About the Journal

JANOLI International Journal of Engineering (J-IJE) is an international scholarly journal dedicated to the publication and dissemination of high-quality research in engineering, applied technology, computational methods, and interdisciplinary engineering sciences.

The journal aims to provide a platform for researchers, academicians, engineers, scientists, industry professionals, and research scholars to communicate original findings, innovative engineering solutions, advanced methodologies, and critical evaluations of emerging technologies.

JANOLI International Journal of Engineering welcomes original research articles, review papers, systematic reviews, methodological contributions, and other scholarly manuscripts that demonstrate scientific rigor, technical relevance, and meaningful contributions to engineering knowledge.

The journal encourages research that bridges theoretical developments with practical applications, addresses contemporary engineering challenges, promotes sustainable technologies, and supports evidence-based technological advancement.

The journal is committed to maintaining transparent editorial procedures, independent scholarly evaluation, ethical research practices, and continuous improvement in publication quality. It seeks to establish a credible international presence through high-quality publications, a qualified editorial board, responsible research dissemination, and adherence to recognized standards of scholarly publishing.

2. Mission

The mission of JANOLI International Journal of Engineering is to advance engineering knowledge and technological innovation by providing a transparent, ethical, and rigorous platform for scholarly communication.

The journal seeks to:

Promote original, innovative, and scientifically sound engineering research.

Encourage interdisciplinary collaboration across engineering, mathematics, computer science, physical sciences, and applied technologies.

Support the development of sustainable, efficient, safe, and socially beneficial engineering solutions.

Facilitate the exchange of knowledge between academic researchers and engineering practitioners.

Encourage reproducible research, responsible data practices, and transparent reporting of scientific methods.

Maintain fair, independent, and rigorous peer-review procedures.

Support emerging researchers and established scholars in communicating significant engineering contributions.

Strengthen international research collaboration and the global discoverability of published engineering research.

3. Vision

The vision of JANOLI International Journal of Engineering is to become a recognized and trusted scholarly platform for high-quality engineering research, technological advancement, and interdisciplinary innovation.

The journal aspires to build a sustainable publishing environment characterized by rigorous peer review, editorial independence, international scholarly participation, transparent publication policies, and consistent research quality.

Through continuous improvement in editorial governance, digital publishing infrastructure, ethical standards, and scientific contributions, the journal aims to enhance its international academic reputation and prepare for evaluation by recognized abstracting and indexing databases, including Scopus and the Web of Science Core Collection.

The journal also seeks to strengthen the long-term visibility, accessibility, and scholarly impact of engineering research through reliable metadata, appropriate persistent identifiers, and responsible dissemination practices.

4. About Shanti Educational Research Foundation

Shanti Educational Research Foundation is the organization associated with the development and promotion of scholarly research and academic publishing through the JANOLI initiative.

The Foundation seeks to encourage education, scientific inquiry, research collaboration, and the dissemination of knowledge across engineering, technology, applied sciences, management, and interdisciplinary academic domains.

Through its journal-publishing activities, the Foundation aims to support the communication of original research, encourage academic cooperation, and contribute to the advancement of scientific and technological knowledge.

The Foundation recognizes the importance of publication ethics, editorial independence, research integrity, transparent governance, and sustainable scholarly communication. It aims to support journal development through appropriate editorial infrastructure, professional manuscript management, clear publication policies, and continuous improvement in publishing standards.

Editorial independence: Editorial decisions concerning manuscript acceptance or rejection should be made by the Editor-in-Chief and authorized editors on the basis of scientific merit, originality, methodological quality, relevance, and compliance with publication ethics. The publishing organization should not improperly influence these decisions.

Note for website publication: Verify the Foundation's official registered name, legal status, registered address, governance details, and publishing responsibilities. Include only information that can be substantiated.

5. Scope

JANOLI International Journal of Engineering publishes research across major engineering disciplines and related technological fields. The journal emphasizes original scientific contributions, methodological advancement, engineering analysis, experimental validation, computational investigation, and practical technological applications.

Its broad scope includes the following areas:

Mechanical and Manufacturing Engineering

Civil, Structural and Construction Engineering

Electrical and Electronics Engineering

Computer Science and Engineering

Artificial Intelligence and Intelligent Systems

Chemical and Process Engineering

Energy Engineering and Renewable Energy Technologies

Environmental and Sustainable Engineering

Materials Science and Materials Engineering

Robotics, Automation and Control Systems

Telecommunications and Communication Engineering

Industrial Engineering and Operations Research

Biomedical and Healthcare Engineering

Aerospace and Automotive Engineering

Mechatronics and Instrumentation Engineering

Computational Engineering and Numerical Simulation

Smart Infrastructure and Intelligent Transportation Systems

Engineering Optimization and Reliability Analysis

Nanotechnology and Advanced Engineering Materials

Interdisciplinary and Emerging Engineering Technologies

The journal welcomes studies that address significant engineering problems and demonstrate appropriate theoretical foundations, sound research design, robust analysis, and meaningful conclusions.

Manuscripts must provide a clear engineering contribution. Routine applications of established techniques without adequate novelty, validation, or technical insight may be considered unsuitable.

6. Aim and Scope

6.1 Aim

The principal aim of JANOLI International Journal of Engineering is to promote the advancement of engineering science and technology through the publication of original, reliable, innovative, and impactful scholarly research.

The journal seeks to connect engineering theory, computational analysis, experimental investigation, and industrial applications to address complex technological challenges.

It encourages research that contributes to engineering design, optimization, system performance, reliability, sustainability, safety, energy efficiency, and the development of emerging technologies.

6.2 Subject Areas

A. Mechanical and Manufacturing Engineering

Advanced manufacturing and additive manufacturing

Computational fluid dynamics and heat transfer

Thermodynamics and energy conversion

Mechanical system design and optimization

Tribology, vibration, and condition monitoring

Predictive maintenance and reliability engineering

Industrial automation and smart manufacturing

B. Civil and Structural Engineering

Structural analysis and design

Sustainable construction materials

Geotechnical and foundation engineering

Transportation and traffic engineering

Structural health monitoring

Infrastructure resilience and risk assessment

Smart cities and intelligent infrastructure

C. Electrical, Electronics and Computer Engineering

Power systems and smart grids

Electrical machines and power electronics

Embedded systems and instrumentation

Signal processing and communication systems

Microelectronics and semiconductor technologies

Internet of Things and edge computing

Intelligent sensing and monitoring systems

D. Artificial Intelligence and Computational Engineering

Machine learning and deep learning for engineering

Physics-informed machine learning

Engineering digital twins

Data-driven design and optimization

Computer vision for industrial inspection

Explainable and trustworthy AI

Numerical methods and scientific computing

AI-based fault detection and predictive maintenance

E. Chemical and Process Engineering

Process modelling and simulation

Reaction engineering and process intensification

Separation and purification technologies

Process control and optimization

Sustainable chemical processes

Biochemical and environmental process engineering

Computational approaches to process design

F. Energy and Environmental Engineering

Solar, wind, geothermal, and other renewable-energy systems

Energy storage and battery management

Hydrogen production and fuel-cell technologies

Smart grids and energy management

Energy efficiency and demand optimization

Carbon capture and utilization

Waste-to-energy technologies

Environmental monitoring and pollution control

G. Materials Science and Advanced Technologies

Functional and structural materials

Nanomaterials and nanotechnology

Composite materials

Materials characterization and performance

Computational materials science

Corrosion and degradation analysis

Sustainable and recyclable engineering materials

H. Robotics, Automation and Control

Autonomous systems and mobile robotics

Industrial robotics and intelligent manufacturing

Adaptive and robust control

Reinforcement learning for engineering systems

Human–machine interaction

Multi-agent systems

Autonomous transportation technologies

I. Industrial, Biomedical and Emerging Engineering

Operations research and industrial optimization

Supply-chain and production-system engineering

Biomedical instrumentation and medical devices

Biomechanics and computational bioengineering

Engineering risk and safety assessment

Resilient and sustainable engineering systems

Interdisciplinary engineering applications

6.3 Interdisciplinary Research

The journal encourages interdisciplinary contributions integrating engineering with mathematics, artificial intelligence, physics, chemistry, biology, environmental science, and other relevant fields.

Such submissions must demonstrate a substantive engineering contribution and explain how the interdisciplinary methods advance engineering knowledge or solve a well-defined engineering problem.

7. Types of Manuscripts

The journal may consider the following categories, provided the appropriate editorial and review procedures are in place.

Original Research Articles: Reports of original theoretical, experimental, computational, numerical, or empirical research that contributes new knowledge to an engineering discipline.

Review Articles: Critical and comprehensive evaluations of existing literature that synthesize findings, identify unresolved problems, and propose meaningful research directions.

Systematic Reviews and Meta-Analyses: Structured reviews using transparent, reproducible methods for literature identification, screening, analysis, and synthesis.

Methodological and Technical Papers: Contributions introducing new engineering methods, computational algorithms, experimental techniques, validated models, or technical frameworks.

Short Communications: Concise reports of significant findings or focused technical advances, where permitted by the journal's publication policy.

All manuscripts should demonstrate appropriate originality, technical soundness, and relevance to the journal's scope.