Global Journal of Advanced Engineering, Science and Technology (GJAEST) - Editorial Policy

The journal welcomes research in Big Data Analytics in Engineering, which explores how large-scale data analysis can transform engineering operations and decision-making processes. Predictive Analytics and Engineering Intelligence research focuses on forecasting future trends and leveraging data for strategic engineering planning. Data-Driven Decision Making studies examine how organizations can base their strategic choices on empirical data analysis rather than intuition alone. Machine Learning Applications in Engineering research investigates the implementation of artificial intelligence and machine learning algorithms to solve complex engineering problems and optimize operations. Engineering Process Mining and Optimization research focuses on discovering and improving engineering processes through data-driven analysis and systematic enhancement methodologies. Real-time Analytics and Streaming Data research addresses the challenges and opportunities of processing and analyzing data as it is generated to enable immediate engineering insights and responses. Text Analytics and Natural Language Processing research explores how textual data can be analyzed to extract valuable engineering intelligence and support decision-making processes. Social Media Analytics for Engineering Intelligence investigates how social media data can be leveraged to understand market trends, customer behavior, and brand reputation in real-time.

Strategic Science and Digital Transformation research examines how organizations can effectively navigate digital disruption and leverage technology for competitive advantage. Operations Research and Supply Chain Science focuses on applying mathematical and analytical methods to optimize engineering operations and supply chain networks in increasingly complex global environments. Project Science in Digital Environments research investigates how traditional project science methodologies must be adapted to address the unique challenges of technology-driven projects and digital transformation initiatives. Risk Science and Engineering Continuity studies explore how organizations can identify, assess, and mitigate risks while ensuring operational resilience in an uncertain engineering landscape. Innovation Science and Entrepreneurship research focuses on how organizations can foster innovation, manage new product development, and support entrepreneurial activities within both established firms and startups. Knowledge Science and Organizational Learning examines how organizations can effectively capture, share, and leverage knowledge to improve performance and adapt to changing market conditions. Change Science and Digital Adoption research investigates the human and organizational aspects of implementing new technologies and managing digital transformation initiatives successfully. Leadership in Digital Organizations studies explore how leadership models must evolve to address the challenges of leading technology-driven organizations and managing digital workforce transformations.

Digital Engineering Models and Platforms research examines how technology enables new engineering models, platform-based strategies, and value creation mechanisms in the Technology. E-Commerce and M-Commerce Strategies research focuses on how organizations can effectively sell products and services through online channels and mobile devices while optimizing customer experience and operational efficiency. Digital Marketing and Customer Analytics investigates how digital technologies can be leveraged to understand customer behavior, personalize marketing efforts, and measure marketing effectiveness across multiple channels. FinTech and Digital Banking research explores how technology is transforming financial services, from mobile banking to blockchain-based financial solutions and alternative lending platforms. Platform Economics and Network Effects studies examine how digital platforms create value through network effects and how organizations can build successful platform-based engineering models. Digital Ecosystems and Engineering Networks research investigates how organizations can participate in and benefit from interconnected digital ecosystems that span multiple industries and geographic boundaries. Blockchain and Cryptocurrency in Engineering examines how distributed ledger technology and digital currencies can be applied to solve engineering problems and create new opportunities for value exchange. Internet of Things (IoT) Engineering Applications research explores how connected devices can be leveraged to create new engineering models, improve operational efficiency, and enhance customer experiences across various industries.

Artificial Intelligence in Engineering research examines how AI technologies can be applied to solve complex engineering problems, automate processes, and create new sources of competitive advantage. Cloud Computing Engineering Models research investigates how organizations can leverage cloud infrastructure and services to reduce costs, increase scalability, and enable new engineering capabilities. Cybersecurity and Digital Trust studies explore how organizations can protect their digital assets, maintain customer trust, and navigate the complex landscape of cyber threats in an increasingly connected engineering environment. Augmented Reality in Engineering Applications research investigates how AR technology can be used to enhance customer experiences, improve employee training, and create new ways of visualizing and interacting with engineering data. Quantum Computing Engineering Implications studies examine how quantum computing technologies might transform engineering operations, from optimization problems to cryptography and beyond. 5G and Next-Generation Networks research explores how advanced telecommunications technologies can enable new engineering applications, improve connectivity, and support the growing demands of digital engineering operations. Digital Twins and Engineering Simulation research investigates how virtual replicas of physical assets, processes, and systems can be used to optimize operations, predict maintenance needs, and support strategic decision-making. Sustainable Digital Engineering Practices studies examine how organizations can leverage digital technologies to reduce their environmental impact while maintaining or improving engineering performance and competitiveness.

Qualifications and Responsibilities:

The Editor-in-Chief must possess a PhD in Engineering Administration, Science, Information Systems, or related field with minimum 15 years experience, demonstrating deep academic expertise in engineering research disciplines. Additionally, the candidate should have minimum 10 years senior science or consulting experience to ensure practical engineering knowledge and industry relevance. Research excellence is evidenced by an established publication record in top-tier engineering journals such as FT50, UTD24, or equivalent publications. The ideal candidate must have proven editorial leadership experience, having previously managed academic publications or editorial teams. A global perspective with international research and engineering experience is essential to lead a journal with worldwide reach and impact.

Responsibilities:

The Editor-in-Chief oversees overall journal strategy and direction, ensuring the publication maintains its academic excellence and industry relevance. Final publication decisions rest with the Editor-in-Chief, who must balance academic rigor with practical engineering applications. Editorial board recruitment and science involves identifying qualified academics and practitioners who can contribute to the journal's mission and standards. Industry partnership development requires building and maintaining relationships with engineering organizations to enhance the journal's practical relevance and impact. Quality assurance and standards oversight ensures that all published content meets the highest academic and professional standards. International collaboration initiatives involve developing partnerships with academic institutions and organizations worldwide to enhance the journal's global reach. Special issue planning and coordination includes identifying emerging topics and organizing thematic issues that address current engineering challenges and opportunities.

Qualifications:

Associate Editors must hold a PhD or equivalent qualification in relevant engineering disciplines, demonstrating strong academic credentials and research expertise. Their research focus should be specialized in Advanced Engineering, science, or Technology, with established expertise in their specific areas of concentration. A strong publication record with minimum 10 publications in peer-reviewed journals is required to ensure academic credibility and research quality. Candidates should have minimum 3 years peer review experience to demonstrate their ability to provide constructive and insightful evaluations of manuscripts. Strong industry connections are preferred to bridge academic research with practical engineering applications and enhance the journal's industry relevance.

Areas of Specialization:

Associate Editors should have expertise in Advanced Engineering and Data Science, covering areas such as statistical analysis, machine learning applications, and data-driven decision making in engineering contexts. Strategic Science and Digital Transformation expertise includes understanding how organizations adapt to technological changes and leverage digital capabilities for competitive advantage. Technology and E-Engineering specialization encompasses online engineering models, electronic commerce, and digital transformation strategies. Operations and Supply Chain Science expertise involves optimizing engineering processes and managing complex supply chain networks in digital environments. Marketing and Customer Analytics specialization focuses on understanding customer behavior through data analysis and digital marketing strategies. Financial Technology and Digital Banking expertise includes understanding how technology is transforming financial services and creating new engineering models. Innovation and Technology Science specialization covers how organizations can foster innovation and manage technological change effectively. Risk Science and Advanced Engineering expertise involves identifying and mitigating engineering risks through data analysis and analytical approaches.

Selection Criteria:

Editorial Board Members are selected based on Academic Excellence, demonstrated through established research records with significant contributions to their respective fields and recognition for scholarly achievement. Industry Expertise is valued through senior practitioners with deep domain expertise and practical experience in Advanced Engineering, science, or Technology applications. Geographic Diversity ensures global representation across continents to provide international perspectives and enhance the journal's worldwide relevance. Institutional Diversity is maintained through representation from various types of institutions, including universities, research institutes, and engineering organizations to ensure broad academic and practical perspectives. Research Impact is assessed through high citation counts and demonstrated research impact that influences both academic discourse and engineering practice.

Board Composition:

The editorial board maintains a balanced composition with Academic Members comprising 60% of the board, consisting of university researchers and professors who provide strong academic foundation and research expertise. Industry Members represent 25% of the board, including senior executives and consultants who bring practical engineering knowledge and industry insights to the editorial process. Government and Policy Members constitute 10% of the board, including policy makers and regulators who provide perspectives on regulatory and policy implications of engineering research. International Advisors make up 5% of the board, consisting of global thought leaders who provide strategic guidance and international perspectives on emerging engineering trends and research directions.

gjaest employs a rigorous triple-blind peer review process to ensure the highest quality of published research:

The initial screening phase involves Scope Alignment to verify that submissions meet our editorial standards on Advanced Engineering, Science and Technology research. Format Compliance ensures that manuscripts adhere to submission guidelines, including formatting requirements, citation styles, and structural elements. Quality Assessment conducts an initial evaluation of the manuscript's quality and originality to determine if it meets the journal's standards for academic rigor and relevance. Plagiarism Check utilizes automated plagiarism detection tools to ensure submissions fall below the 12% similarity threshold, maintaining academic integrity and originality. Ethical Compliance verifies basic ethical requirements, including authorship criteria, conflict of interest disclosures, and adherence to research ethics standards.

During the peer review phase, Reviewer Assignment ensures that each manuscript receives evaluation from a minimum of three expert reviewers with appropriate subject matter expertise. Expertise Matching carefully pairs reviewers with manuscripts based on their specific areas of specialization to ensure high-quality, informed evaluations. The Triple-Blind Process maintains anonymity for authors, reviewers, and editorial staff throughout the review process to eliminate bias and ensure objective evaluations. Quality Standards require reviewers to evaluate manuscripts based on established criteria covering research quality, engineering relevance, academic contribution, and presentation quality. Timeline Science enforces a 21-day review deadline with a 14-day extension option to ensure timely processing of manuscripts while allowing adequate time for thorough evaluation.

Research Quality (40%):

Research Quality is evaluated through Originality, assessing the novel contribution to engineering knowledge and the extent to which the research advances understanding in the field. Methodology evaluation focuses on the soundness of research methodology and design, ensuring appropriate research approaches are employed to address research questions effectively. Data Quality assessment examines the quality of engineering data and analysis, verifying that data sources are reliable, analysis methods are appropriate, and findings are well-supported. Statistical Rigor evaluation ensures appropriate statistical methods and validation techniques are applied, with proper testing of hypotheses and robustness checks to support research conclusions. Theoretical Foundation assessment examines the strength of theoretical underpinning, ensuring research is grounded in relevant theory and contributes to theoretical development in Advanced Engineering, science, or Technology.

Engineering Relevance (30%):

Engineering Relevance is assessed through Practical Applications, evaluating the clarity of engineering applications and implications of research findings for real-world engineering problems and decision-making. Industry Impact assessment considers the potential impact on engineering practice, determining whether research findings can be implemented in engineering contexts to improve performance or solve practical problems. Decision Support evaluation examines the value for engineering decision-making, assessing how research can inform strategic choices, operational improvements, or policy development in engineering organizations. Innovation Contribution assessment evaluates the innovation in engineering processes or models, determining whether research introduces new approaches, frameworks, or methodologies that can transform engineering practices. Scalability assessment considers the potential for scaling and implementation, evaluating whether research findings can be applied across different contexts, organizations, or industries to maximize impact.

Academic Contribution (20%):

Academic Contribution is evaluated through Literature Contribution, assessing the contribution to existing literature and how research advances current understanding in Advanced Engineering, science, or Technology. Theoretical Development evaluation examines theoretical framework development, determining whether research introduces new theories or extends existing theoretical frameworks in meaningful ways. Methodological Innovation assessment considers innovative research methods, evaluating whether research introduces novel approaches to data collection, analysis, or interpretation that can benefit future research. Future Research assessment examines the foundation for future research, determining whether research opens new avenues for investigation and provides direction for subsequent studies. Cross-Disciplinary Value evaluation assesses the value across disciplines, examining how research contributes to understanding in related fields and promotes interdisciplinary collaboration.

Presentation Quality (10%):

Presentation Quality is assessed through Writing Quality, evaluating the clarity, conciseness, and professionalism of writing to ensure research is communicated effectively to academic and engineering audiences. Structure assessment examines the logical organization and flow of the manuscript, ensuring that arguments are presented coherently and readers can follow the research narrative easily. Visualizations evaluation considers the effective use of tables, figures, and graphics to enhance understanding of research findings and support key arguments. Citations assessment examines proper citation and reference formatting, ensuring academic standards are met and sources are properly credited. Clarity evaluation assesses the clear presentation of complex concepts, ensuring that technical material is accessible to the intended audience while maintaining academic rigor.

The journal employs four distinct decision categories to manage the publication process effectively. manuscripts considered Accept are suitable for publication with minor revisions, typically requiring small adjustments that can be completed within a short timeframe. Minor Revision decisions mean minor changes are required, usually taking 2-4 weeks for authors to address reviewer comments and improve the manuscript. Major Revision decisions indicate substantial changes are needed, with authors typically given 6-8 weeks to comprehensively address reviewer feedback and strengthen the research contribution. Reject decisions mean manuscripts are not suitable for publication in their current form, either due to fundamental flaws or lack of alignment with journal scope and standards.

The editorial decision workflow follows a structured process to ensure thorough evaluation and fair treatment of all submissions. Reviewer Recommendations are collected from a minimum of three reviewers to provide comprehensive assessment and diverse perspectives on manuscript quality and suitability. Associate Editor Assessment involves the associate editor evaluating all reviewer comments and providing a recommendation based on the collective feedback and their own expert evaluation. Editorial Board Review may be conducted for complex cases or manuscripts that require additional expertise or perspective from senior editorial board members. Editor-in-Chief Decision represents the final publication determination, made by the Editor-in-Chief after considering all reviewer recommendations and editorial assessments. Author Notification involves communicating detailed feedback and the final decision to authors, providing constructive guidance for improvement or acceptance. Appeal Process allows authors a 21-day window to appeal editorial decisions if they believe procedural errors or unfair evaluations have occurred.

gjaest is committed to the highest standards of publication ethics, following comprehensive guidelines from leading international organizations including the Committee on Publication Ethics (COPE), which provides best practices for publication ethics and handling of misconduct. The journal also follows guidelines from the International Committee of Medical Journal Editors (ICMJE), which establishes standards for authorship, peer review, and scientific conduct. Additionally, gjaest adheres to recommendations from the World Association of Medical Editors (WAME), which provides guidance on editorial independence, peer review, and publication ethics. The Council of Science Editors (CSE) guidelines are also followed to ensure high standards in scientific communication and editorial practices.

The journal maintains rigorous ethical standards across all aspects of the publication process. Originality is strictly enforced, requiring that all submissions must be original and unpublished work that has not been previously disseminated in other venues. Authorship standards ensure clear contribution attribution and proper authorship, with all named authors having made substantial intellectual contributions to the research. Plagiarism is strictly prohibited through a comprehensive plagiarism policy with a less than 12% similarity threshold to maintain academic integrity and originality. Data Integrity requirements mandate accurate and transparent data reporting, ensuring that research findings are honestly presented and reproducible. Conflict of Interest policies require full disclosure of potential conflicts that could influence research outcomes or interpretations. Peer Review standards ensure fair, unbiased, and constructive peer review processes that maintain academic quality and integrity. Publication Decisions are based solely on merit and quality, without influence from commercial interests, personal relationships, or other inappropriate factors.

gjaest maintains specific ethical standards for engineering research that address the unique challenges of studying organizations and commercial environments. Data Privacy protections ensure the safeguarding of engineering and personal data collected during research, complying with relevant privacy regulations and ethical guidelines. Confidentiality requirements mandate maintaining engineering confidentiality where required, protecting sensitive information about organizations, strategies, and operations. Intellectual Property standards ensure respect for intellectual property rights, including proper attribution of ideas, methodologies, and proprietary information. Industry Collaboration practices emphasize ethical industry collaboration practices, ensuring that partnerships with engineering organizations maintain academic independence and research integrity. Professional Standards require adherence to professional engineering standards in research conduct, reporting, and dissemination of findings.

gjaest maintains rigorous content standards to ensure the highest quality of published research. Academic Rigor is enforced through high academic standards for research, requiring sophisticated theoretical frameworks, robust methodology, and contribution to academic knowledge. Engineering Relevance is emphasized through a focus on practical engineering applications, ensuring that research addresses real-world engineering challenges and offers actionable insights for practitioners. Methodological Soundness is maintained through rigorous research methodology, requiring appropriate research designs, valid measurement approaches, and systematic data analysis procedures. Data Quality standards ensure high-quality engineering data and analysis, requiring reliable data sources, appropriate analytical techniques, and transparent reporting of findings. Innovation is encouraged through innovative research approaches and findings, supporting novel methodologies, creative problem-solving approaches, and groundbreaking insights that advance engineering knowledge and practice.

Editorial Quality standards ensure professional presentation and accessibility of published content. Professional Editing is provided through professional copyediting and proofreading services to ensure clarity, consistency, and adherence to academic writing standards. Format Consistency is maintained through consistent formatting and presentation across all published articles, following established style guidelines and structural requirements. Language Quality ensures professional engineering English throughout all publications, with clear communication and appropriate technical terminology. Visual Quality is maintained through high-quality figures, tables, and graphics that enhance understanding and support research findings. Accessibility standards ensure compliance with accessibility standards, making content available to readers with diverse needs and abilities.

Technical Quality standards ensure optimal digital presentation and preservation of published research. Online Presence is maintained through a professional website and online platform that provides easy access to current and archived content. Digital Preservation ensures long-term digital archiving of all published content, maintaining accessibility for future researchers and readers. Search Optimization enhances discoverability and searchability through appropriate metadata, keywords, and indexing strategies. Mobile Compatibility ensures mobile-friendly design and access, allowing readers to access content on various devices and platforms. Download Functionality provides easy PDF and document downloads, enabling readers to access and store content for offline reading and reference.

gjaest actively collaborates with industry partners to advance engineering research and practice through multiple collaborative initiatives. Research Collaboration involves joint research projects and initiatives that bring together academic expertise and industry knowledge to address complex engineering challenges. Case Studies partnerships focus on industry case study development and publication, providing real-world examples of engineering challenges and solutions that offer valuable learning opportunities for researchers and practitioners. Best Practices initiatives emphasize sharing of best practices and lessons learned from industry experience, creating a knowledge exchange platform that benefits both academic and engineering communities. Innovation Showcase provides a platform for engineering innovation showcase, allowing organizations to present cutting-edge solutions and emerging technologies to a global audience. Talent Development collaborations focus on collaboration on talent and skill development, helping bridge the gap between academic education and industry requirements through joint programs and initiatives.

Composition:

The Industry Advisory Board is composed of Senior Executives, including C-level executives from leading companies who provide strategic insights and industry perspectives on emerging engineering trends and challenges. Industry Experts represent domain experts and thought leaders who bring deep specialized knowledge and practical experience in specific engineering areas. Consulting Partners include senior consultants from major firms who offer valuable insights into engineering consulting practices and client experiences across various industries. Technology Leaders consist of technology and innovation leaders who provide expertise on digital transformation, emerging technologies, and their engineering applications. Policy Makers include government and regulatory representatives who offer perspectives on policy implications and regulatory considerations affecting engineering research and practice.

Industry collaboration provides numerous benefits that enhance the journal's relevance and impact. Real-World Relevance is enhanced through the practical relevance of research, ensuring that academic work addresses actual engineering challenges and provides actionable insights for practitioners. Case Study Opportunities offer access to real engineering cases and data, enabling researchers to study contemporary engineering phenomena and develop theories based on practical observations. Publication Opportunities provide industry publication and dissemination channels, allowing engineering practitioners to share their insights and experiences with a global academic and professional audience. Networking facilitates academic-industry networking opportunities, creating connections that can lead to research collaborations, consulting opportunities, and knowledge exchange. Innovation initiatives support joint innovation and development projects that combine academic research capabilities with industry resources and market knowledge.

gjaest maintains a comprehensive global network that facilitates international collaboration and knowledge exchange across multiple dimensions. Academic Partners include universities and research institutions worldwide that contribute to the journal's academic excellence and provide diverse perspectives on engineering research. Industry Partners consist of international companies and organizations that bring practical engineering insights and real-world applications to the journal's content and research initiatives. Professional Associations include global professional associations that help disseminate research findings and connect academics with practitioners across different regions and industries. Conferences partnerships involve international conference partnerships that provide platforms for presenting research, networking with colleagues, and staying current with emerging trends in Advanced Engineering, Science and Technology. Collaborative Research initiatives include international research collaborations that bring together researchers from different countries and cultures to address global engineering challenges and opportunities.

The journal provides comprehensive multilingual support to enhance global accessibility and reach. English Language serves as the primary publication language, ensuring consistency and international comprehension of all published content. Abstract Translation services offer abstract translation services to make research accessible to non-English speaking researchers and practitioners, expanding the journal's global impact and readership. International Accessibility ensures global access and accessibility through digital platforms and distribution channels that reach researchers worldwide. Cultural Sensitivity is maintained through cultural sensitivity in research and publication practices, ensuring that content is respectful and relevant to diverse cultural contexts and engineering environments. Global Standards adherence ensures compliance with international publication standards, maintaining quality and consistency across all regions and cultures served by the journal.

gjaest maintains rigorous quality indicators to measure and ensure excellence in all aspects of journal operations. The Acceptance Rate maintains a selective acceptance rate of 20-25%, maintaining high standards while ensuring sufficient publication volume to serve the research community. Review Timeline is proud to achieve an average review time of 6-8 weeks, balancing thorough evaluation with timely processing to respect authors' time and research momentum. Publication Timeline maintains 8-10 weeks from acceptance to publication, ensuring rapid dissemination of research findings while maintaining quality production standards. Citation Impact targets citation impact in the top quartile, demonstrating the influence and relevance of published research in the academic community. Author Satisfaction aims for a target author satisfaction rate of 90%+, reflecting the quality of service, communication, and overall experience provided to authors throughout the publication process.

The journal tracks comprehensive impact metrics to assess and demonstrate its influence across multiple dimensions. Citation Impact includes citation metrics and impact factor measurements that quantify the academic influence and recognition of published research. Usage Statistics track article downloads and usage statistics, providing insights into reader engagement and the practical relevance of published content. Social Media Impact monitors social media mentions and shares, measuring the broader dissemination and influence of research beyond traditional academic channels. Industry Impact assesses industry adoption and application of research findings, demonstrating the practical value and real-world impact of published work. Academic Impact evaluates academic recognition and citations, reflecting the contribution of published research to advancing knowledge and understanding in Advanced Engineering, Science and Technology.

The gjaest Editorial Office provides comprehensive support and communication channels for authors, reviewers, and editorial board members. Email communication is available at editor.gjaest@gtspress.org for general inquiries, manuscript submissions, and editorial correspondence. Phone support is provided at +91 97885 35227 for urgent matters and direct communication with editorial staff. The physical office is located at GTS Press Editorial Office, Coimbatore, India, serving as the central hub for journal operations and administration. The official website at https://gtspress.org/gjaest provides access to current issues, submission guidelines, author resources, and journal information. Engineering Hours are maintained Monday-Friday, 9:00 AM - 6:00 PM IST, ensuring timely response to inquiries and efficient processing of editorial activities.

The journal maintains dedicated communication channels for different segments of the editorial board to ensure efficient coordination and decision-making. The Editor-in-Chief can be contacted directly at editor.gjaest@gtspress.org for matters requiring final editorial decisions, strategic guidance, or high-level editorial concerns. Associate Editors are accessible through editor.gjaest@gtspress.org for manuscript assignments, review coordination, and editorial assessment matters. The broader Editorial Board can be reached at editor.gjaest@gtspress.org for board-level communications, policy discussions, and collaborative initiatives. Industry Advisory members are contacted through info.gjaest@gtspress.org for industry collaboration, case study development, and practical engineering insights.

Comprehensive author support services are available to assist researchers throughout the publication process. Submission Support is provided at editor.gjaest@gtspress.org to help authors with technical issues, formatting questions, and submission process guidance. Status Inquiries can be directed to info.gjaest@gtspress.org for updates on manuscript review progress, editorial decisions, and publication timelines. Technical Support is available at info.gjaest@gtspress.org for assistance with online systems, file uploads, and digital platform issues. Ethics Inquiries can be sent to editor.gjaest@gtspress.org for questions about research ethics, publication ethics, authorship criteria, and compliance with journal policies.