TAGRA 2025

Scientific Program Overview
The scientific program of TAGRA – Trends and Advances in Global Research and Applications is designed as a multidisciplinary, application-oriented platform bringing together researchers, practitioners, and early-career scholars from a wide range of scientific and engineering domains.
TAGRA emphasizes both fundamental research and real-world applications, with a program structure that encourages cross-disciplinary interaction while preserving strong thematic coherence within each field.
This page provides a conceptual overview of the program.
For exact session times, parallel tracks, rooms, and online access links, please refer to the Timetable.
Program Structure
The scientific program is organized into the following main components:
Thematic Oral Sessions
Peer-reviewed oral presentations grouped by scientific field and research theme.
Poster Sessions
Interactive sessions allowing in-depth discussion of ongoing and exploratory research.
Special and Emerging Topics Sessions
Selected contributions addressing rapidly developing or interdisciplinary research areas.
Hybrid Participation Sessions
Sessions delivered on-site, online, or in hybrid format, clearly indicated in the timetable.
Each contribution is assigned to a thematic track, identified by a short code, to facilitate navigation across the multidisciplinary program.
Scientific Tracks and Themes
Nano-Science and Nanotechnology
This track covers fundamental and applied research at the nanoscale, including material development, fabrication, and device applications.
Nanofluids (NFs)
Nanofabrication and Nanoprocessing (NFaP)
Nanomaterials, Characterization and Applications (NMCA)
Nanoelectronics and Devices (NEaD)
Applied Mathematics, Computational Science, Computing and Data Science
Focused on mathematical foundations, computational techniques, and data-driven methodologies supporting modern science and engineering.
Artificial Intelligence and Machine Learning Applications (AIML)
Computational Science and Big Data (CSBD)
Quantum Computing and Emerging Technologies (QCET)
Mathematical Modeling and Simulation (MMaS)
Statistics and Data Analysis (StDA)
Applied Probability and Optimization (APaO)
Materials, Manufacturing and Mechanical Engineering
Research addressing materials development, manufacturing technologies, and core mechanical engineering disciplines.
Advanced Materials (AdvM)
Advanced Manufacturing and Materials Processing (AMMP)
Mechanical Engineering: Energy and Thermodynamics (MEET)
Mechanical Engineering: Dynamics and Vibration Analysis (MEDV)
Energy, Environment and Sustainability
Contributions addressing sustainable technologies, environmental systems, and climate-related challenges.
Renewable Energy and Sustainable Development (RESD)
Environmental Science and Climate Change (ESCC)
Agricultural and Food Science Innovations (AFSI)
Marine Sciences (MarSc)
Electronics, Telecommunications, and Control Systems
Research on electronic systems, automation, and modern communication technologies.
Electronics and Embedded Systems (EaES)
Automation and Control Systems (AaCS)
Telecommunications and Wireless Networks (TaWN)
Biomedical Sciences and Biotechnology
Interdisciplinary research at the intersection of engineering, biology, and medical sciences.
Biomedical Engineering and Biotechnology (BEBT)
Health Sciences and Medical Physics (HSMP)
Pharmacology (Phar)
Physics, Chemistry, and Applied Sciences
Fundamental and applied studies supporting technological and industrial advancement.
Theoretical and Applied Physics (TaAP)
Chemical Engineering and Process Technology (CEPT)
Earth and Environmental Sciences
Research focusing on Earth systems, environmental monitoring, and geospatial technologies.
Earth and Environmental Sciences (EESc)
Civil Engineering, Infrastructure, and Urban Development
Engineering solutions for resilient infrastructure and sustainable urban environments.
Civil Engineering and Smart Infrastructure (CESI)
Construction Technology and Structural Engineering (CTSE)
Geospatial Science and Remote Sensing (GSRS)
Industrial Engineering, Ergonomics, and Human Factors
Optimization, systems engineering, and human-centered design in industrial contexts.
Industrial Engineering and Operations Research (IEOR)
Human Factors and Ergonomics (HFaE)
Supply Chain and Systems Engineering (SCSE)
Other Research Fields
This category accommodates emerging, interdisciplinary, or niche research topics that do not fall strictly within the predefined tracks but align with the overall scope of TAGRA.
Session Formats and Participation
Oral presentations are delivered within themed sessions moderated by session chairs.
Poster presentations emphasize discussion and interaction.
Hybrid sessions clearly indicate on-site and online participation modalities in the timetable.
Participants are encouraged to consult session details in advance and attend discussions beyond their primary field to foster interdisciplinary exchange.
How to Navigate the Program
Start with this overview to identify relevant tracks and themes.
Use the Timetable to find exact session times, rooms, and online links.
Click individual sessions or contributions for abstracts, authors, and presentation details.
Check time-zone information carefully if attending online.
Notes for Presenters and Chairs
Presentation duration and Q&A rules are defined by the session chair and listed in the timetable.
Presenters should join sessions early, whether on-site or online.
Chairs are responsible for timekeeping and facilitating balanced discussion.