Aim & Scope
Aim
The International Journal of Science and Informatics Technology (IJOSIT) aims to provide an interdisciplinary scholarly platform for the dissemination of high-quality research at the intersection of science, informatics, and technology. The journal focuses on theoretical foundations, methodological advancements, engineering solutions, and real-world applications that integrate scientific principles with information and computing technologies to address complex problems in modern society.
The development and implementation of contemporary technological systems inherently involve contributions from multiple scientific domains, including but not limited to computer science, information systems, data science, artificial intelligence, engineering sciences, applied mathematics, natural sciences, and decision sciences. Furthermore, the application of informatics-driven technologies increasingly intersects with economic, industrial, environmental, health, and social contexts. IJOSIT recognizes this multidisciplinary nature and encourages submissions that bridge scientific innovation with practical technological deployment.
The development and implementation of contemporary technological systems inherently involve contributions from multiple scientific domains, including but not limited to computer science, information systems, data science, artificial intelligence, engineering sciences, applied mathematics, natural sciences, and decision sciences. Furthermore, the application of informatics-driven technologies increasingly intersects with economic, industrial, environmental, health, and social contexts. IJOSIT recognizes this multidisciplinary nature and encourages submissions that bridge scientific innovation with practical technological deployment.
Scope
The International Journal of Science and Informatics Technology (IJOSIT) invites researchers, academics, and practitioners to contribute original and high-quality studies within the broad scope of science-driven informatics and technological systems, with particular emphasis on intelligent, data-driven, and computational approaches that support innovation across scientific, industrial, and societal domains. The main scope of IJOSIT covers emerging informatics technologies and scientific applications; system efficiency, optimization, and performance; intelligent and secure systems; technology development and supporting materials; system maintenance and technical skills; and technology governance, policy, and user behavior.
Emerging Informatics Technology and Scientific Applications
Scopes related to this topic include:
Data and Computational Science: Data science; scientific data analytics; data mining; statistical computing; high-performance computing; cloud, edge, and distributed computing; and simulation-based scientific modeling.
Artificial Intelligence and Intelligent Systems: Machine learning; deep learning; evolutionary and metaheuristic algorithms; natural language processing; computer vision; intelligent agents; expert systems; and adaptive learning systems.
Digital and Smart Technologies: Internet of Things (IoT); cyber-physical systems; digital twins; smart sensors; embedded systems; blockchain-based applications; and smart environments.
Applied Scientific Informatics: Bioinformatics; health informatics; environmental informatics; geospatial and remote sensing informatics; computational chemistry and physics; and scientific simulation systems.
Computational Efficiency and Optimization
Scopes related to this topic include:
Optimization and Algorithmic Efficiency: Metaheuristic and evolutionary optimization; multi-objective optimization; swarm intelligence; hybrid optimization models; and algorithmic performance enhancement.
System Performance and Resource Optimization: Energy-efficient computing; workload scheduling; resource allocation; scalable informatics systems; green and sustainable computing; and performance-aware system design.
Intelligent, Secure, and Human-Centered Informatics Systems
Scopes related to this topic include:
Informatics Security and Privacy: Cybersecurity; cryptography; secure computing; privacy-preserving data analysis; blockchain security; intrusion detection; and digital trust systems.
Human–Computer Interaction and Cognitive Informatics: User-centered informatics design; usability engineering; cognitive and affective computing; adaptive interfaces; accessibility-aware systems; and explainable AI.
Decision Support and Intelligent Control: Decision support systems; recommender systems; predictive modeling; autonomous and semi-autonomous informatics systems.
Informatics System Development and Supporting Tools
Scopes related to this topic include:
Software and Informatics Engineering: Software architecture; system modeling; software quality and testing; model-driven development; system integration; and informatics system maintenance.
Scientific Computing Tools and Platforms: Computational frameworks; simulation platforms; algorithm libraries; data infrastructures; and informatics tools supporting scientific experimentation.