Aim & Scope
The Journal of Electronics Science and Electrical Research (ISSN: 3067-929X) is devoted to advancing the understanding, innovation, and practical application of concepts within the fields of electronics and electrical engineering. It provides a comprehensive platform for the publication of scholarly research that explores foundational theories, experimental developments, and technological implementations across a wide array of topics relevant to modern and emerging electrical systems.
This journal encourages submissions that bridge theoretical analysis with real-world engineering challenges. It is intended for researchers, academic faculty, graduate scholars, engineers, developers, and technologists who are actively engaged in advancing the frontiers of electronics and electrical science. The scope of the journal is broad yet specialized, offering space for articles that deepen the academic and practical understanding of electrical systems, circuits, components, and their applications.
Primary Focus Areas
The journal publishes high-quality articles in the following subject areas:
- Electronic Devices and Circuits
Studies related to analog and digital circuits, integrated circuits, VLSI design, transistors, diode behavior, signal conditioning, and switching techniques.
- Electrical Machines and Power Systems
Research concerning electrical machines, transformers, energy distribution systems, high-voltage transmission, grid stability, and smart energy solutions.
- Power Electronics and Renewable Energy
Work that focuses on inverters, converters, energy-efficient systems, electric vehicle components, solar inverters, wind turbine controls, and hybrid energy frameworks.
- Signal Processing and Systems Theory
Papers that present algorithms and models for signal enhancement, filtering, modulation, and adaptive processing techniques in both analog and digital domains.
- Embedded Systems and Microelectronics
Contributions on microcontroller architectures, hardware-software co-design, IoT modules, low-power systems, and firmware development for electronic systems.
- Control Systems and Automation
Articles focused on control theory, automation algorithms, robotic motion systems, feedback control, programmable logic controllers (PLCs), and real-time process control.
- Communication Systems and Wireless Networks
Research in RF communication, satellite systems, wireless sensor networks, 5G technology, modulation schemes, coding theory, and antenna design.
- Electromagnetics and Photonics
Explorations of electromagnetic fields, waveguides, microwave circuits, photonic crystals, fiber optics, and wireless transmission media.
- Instrumentation and Measurement Techniques
Research addressing sensor technologies, data acquisition systems, calibration standards, error analysis, and innovative measurement approaches.
- Computational and Simulation Models
Manuscripts involving the development of simulation tools, SPICE modeling, finite element analysis, algorithmic optimization, and system-level design methodologies.
Research Methodologies Encouraged
The journal is open to a wide range of research approaches and methodologies including:
- Theoretical derivation and mathematical modeling
- Hardware-based experimental validation
- Simulation-driven analysis using industry-standard tools
- Comparative studies of devices or system performance
- Review-based syntheses of current technologies
- Cross-disciplinary research that links electronics with computer science, materials science, or bioengineering
This diversity supports the goal of encouraging innovation, verifying results, and enhancing the academic community’s collective understanding of electrical and electronic systems.
Academic and Practical Relevance
In keeping with the demands of today’s technology-driven landscape, the Journal of Electronics Science and Electrical Research values both the scientific depth and practical applicability of submissions. It seeks to promote the development of energy-efficient systems, reliable communication networks, autonomous control mechanisms, and scalable circuit architectures.
The journal welcomes articles that contribute directly to industrial practices, prototype development, or advancements in product engineering. Studies that highlight challenges faced in commercial implementation or that offer creative engineering solutions are particularly encouraged.
Global and Interdisciplinary Contributions
While rooted in the core disciplines of electronics and electrical engineering, the journal actively supports contributions that incorporate insights from related fields such as:
- Computer engineering
- Materials science
- Applied physics
- Artificial intelligence in embedded systems
- Biomedical instrumentation
- Environmental and sustainability engineering
Such interdisciplinary connections help broaden the scope and significance of each contribution, ensuring that the journal remains current and inclusive of evolving research themes.
Commitment to Research Excellence
The editorial team is dedicated to maintaining a rigorous and transparent peer-review process. Submissions are evaluated on the basis of originality, clarity, methodological precision, academic contribution, and alignment with the journal’s scope.
By fostering open and constructive scientific dialogue, the Journal of Electronics Science and Electrical Research aims to serve as a trusted repository of knowledge that benefits students, researchers, and industry professionals alike.
