International Journal of Emerging Engineering and Applied Research (IJEEAR)

International Study Group

International Journal of Emerging Engineering and Applied Research

IJEEAR

An interdisciplinary scholarly journal advancing emerging engineering knowledge, practical innovation and applied research through stronger collaboration between academia, industry, researchers, technology developers and the next generation of engineers.

Aims of the Journal

The International Journal of Emerging Engineering and Applied Research (IJEEAR) is an interdisciplinary research journal dedicated to advancing engineering knowledge by strengthening the connection between academia, industry, technology developers, researchers and aspiring engineers.

The journal seeks to provide a scholarly platform where emerging scientific concepts, engineering innovations, industrial challenges and practical applications converge to address present and future societal needs.

Rapid technological change, interdisciplinary collaboration, sustainability requirements, digital transformation, automation, artificial intelligence, advanced materials, smart manufacturing, renewable energy and data-driven decision-making increasingly drive contemporary engineering.

However, a persistent gap remains between academic research and industrial implementation. Research outcomes may not always address immediate industrial requirements, while practical problems encountered by industries may not reach academic researchers in a form capable of stimulating new research.

IJEEAR aims to bridge this gap by encouraging research that is both scientifically rigorous and practically relevant.

The journal particularly welcomes contributions that demonstrate how emerging technologies can be translated into useful applications, identify limitations in existing engineering practices, anticipate future technological requirements and inspire innovative solutions for society.

Core Aims

1

Bridging Industry and Academia

IJEEAR promotes meaningful collaboration between universities, research institutions, industries, technology companies, start-ups and engineering professionals.

2

Predicting Future Engineering Needs

The journal encourages researchers to identify limitations in current technologies and investigate future engineering requirements, next-generation technologies and emerging challenges.

3

Inspiring Future Engineers

IJEEAR aims to inspire students, researchers, engineers, entrepreneurs and innovators to progress from learning existing technologies towards developing the technologies of the future.

1. Bridging Industry and Academia

IJEEAR aims to create a meaningful platform for collaboration between universities, research institutions, industries, technology companies, start-ups and engineering professionals.

The journal encourages research that:

  • Addresses real-world industrial problems through scientific and engineering approaches.
  • Converts academic research findings into practical technologies, products, processes and services.
  • Identifies technological challenges faced by contemporary industries.
  • Promotes industry–academia collaborative research and technology transfer.
  • Encourages case studies, prototypes, proof-of-concept studies and applied research with demonstrable practical relevance.
  • Explores how emerging engineering technologies can improve productivity, efficiency, safety, reliability, affordability and sustainability.
Through this approach, IJEEAR seeks to reduce the disconnect between “research that is academically interesting” and “research that solves a practical problem.”

2. Identifying Present Limitations and Predicting Future Engineering Needs

Engineering technologies evolve rapidly, and today's successful technologies may become inadequate as societal, environmental, economic and industrial requirements change.

IJEEAR therefore encourages researchers to look beyond the current state of technology and investigate what comes next.

The journal welcomes research that:

  • Evaluates limitations and shortfalls of existing technologies.
  • Identifies technological gaps requiring further investigation.
  • Analyses current engineering trends to anticipate future requirements.
  • Proposes next-generation technologies, methodologies, materials, systems and processes.
  • Examines scalability, sustainability, reliability, affordability and long-term feasibility of emerging technologies.
  • Provides technology roadmaps, predictive studies, future-oriented engineering analyses and interdisciplinary perspectives.
  • Investigates how emerging technologies may respond to future industrial and societal challenges.
The objective is not merely to report what technology can do today, but also to explore what technology will need to accomplish tomorrow.

3. Inspiring the Next Generation of Engineers and Innovators

IJEEAR aims to serve as a source of inspiration for students, early-career researchers, young engineers, entrepreneurs, innovators and technology developers.

By presenting emerging techniques, experimental approaches, novel applications and unresolved engineering challenges, the journal seeks to encourage aspiring engineers to move from learning existing technologies to creating new ones.

The journal supports research that can:

  • Introduce novel engineering concepts and techniques.
  • Demonstrate innovative applications of existing technologies.
  • Combine established technologies in new and useful ways.
  • Identify opportunities for new products, systems, devices and processes.
  • Encourage problem-solving-oriented engineering research.
  • Address societal challenges through affordable and accessible technological solutions.
  • Provide a foundation for future research, product development, entrepreneurship and technological innovation.

Scope of the Journal

IJEEAR adopts a broad interdisciplinary engineering perspective and welcomes original research, applied research, experimental studies, review articles, technical studies, case studies, technology assessments and other scholarly contributions aligned with the journal's objectives.

Emerging and Advanced Technologies

Artificial Intelligence and Data Technologies

  • Artificial Intelligence and Machine Learning
  • Data Science and Engineering Analytics
  • Intelligent Decision Support Systems
  • Predictive Engineering Analytics
  • AI-Assisted Engineering Systems

Connected and Intelligent Systems

  • Internet of Things and Industrial IoT
  • Digital Twins and Smart Systems
  • Cyber-Physical Systems
  • Intelligent Monitoring Systems
  • Connected Engineering Systems

Robotics, Automation and Control

  • Robotics and Autonomous Systems
  • Automation and Control Systems
  • Industrial Automation
  • Intelligent Manufacturing
  • Human–Robot Collaboration

Computing and Digital Engineering

  • Computer Engineering
  • Emerging Computing Technologies
  • Cybersecurity and Intelligent Systems
  • Engineering Software Technologies
  • Digital Transformation

Mechanical and Manufacturing Engineering

Advanced Manufacturing

  • Advanced Manufacturing
  • Additive Manufacturing and 3D Printing
  • Smart Manufacturing and Industry 4.0
  • Mechatronics
  • Industrial Automation

Design, Materials and Processes

  • Product Design and Development
  • Advanced Materials and Manufacturing Processes
  • Tribology and Thermal Engineering
  • Sustainable Manufacturing
  • Manufacturing Process Optimization

Electrical, Electronics and Communication Engineering

Electrical and Energy Systems

  • Power Systems and Smart Grids
  • Renewable Energy Technologies
  • Energy Storage and Battery Technologies
  • Power Electronics
  • Electrical Machines and Drives

Electronics and Communication

  • Electronics and Embedded Technologies
  • Communication Systems
  • Wireless and Next-Generation Networks
  • Semiconductor Technologies
  • Sensor Technologies

Civil, Environmental and Sustainable Engineering

Infrastructure and Construction

  • Sustainable Infrastructure
  • Smart Cities
  • Structural Engineering
  • Construction Technology
  • Transportation Engineering
  • Green Building Technologies

Environmental Engineering

  • Water and Wastewater Technologies
  • Environmental Engineering
  • Climate-Resilient Engineering
  • Waste Management and Resource Recovery
  • Environmental Monitoring and Assessment

Energy and Sustainable Technologies

Renewable and Emerging Energy

  • Renewable and Alternative Energy
  • Solar, Wind and Hybrid Energy Systems
  • Energy Efficiency
  • Sustainable Energy Storage
  • Hydrogen and Emerging Energy Technologies

Clean and Circular Technologies

  • Carbon Reduction Technologies
  • Circular Economy
  • Clean Technologies
  • Sustainable Engineering Design
  • Low-Carbon Engineering Systems

Aerospace, Automotive and Transportation Engineering

Aerospace and Aviation

  • Aerospace Engineering
  • Aviation Technology
  • Unmanned Aerial Vehicles
  • Advanced Propulsion
  • Aerospace Safety and Sustainability

Automotive and Transportation

  • Autonomous Vehicles
  • Electric and Hybrid Vehicles
  • Intelligent Transportation Systems
  • Transportation Safety
  • Transportation Sustainability

Emerging Interdisciplinary Engineering

The journal also welcomes interdisciplinary research combining engineering with areas such as healthcare, agriculture, biotechnology, materials science, environmental science, management, economics and social sciences, particularly where engineering innovation contributes to solving real-world problems.

From Research to Real-World Impact

IJEEAR places particular emphasis on the translation of knowledge into impact. Authors are encouraged to clearly demonstrate the potential significance of their research beyond theoretical findings.

Existing Problem
→
Research Gap
→
Engineering Innovation
→
Practical Application
→
Current Limitation
→
Future Requirement
→
Societal / Industrial Impact

This perspective enables the journal to publish research that not only contributes to the existing body of engineering knowledge but also helps identify where engineering research and technology should move next.

Our Vision

To become a global platform for emerging engineering research that connects academic knowledge with industrial challenges, anticipates future technological needs and inspires the next generation of engineers to develop sustainable and innovative solutions for society.

Connecting Knowledge, Innovation and Impact

IJEEAR ultimately seeks to promote a culture of engineering research in which academia asks better questions, industry communicates real-world challenges, researchers develop practical solutions and emerging engineers transform those solutions into the technologies of the future.

The journal aspires to become a trusted international platform through which researchers, universities, industries and innovators can exchange knowledge and contribute to responsible technological advancement.

Its long-term vision is to encourage engineering research that is not limited to academic contribution alone, but creates measurable value for industries, communities and society.

Article Processing Charge (APC) Policy

The International Journal of Emerging Engineering and Applied Research (IJEEAR) follows a transparent and researcher-friendly Article Processing Charge model designed to keep high-quality scholarly publishing accessible to researchers, students and institutions.

No Submission Fee
Authors are not charged for submitting a manuscript to IJEEAR. An APC becomes payable only after the manuscript has successfully completed the journal's peer-review and editorial evaluation process and has received formal acceptance for publication.
Standard Article Processing Charge
₹00,000
per accepted article

What the APC Covers

The APC supports the editorial, technical and publication services required to professionally process, publish and disseminate accepted research.

  • Editorial processing and administration
  • Peer-review management
  • Plagiarism and similarity screening
  • Manuscript formatting
  • Copyediting and proofreading
  • Typesetting and publication preparation
  • DOI registration
  • Online publication
  • Article hosting and metadata management
  • Digital preservation and archiving
  • Publication administration

Discounts and Waivers

IJEEAR is committed to making scholarly publishing accessible to researchers regardless of institutional resources. Subject to eligibility and journal policy, the following forms of support may be available:

  • Student / Early-Career Researcher Discount: Reduced APC may be provided to eligible authors.
  • Low-Income Country Waiver: Partial or full APC waiver may be considered.
  • Financial Hardship Waiver: Requests may be considered on a case-by-case basis.
  • Invited Articles: The APC may be fully or partially waived.
  • Special Issues: APCs may vary according to the specific issue, agreement or sponsorship arrangement.
Important:

Requests for APC waivers or discounts are evaluated independently from the editorial and peer-review process.

The ability or inability of an author to pay an APC will not influence the editorial decision.

Editorial Independence

Payment of an APC does not guarantee acceptance or publication.

Every manuscript submitted to IJEEAR remains subject to the journal's editorial policies, scholarly standards and peer-review requirements.

The journal maintains a strict separation between editorial decision-making and financial considerations. APC payment is requested only after a manuscript has received a formal acceptance decision.

Kindly make the payment to :

INTERNATIONAL STUDY GROUP,
A/c No: 23090200004467
Federal Bank
Ashok Nagar Branch
IFSC Code: FDRL0002309.
GST: 33AMGPJ9024K1ZZ

Transparency of Publication Charges

IJEEAR believes researchers should understand the publication costs before submitting their work.

The applicable APC, waiver policy and any additional legitimate publication charges will therefore be communicated transparently through the journal website.

Indexing and APC Policy

IJEEAR does not charge authors for the purpose of obtaining or guaranteeing indexing in any database.

Inclusion in indexing and abstracting services is determined independently by the respective indexing organisations according to their own evaluation criteria.

Our objective is simple: to provide researchers with a professional, transparent and affordable route from research submission to scholarly publication.