaam.org) for peer review: May 10, 2026 (final date).
Deadline for improved paper and sources: June 20, 2026 (final date).
Other deadlines and relevant information, e.g., regarding registration, can be found in the section of Dates of Importance, at https://www.icnaam.org

• Organizers:
  • Dr. Abdelkader Tizaoui
  • Lecturer–Researcher in Applied Mathematics, IPSA – Engineering School for Aeronautics and Space, Ivry-sur-Seine, France
  • Email: abdelkader.tizaoui@ipsa.fr
  • Postal Address: IPSA – 63 Boulevard de Brandebourg, 94200 Ivry-sur-Seine, France

• Description:
  This session aims to cover a broad range of topics in applied mathematics, numerical analysis, and computational methods, providing a forum for researchers from diverse fields to present recent theoretical and practical developments. Emphasis will be placed on innovative numerical techniques, applications in engineering and physics, and interdisciplinary approaches that demonstrate the impact of applied mathematics on scientific and industrial problems. The session encourages contributions from both established researchers and early-career scientists.

• Organizers:
  • Dr. Abdelkader Tizaoui
  • Lecturer–Researcher in Applied Mathematics, IPSA – Engineering School for Aeronautics and Space, Ivry-sur-Seine, France
  • Email: abdelkader.tizaoui@ipsa.fr
  • Postal Address: IPSA – 63 Boulevard de Brandebourg, 94200 Ivry-sur-Seine, France

• Description:
  This specialized session will focus on numerical and asymptotic techniques applied to challenging problems in naval, aerospace, and related engineering fields. Topics include theoretical developments in asymptotic methods, computational models for fluid dynamics, naval hydrodynamics, aeroelasticity, and numerical simulations of complex engineering systems. The session seeks high-quality contributions demonstrating both methodological innovation and practical applications, fostering discussion between theoreticians and practitioners.

This symposium aims to strengthen the link between theoretical research and engineering practice, contributing to ICNAAM’s mission of bridging mathematics and applied sciences

Organizer: Prof. Dr. Abdallah Rababah, Department of Mathematical Sciences, United Arab Emirates University, Al Ain, UAE.

E-mail: rababah@uaeu.ac.ae

The presentations will be for 30 minutes including questions. Extended abstract (3-4 pages) of papers presented at ACS 2026 will be published in Springer in the Springer Proceedings in Mathematics and Statistics (SPMS), Abstracted and indexed: EI Compendex, BFI List, Japanese Science and Technology Agency (JST), Mathematical Reviews, Norwegian Register for Scientific Journals and Series, SCImago, SCOPUS, and zbMATH.

The presentations will be for 30 minutes including questions. Extended abstract (3-4 pages) of papers presented at ACS 2026 will be published in Springer in the Springer Proceedings in Mathematics and Statistics (SPMS), Abstracted and indexed: EI Compendex, BFI List, Japanese Science and Technology Agency (JST), Mathematical Reviews, Norwegian Register for Scientific Journals and Series, SCImago, SCOPUS, and zbMATH.

The symposium will be devoted to curves and surfaces and their modeling, techniques, and applications in all fields of science.
All topics in Approximation Theory, Computer Aided Design, Computer Graphics, Computational Geometry, Image and Signal Processing, Modelling, Expansions, Splines, Wavelets, and all related issues and their use in solving real life problems will be covered.
Papers that address issues related to the following categories are welcomed:

• Approximation theory and Orthogonal Polynomials
• Computer Aided Geometric Design and the Bezier curves and surfaces
• Computer Graphics, Visualization, and Image Processing
• Approximation and Interpolation of Functions
• Simulation and Modelling in Science, Engineering, and Life Science
• Computational Geometry and CAD Splines and Wavelets (univariate and multivariate).

Organizer: prof. Oldřich Zmeškal, Ph.D., Faculty of Chemistry, Brno, University of Technology, Purkyňova 118, 612 00 Brno, Czech Republic

Email: zmeskal@fch.vutbr.cz

Transport and accumulation of heat, moisture, chemical substances, and momentum are phenomena which affect buildings and their inbuilt materials over their whole lifetime period.
Their satisfactory description requires primarily a choice of proper physical and mathematical models because the transport mechanisms are coupled. The computational implementation of mathematical models is another essential factor involving an application of appropriate methods of numerical solution. The computer simulation tools cannot be utilized properly without knowledge of a variety of transport and storage material parameters, microstructural and structural parameters, which have to be determined experimentally in a wide range of field quantities, such as temperature, moisture content, and concentration of a particular chemical compound. The applied models are also supposed to be verified using critical experiments, in order to assess their overall quality. Therefore, in practical applications the computational modeling and experimental assessment of transport processes cannot be separated without a risk of significant departure from the physical reality.
The symposium brings together physicists, chemists, mathematicians, and engineers working in the field of transport processes in building materials and materials engineering. The main topics include but are not limited to:

• Theoretical models of transport phenomena
• Computer simulation tools
• Material parameters and their assessment
• Model verification techniques
• Environmental effects on building structures
• Risk analysis
• Service life assessment studies
• High-temperature applications
• Applications in a renovation of historical buildings and monuments
• Sustainable development and eco-efficient materials
• Other applications in building science and building practice
• High performance composites
• Salt transport, storage, crystallization – modelling, experimental assessment
• Life cycle analysis
• Layered nanoadditives
• Computational and experimental analysis of repair rendering and plastering mortars
• Phase change materials in civil engineering
• Advanced MOC composites
• Heavy metals immobilization
• Calculation of hydration degree and bound water content
• 3D printing
• Materials processing

Organizer: Sandra Pinelas, Academia Militar and Universidade de Aveiro, Portugal

Email: sandra.pinelas@gmail.com

The main aim of this symposium is to promote, encourage, cooperate, and bring together researchers in the fields of differential & difference equations with special emphasis on applications.

Organizers: 1 Dr. Zuzana Vaclavikova – Vice-Chairman, 1 Dr. Robert Jarusek – Vice-Chairman, 2 Prof. Ivan Zelinka – Vice-Chairman
1 University of Ostrava , Department of Informatics and Computers, 30. dubna 22, 70103, Ostrava, Czech Republic
2 VŠB – Technical University of Ostrava , Department of Computer Science, 17. listopadu 15, 708 33 Ostrava-Poruba, Czech Republic

E-mail: martin.kotyrba@osu.cz, eva.volna@osu.cz, zuzana.vaclavikova@osu.cz, robert.jarusek@osu.cz, ivan.zelinka@vsb.cz

Intelligent systems and algorithms is a promising research field of modern computational intelligence concerned with the development of the next generation of intelligent systems and algorithms. Intelligent systems and algorithms are getting popular due to their capabilities in handling several real world complexities involving imprecision, uncertainty and vagueness. The symposium has the intention to provide a contribution to academics and practitioners. So, both undamental and applied researches are considered relevant.
The proceedings will be published by Springer in the Springer Proceedings in Mathematics and Statistics (SPMS) series (indexed in Scopus, zbMATH, SCImago, EI Compendex, and more).
Please follow the official templates, copyright form, and reviewer report (https://icnaam.org/papers/#call-for-papers ).

TOPICS

• Artificial Life
• Genetic Algorithms
• Genetic Programming
• Grammatical Evolution
• Differential Evolution
• Evolutionary Strategies
• Hybrid and Distributed Algorithms
• FuzzyLogic, Expert Systems
• NeuralNetworks
• Multi-AgentSystems
• Chaos,Complexity, Fractals
• SWARM Computing
• Mathematical Optimization
• StochasticOptimization
• Information technology
• Image Processing, Computer Vision
• Web Ontologies, Deductions, OWL
• Adaptive E- learning

Best selected papers from ISA 2025 will be invited to be extended and subsequently sent for reviews and publishing for special
issue in the following journals:

• Journal of Numerical Analysis, Industrial and Applied Mathematics (JNAIAM)
• Mathematical Methods in the Applied Sciences (Wiley & Sons)
• Journal of Computational Methods in Sciences and Engineering (JCMSE)
• Applied Mathematics & Information Sciences (AMIS)
  For Publication you must contact via email Professor Dr. Theodore E. Simos at: chairman@icnaam.org

DATES

Papers should be sent to martin.kotyrba@osu.cz
Paper submission deadline is 4 August 2026.

FEES

We note that our policy for the publication of more than one papers is the following:
For one paper: 495 EUR / For two papers: 1.5 registration fees.

Organizer: Professor Faruk Özger, Department of Computer Engineering, Iğdır University, Türkiye

Email: farukozger@gmail.com

Symposium Description

This symposium focuses on mathematical and computational methods—based on approximation operators, Bézier-based geometric modeling, and robust control theory—that aim to improve the reliability and performance of complex engineering and scientific systems. The central goal is to bring together researchers working on techniques that make such systems more accurate, stable, noise-resistant, and interpretable.

We welcome contributions that develop new operator-theoretic models, geometric modeling tools, numerical algorithms, and control strategies with strong theoretical foundations and demonstrated practical value. Submissions addressing real-world challenges such as noise, uncertainty, incomplete data, model mismatch, and computational constraints are particularly encouraged.

Applications may include image and signal processing, biomedical analysis, shape modeling, robotics, autonomous systems, and other areas requiring precise modeling and control.

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Key Themes

1. Operator-Based Approximation and Control

• Development and theoretical analysis of generalized approximation operators (Bernstein, Kantorovich, Stancu, Lupaş-type, (p,q)-extensions).
• Operator-based methods for designing noise-tolerant controllers, improving state estimation, and solving ordinary, integral, and fractional differential equations.
• Error bounds, convergence results, and stability analyses enabling reliable deployment in complex systems.

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2. Geometric Modeling and Bézier Representations for Data Robustness

• Construction of generalized geometric and Bézier-based frameworks for accurate representation of shapes, boundaries, and surfaces.
• Robust geometric modeling and reconstruction under noise, missing data, and irregular structures, including biomedical images and computational geometry settings.
• Applications in medical imaging, computer graphics, computational anatomy, and any field requiring precise geometric representation.

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3. Robust Control Systems and Intelligent Mechatronics

• Design of advanced controllers and observers for robotic manipulators, autonomous systems, and mechatronic platforms.
• Integration of approximation operators into control design to smooth control signals, reduce noise sensitivity, and guarantee stability.
• Low-complexity, real-time implementations for disturbance rejection, trajectory tracking, and nonlinear system stabilization.

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4. Interpretable and Lightweight Algorithms

• Development of numerically stable, interpretable, and linear-time algorithms that complement data-driven methods.
• Use of Bézier curves, Bézier surfaces, and operator-based models to create compact and explainable representations of structures and trajectories.
• Hybrid approaches combining classical mathematical modeling with AI methods (CNNs, Vision Transformers) to achieve domain-shift robustness, improved generalization, and reduced computational cost.

Organizers: Prof. Tawfiq Chekifi, Renewable Energy Applied Research Unit, affiliated to the Renewable Energy Development Center (URAER-CDER). Algeria.

Email: chekifi.tawfiq@gmail.com, t.chekifi@cder.dz c

This session brings together researchers, applied mathematicians, and engineers to explore recent advances in computational modeling and simulation of heat transfer and fluid flow across diverse energy systems. Applications span solar technologies, nuclear reactors, fossil-fuel power plants, hydrogen production, desalination units, and emerging hybrid energy configurations. These systems rely on complex interactions involving conduction, convection, radiation, phase change, and single or multiphase flows, all of which demand robust computational approaches for accurate prediction and design.
The session will highlight progress in computational fluid dynamics (CFD), finite element and finite volume methods, coupled thermal–fluid solvers, and optimization techniques that enhance performance, reliability, and design efficiency in modern energy applications:

• Numerical modeling of heat transfer in concentrated solar power (CSP) receivers, nuclear fuel rods, and advanced heat exchangers
• CFD simulations of fluid flow and thermal performance in energy conversion systems (solar, nuclear, fossil, hybrid)
• Multiphase flow modeling for evaporation, condensation, boiling, and phase-change materials in energy storage
• Optimization of energy systems using computational tools and AI-driven design strategies
• Radiation heat transfer and flux distribution in solar, nuclear, and combustion applications
• Experimental validation of numerical models across renewable and conventional energy systems
• Integration of renewable energy into thermal and fluid system modeling for hybrid energy networks

Organizer: Prof. Dr. Alexander M. Tarasyev, Krasovskii Institute of Mathematics and Mechanics of the Ural Branch of the Russian Academy of Sciences, Yekaterinburg, Russian Federation.
Assoc. Prof. Dr. Alexander A. Tarasyev, Ural Federal University named after the first President of Russia B.N. Yeltsin, Yekaterinburg

Email: alextarassiev@mail.ru

The scope of symposium is to bring together researchers from the scientific fields of Systems Analysis and development of Information Systems and to provide an effective feedback from this collaboration. It is supposed that the papers of the symposium will be devoted to following topics: dynamic optimisation, optimal control of nonlinear systems, dynamic games, application of systems analysis to modelling of economic processes, models of behavioural economics, models of economic growth, information systems development. The main focus will be on important applications of systems analysis and the theory of information systems in modelling of sustainable economic development. The presentations may be given online.

Organizers: Nuno Alves, Centre for Rapid and Sustainable Product Development (CDRSP-IPLeiria) and Mechanical Engineering Department of the School of Technology and Management (ESTG) of the Polytechnic Institute of Leiria (IPLeiria), Paula Pascoal-Faria | CDRSP-IPLeiria & Mathematical Department of the ESTG-IPLeiria

Emails: paula.faria@ipleiria.pt, nuno.alves@ipleiria.pt

The 12th edition of the Symposium on Computational Tools for Direct Digital Manufacturing (CT4DDM), being held within ICNAAM 2026, is a relevant forum for the scientific exchange of multidisciplinary issues devoted to enhancing the interaction between academy and industry, promoting the exploitation of cutting-edge tools in real-life problems.

Topics include but not limited to:

• Mathematical and Computational Methods for Tissue Engineering
• Mathematical and Computational Methods for Industry
• Digital Twins Models
• Additive Manufacturing (3D/4D Printing)
• Advanced systems in Biomechanics

Organizers: Eqab Rabei

Email: eqabrabei@gmail.com

The ICNAAM 2026 Conference is pleased to announce a Special Session on Fractional Calculus, dedicated to recent theoretical developments and emerging applications of fractional-order models. Fractional calculus, involving derivatives and integrals of non-integer order, has become a powerful tool for modeling memory, nonlocality, and anomalous dynamics in complex systems.

This special session aims to bring together researchers working on analytical, numerical, and applied aspects of fractional calculus, with applications spanning physics, engineering, control theory, biology, finance, and related fields. Topics of interest include, but are not limited to, fractional differential equations, variational principles, numerical methods, fractional dynamical systems, and real-world applications.

The session will provide a platform for exchanging ideas, fostering collaboration, and highlighting recent advances in this rapidly growing area of applied mathematics. Contributions from both theoretical and applied perspectives are warmly welcomed.

Organizer: Veronica Andrea Gonzalez-Lopez; University of Campinas, Department of Statistics. Rua Sergio Buarque de Holanda, 651. Campinas-S.P. Brazil. CEP 13083-859.

e-mails: veronica@ime.unicamp.br, nika@unicamp.br

http://www.ime.unicamp.br/~veronica/

The symposium is devoted to two closely related research directions: (i) methodological advances in statistical inference for copula-based models, and (ii) recent developments in inference for stochastic processes. A central objective is to intensify the theoretical and methodological understanding of the interaction between these domains, with a view toward establishing novel inferential frameworks and achieving significant advances in both areas. The symposium particularly encourages contributions proposing unified or hybrid methodologies, estimation procedures, asymptotic theory, model selection, and computational algorithms, that leverage the structural synergies between copula theory and stochastic process modeling, with relevance to both theoretical analysis and applied settings.

Main topics:

-Copula Models and Properties;
-Statistical Inference in Copula Models;
-Dependence Coefficients;
-Copula Based Procedures and Applications;
-Markov Models and Properties;
-Statistical Inference in Markov Processes;
-Markov Processes in Practice.

Organizers: Dr. Hasibun Naher , Associate Professor of Mathematics Department of Mathematics and Natural Sciences BRAC University, Kha 224 Pragati Sarani, Merul Badda, Dhaka 1212, Bangladesh, https://www.bracu.ac.bd/about/people/hasibun-naher-phd, ttps://www.asiaresearchnews.com/content/hasibun-naher

Md Kamrul Hossain, PhD, Associate Professor, Department of Computer Science and Engineering Daffodil International University Daffodil Smart City, Birulia, Dhaka -1216, Bangladesh

Emails: hasibun06tasauf@gmail.com; hasi@bracu.ac.bd, kamrul.ged@diu.edu.bd

The symposium is devoted to gather students, academicians, researchers, industry experts, policy makers and professionals all over the world to carry on further research and highlight recent advances in the fields of mathematics that use Nonlinear Differential Equations, Fractional Differential Equations, Mathematical Statistics and Mathematical Modeling.
The main aim of this symposium is to cover multidisciplinary aspects in Science, Technology, Engineering, Statistics and Mathematics (STESM).
The main areas of this symposium are as:
● Ordinary Differential Equations (ODEs)
● Partial Differential Equations (PDEs)
● Fractional Differential Equations (FDEs)
● Storm surges
● Mathematical Statistics
● Climate
● Carbon Emission
● Energy
● Mathematical Modeling
● Machine Learning
But the topics are not limited to the mentioned above.

The session inspires early, mid and established researchers and scientists. Authors are invited to submit original unpublished works, which are not under review in any other conferences or journals for publication and presentation of the above topics of this symposium.
Submission of Extended Abstract: 20 May 2026 and use the below links for deadlines and relevant information:
https://icnaam.org/dates-of-importance/
https://icnaam.org/papers/#preparation
https://icnaam.org/registration/
https://icnaam.org/

ICNAAM 2026 Conference Proceedings:
The proceedings of ICNAAM 2026 will be published by Springer in the book series Springer Proceedings in Mathematics and Statistics (SPMS).

Organizers: António F. Miguel, Complex Flow Systems Lab, Institute of Earth Sciences, University of Évora, Portugal, Murat Aydin, Ontario Tech University (UOIT), Oshawa, Canada

Email: afm@uevora.pt, murat.aydin@ontariotechu.ca

Mathematical modeling is essential in efforts that focus on predicting, assessing, and controlling disease outbreaks. Since the pioneer paper of Daniel Bernoulli “Essai d’une nouvelle analyze de la mortalité causée par la petite vérole” dated 1766, where he showed that inoculation against the virus would increase life expectancy, huge developments and progress have been made. The most serious issue with a pandemic outbreak is its rapidly growing transmission rate across the world. Mathematical modeling and simulation allow for rapid assessment. They have the potential to trace and predict the epidemic trajectory under different scenarios but also to assess the impact of social distancing, use of face masks, etc..

Another topic of interest is the study of indoor viral bioaerosol transmission patterns have garnered significant interest due to their high potential for contamination. Understanding the propagation dynamics of these aerosols in enclosed spaces provides valuable insights into the mechanisms of their spread.

Topics covered include:

Ordinary Differential Equations Epidemic Models

Modeling aerosol dynamics and virus exposure

Modeling multiphase flows in highly porous materials

Computational Fluid Dynamics

Organizer: Prof. Dr. Aly R. Seadawy,
Mathematics Department, Faculty of Science, Taibah University, Al-Madinah, Kingdom of Saudi Arabia

Email: aabdelalim@taibahu.edu.sa 

Tel.: +966-0553190408

https://scholar.google.com/citations?user=HiSowXUAAAAJ&hl=en

https://orcid.org/0000-0002-7412-4773

The main topics of the Symposium will be as follows:Ma

• Partial differential equations.
• Fractional partial differential equations.
• Stability analysis of dynamical system.
• Computational and analytical Methods.
• Modelling and Mathematical Physics.
• Numerical and analytical Solutions
• Nonlinear water waves.
• Soliton solutions.
• Variational Principles and the Euler–Lagrange Equations
• Related topics about the partial differential equations.
• Computational fluid dynamics.
• Advanced theory of the fractal and fractional calculus.
• Methods for solving the fractal and fractional PDEs in physics and Engineering.
• Application of the fractal and fractional calculus in physics and Engineering.
• Coupled automatic-numerical physics informed neural network
• Machine learning.

Organizers: Prof. David Bassir,  École Normale Supérieure Paris-Saclay, Gif-sur-Yvette, France

Prof. Jüri Majak, Tallinn University of Technology, Tallinn, Estonia

Email: david.bassir@gmail.com, Juri.Majak@taltech.ee

This Symposium on mathematical modelling cover wide area of applications from natural sciences and engineering to social sciences. Here main attention is paid on development and application  of AI methods and tools, but not only.

 Suggested but not limited subtopics are the following: 

• Function approximation. Feedforward neural network, Wavelet methods, etc.
• Response modelling.
• Convolutional neural network. Quality check, object detection.
• Classification using artificial neural networks.
• Reinforced learning.
• Optimization methods. Traditional and metaheuristic global optimization methods.
• Multicriteria decision making methods (AHP, Fuzzy AHP, TOPSIS, RADAR. etc.)
• Numerical analysis methods.

Organizer: Professor Seifedine Kadry, Lebanese American University, Beirut, Lebanon

Email: skadry@gmail.com

This symposium explores the foundational theories, innovative methodologies, and real-world applications at the intersection of Data Science and Generative
Artificial Intelligence (GenAI). It brings together researchers, practitioners, and industry experts to discuss cutting-edge advances instatistical learning, deep generative models, large-scale data analytics, and ethical deployment of AI systems. Topics include theoretical frameworks, algorithmic developments, and practical case studies spanning healthcare, finance, engineering, natural language processing, and beyond. The aim is to foster interdisciplinary dialogue,
highlight emerging trends, and inspire collaboration that bridges academic research with impactful applications.