Aim & Scope
The Journal of Applied Science and Next-Gen Technologies is an international, peer-reviewed, open-access publication that provides a dedicated forum for the dissemination of original research, reviews, and analytical insights across a wide range of applied sciences and emerging technological domains. The journal’s central mission is to promote interdisciplinary dialogue and to accelerate the advancement of science that translates directly into practical, impactful innovations. It encourages high-quality contributions from researchers, practitioners, and industry professionals engaged in developing solutions that address real-world problems using scientific and engineering principles.
As the boundaries between traditional disciplines continue to blur, this journal recognises the importance of integrating knowledge from multiple scientific and technological domains. It supports the publication of research that reflects the fusion of ideas across fields such as physics, chemistry, engineering, computer science, materials science, biomedical technologies, and environmental systems, particularly when oriented toward real-life applications or the development of new technological frameworks.
Purpose of the Journal
The primary aim of the Journal of Applied Science and Next-Gen Technologies is to create a platform that not only reports research findings but also fosters discussion on the practical implications of scientific developments. The journal emphasises the applied dimension of research, encouraging submissions that illustrate how experimental and theoretical advancements lead to technological innovation, product development, policy guidance, or scalable industrial and societal solutions.
The journal aspires to serve as a global bridge between scientific discovery and its deployment in the world. To that end, it values contributions that are grounded in scientific rigor while also demonstrating applicability in technological, environmental, medical, agricultural, or industrial settings.
Scope of the Journal
The scope of the journal is broad, covering contemporary topics in applied science and futuristic technologies. Some of the core areas of interest include, but are not limited to:
- Artificial Intelligence and Machine Learning Applications: Development of intelligent systems, neural networks, deep learning algorithms, and AI-enabled decision-making models for real-world applications in healthcare, transportation, energy, and manufacturing.
- Internet of Things (IoT) and Smart Infrastructure: Research on sensor networks, smart grids, connected devices, industrial IoT, and their deployment in urban planning, agriculture, and logistics.
- Nanoscience and Nanotechnology: Innovations in nanomaterials, nanodevices, nanoelectronics, and their implications in drug delivery, biosensing, flexible electronics, and materials engineering.
- Advanced and Functional Materials: Design, synthesis, and application of new materials with improved physical, chemical, mechanical, or electrical properties for use in aerospace, construction, electronics, and energy storage.
- Robotics, Mechatronics, and Automation: Advances in autonomous systems, industrial automation, medical robotics, drone technologies, and robotic process control.
- Quantum Science and Computing: Research on quantum algorithms, quantum communication, quantum simulation, and emerging architectures for next-gen computation.
- Sustainable Energy and Environmental Technologies: Studies on renewable energy systems, clean energy storage, carbon capture, green chemistry, waste-to-energy systems, and environmental sensors.
- Biomedical Engineering and Health Technologies: Technological innovations in diagnostics, imaging systems, wearable devices, telemedicine, prosthetics, and healthcare automation.
- Agricultural and Food Technologies: Precision agriculture, agri-robotics, vertical farming systems, soil and crop monitoring, food preservation technologies, and sustainable agri-tech innovations.
- Cybersecurity and Blockchain Applications: Applied studies on secure communication, cryptographic systems, decentralized data structures, and blockchain integration in industrial and governmental systems.
- Additive Manufacturing and Advanced Fabrication: Research on 3D/4D printing, materials for additive manufacturing, prototyping systems, and digital fabrication tools for industry.
- Applied Chemistry and Computational Modelling: Simulation-based studies, applied chemical processes, catalysis, electrochemistry, and real-world chemical applications in industry and environment.
This list is not exhaustive. The journal remains open to publishing high-quality research in all areas of applied sciences and next-generation technological innovation, especially work that showcases interdisciplinary collaboration or novel methodological approaches.
Types of Studies Considered
The journal welcomes a diverse array of article types, as long as they present sound scientific reasoning and emphasise application or translational potential. These include:
- Empirical studies using real-world datasets or experimental prototypes
- Theoretical or simulation-based research with clear practical relevance
- Comparative studies of competing technologies or methods
- Case studies demonstrating implementation or adaptation of scientific techniques
- Pilot or proof-of-concept experiments with industrial or societal implications
- Review articles synthesizing current progress and projecting future directions
- Technical reports on novel devices, instrumentation, software, or algorithms
Articles must clearly articulate the problem being addressed, the methodology applied, the results obtained, and the significance of those results for technological or societal advancement.
Interdisciplinary and Cross-Domain Research
One of the key strengths of the Journal of Applied Science and Next-Gen Technologies lies in its commitment to fostering interdisciplinary work. Today’s scientific challenges, whether related to climate resilience, public health infrastructure, energy security, or smart mobility, require integrated approaches that draw from multiple fields.
We encourage submissions that bring together experts from across disciplines to address complex issues through multi-faceted research strategies. Cross-domain studies are particularly welcome when they highlight the integration of hardware, software, biological, and environmental systems to solve emerging challenges.
Target Audience
The journal caters to a wide international readership, including:
- Academic researchers and faculty members
- Engineers and applied scientists
- Graduate students and postdoctoral scholars
- Research and development professionals
- Policymakers and regulatory experts in science and technology
- Industry leaders working on innovation, design, or system development
- Technology-focused startup teams and consultants
- Professionals in healthcare, agriculture, energy, transportation, and more
By targeting a multidisciplinary audience, the journal hopes to stimulate collaboration between sectors and create visibility for research that bridges the gap between theory and application.
Quality Standards and Ethical Publishing
All submissions are expected to meet high academic and ethical standards. The journal follows a double-blind peer-review process and is committed to publishing only those articles that demonstrate originality, relevance, scientific accuracy, and methodological clarity. Authors must ensure that their work complies with ethical guidelines for human/animal research where applicable and must clearly disclose conflicts of interest and sources of funding.
The editorial board maintains strong oversight to prevent plagiarism, duplicate publication, and other forms of misconduct. The journal follows the ethical policies recommended by the Committee on Publication Ethics (COPE) and ensures that all published content aligns with internationally accepted publication norms.
The Journal of Applied Science and Next-Gen Technologies represents a commitment to innovation, quality, and global accessibility in the publication of scientific knowledge. By promoting open access and emphasizing real-world applicability, the journal supports the global scientific community in its quest to solve pressing technological challenges through evidence-based research and collaborative innovation.
We invite authors from around the world to contribute to this platform and be part of an ever-evolving dialogue on the role of science and technology in shaping the future.
