Aims and Scope
Interdisciplinary Studies on Applied Science (ISSN: 3048-877X) is an international, peer-reviewed journal that publishes innovative research applying scientific knowledge, methods, and technologies to real-world problems. The journal encourages interdisciplinary research connecting natural sciences, engineering, technology, mathematics, environmental sciences, computing, and other applied disciplines.
Scope
The scope of the journal includes, but is not limited to:
Applied Science – Research applying scientific principles and methods to practical problems and real-world applications.
Interdisciplinary Research – Studies combining knowledge, methods, and approaches from multiple scientific disciplines.
Applied Mathematics – Mathematical methods, models, and techniques addressing scientific and practical problems.
Statistics and Data Science – Statistical methods, data analysis, modeling, and interpretation for scientific applications.
Computational Science – Computational methods, simulations, algorithms, and numerical approaches for scientific research.
Computer Science – Research on computing methods, software, algorithms, systems, and technological applications.
Artificial Intelligence – Applications of machine learning, deep learning, intelligent systems, and AI technologies.
Data Analytics – Development and application of analytical methods for extracting knowledge from complex datasets.
Engineering Science – Scientific and technological research addressing engineering problems and applications.
Materials Science – Research on the properties, development, characterization, and applications of advanced materials.
Nanotechnology – Research on nanoscale materials, structures, processes, and their practical applications.
Environmental Science – Studies addressing environmental processes, pollution, conservation, and sustainable solutions.
Climate Science – Research on climate processes, climate change, environmental impacts, and adaptation strategies.
Renewable Energy – Research on solar, wind, biomass, geothermal, and other sustainable energy technologies.
Energy Science – Studies on energy generation, storage, conversion, efficiency, and sustainable energy systems.
Agricultural Science – Applied research in crop production, soil science, agricultural technologies, and sustainable agriculture.
Food Science – Research on food processing, preservation, quality, safety, nutrition, and food technology.
Biological Sciences – Applied research involving biological systems, organisms, biotechnology, and life sciences.
Biotechnology – Application of biological processes and technologies in healthcare, agriculture, industry, and environmental science.
Microbiology – Applied studies of microorganisms and their roles in health, environment, agriculture, and industry.
Chemistry – Applied chemical research addressing materials, environmental, industrial, analytical, and technological challenges.
Analytical Chemistry – Development of analytical methods for chemical identification, measurement, and characterization.
Physics – Applied research in physical sciences with technological and practical applications.
Applied Physics – Application of physical principles to engineering, technology, materials, energy, and industrial problems.
Earth Sciences – Research on geological, geophysical, atmospheric, and environmental processes.
Geospatial Science – Applications of GIS, remote sensing, spatial analysis, and geospatial technologies.
Remote Sensing – Development and application of satellite, aerial, and sensor-based technologies for environmental and scientific studies.
Water Science – Research on water resources, quality, treatment, conservation, and sustainable water management.
Industrial Science and Technology – Research applying scientific innovations to industrial processes, production, and technology development.
Automation and Robotics – Research on automated systems, robotics, intelligent machines, and their practical applications.
Internet of Things – Applications of connected sensors, devices, communication systems, and smart technologies.
Scientific Instrumentation – Development and application of instruments, sensors, measurement systems, and experimental technologies.
Sustainable Technology – Development of technologies that improve resource efficiency, environmental sustainability, and social wellbeing.
Circular Economy – Research on resource recovery, waste reduction, recycling, reuse, and sustainable production systems.
Risk and Safety Science – Research on risk assessment, hazard analysis, safety systems, and risk management.
Emerging Technologies – Innovative research involving emerging scientific and technological developments with practical applications.