Journal of Electronics Science and Electrical Research

Aim & Scope

Aim:

The Journal of Electronics Science and Electrical Research (JESER) aims to:

1. Advance Knowledge:

   • Provide a comprehensive platform for the dissemination of significant research findings and technical advancements in electronics and electrical engineering.
   • Encourage the exchange of innovative ideas and methodologies among researchers, academicians, and industry professionals.

2. Promote Innovation:

   • Foster the development and application of novel technologies and techniques in the field.
   • Highlight breakthrough research that pushes the boundaries of current scientific understanding.

3. Facilitate Practical Applications:

   • Support research that bridges the gap between theoretical studies and practical implementations.
   • Publish case studies and application-oriented research that demonstrate real-world relevance and impact.

4. Enhance Collaboration:

   • Promote interdisciplinary collaboration among scientists, engineers, and professionals from various domains.
   • Provide a forum for sharing experiences, best practices, and emerging trends in the industry.

5. Support Academic and Professional Growth:

   • Encourage contributions from early-career researchers and provide them with a platform to showcase their work.
   • Offer insights into the latest advancements and future directions in electronics and electrical engineering.

Scope:

The Journal of Electronics Science and Electrical Research covers a broad range of topics, including but not limited to:

1. Electronics:

   • Analog and digital electronics
   • Microelectronics and nanoelectronics
   • Semiconductor devices and materials
   • Circuit design and simulation
   • Electronic sensors and actuators
   • Embedded systems and VLSI design

2. Electrical Engineering:

   • Power systems and energy management
   • Electrical machines and drives
   • Power electronics and applications
   • Renewable energy technologies
   • Smart grids and microgrids
   • Electromagnetic compatibility and interference

3. Communication Systems:

   • Wireless and mobile communications
   • Optical communications and photonics
   • Signal processing and data communication
   • Antennas and propagation
   • Network protocols and architectures

4. Control Systems and Automation:

   • Control theory and applications
   • Robotics and automation
   • Industrial control systems
   • Intelligent control and artificial intelligence applications
   • Mechatronics and electromechanical systems

5. Computational Methods and Software:

   • Modeling and simulation of electronic and electrical systems
   • Computational electromagnetics
   • Algorithm development and optimization
   • Software tools for electronics and electrical engineering