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International Journal of Electrical Machine Analysis and Design

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The International Journal of Electrical Machine Analysis and Design (IJEMAD) is a peer-reviewed scholarly journal dedicated to advancing research in the modeling, design, simulation, control, and optimization of electrical machines and electromechanical systems. It offers a key platform for electrical engineers, design researchers, industrial technologists, and academic scholars.

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International Journal of Electrical Machine Analysis and Design

The International Journal of Electrical Machine Analysis and Design (IJEMAD) is a premier peer-reviewed scientific journal dedicated to showcasing global advancements in electrical machines, electromechanical systems, power engineering, and innovative design methodologies. As a leading platform for researchers and industry professionals, the journal bridges the gap between theoretical studies, cutting-edge simulations, practical design approaches, and real-world industrial applications.

What This Journal Covers: Key Focus Areas

The International Journal of Electrical Machine Analysis and Design includes a broad spectrum of advanced topics, such as:

  • Electrical Machine Design & Optimization: New insights into fungal diversity, classification, evolution, genomic relationships, and novel species discovery.

  • Electromagnetic Field Theory & Applications: Magnetic field modelling, advanced flux analysis, and core-loss evaluation.

  • Power Electronics & Electric Drives: Machine-drive integration, inverter design, control strategies, and smart power management.

  • Thermal Management & Cooling Techniques: Thermal stability analysis for high-efficiency and high-speed electrical machines.

  • Renewable Energy & Sustainable Power Systems: Grid integration, energy conversion efficiency, and green power technologies.

Who Should Read the Journal

The International Journal of Electrical Machine Analysis and Design is ideal for:

  • Electrical Engineers and Machine Designers developing advanced electromechanical systems

  • Power Electronics & Drive Specialists working on motor control and industrial automation

  • Researchers & Academicians focusing on simulation, modelling, and machine innovation

  • Automotive & EV Engineers designing next-generation electric propulsion systems

  • Renewable Energy Professionals enhancing efficiency in energy conversion technologies

Why It Matters

The International Journal of Electrical Machine Analysis and Design plays a crucial role in advancing global engineering by:

  • Publishing high-quality, peer-reviewed research that drives innovation in machine technology

  • Showcasing practical applications in electric vehicles, renewable energy, and smart industry

  • Supporting advancements in power efficiency, sustainability, and energy conversion

  • Encouraging interdisciplinary collaboration between electrical, mechanical, and materials engineers

  • Providing a strong knowledge base for the design of future-proof and energy-efficient systems

  • Enabling engineers to tackle challenges in automation, electrification, and sustainable technology

By delivering transformative research and sharing expert insights from around the world, the journal shapes the future of electrical machine design and modern energy systems.

Submission & Access Options

Available in both online and print formats:

  • Online Subscription: Immediate access to current and archived issues from STM Journals’ secure platform.

  • Print Subscription: Receive physical copies for institutional libraries or personal collections.

Flexible subscription plans, including institutional options, are available through the STM Journals website or customer care support.

Why Choose STM Journals?

The International Journal of Electrical Machine Analysis and Design follows the highest standards of scientific publishing, offering:

  • Rigorous Peer Review to ensure accuracy, originality, and research integrity

  • Global Readership & Author Support fostering international collaboration

  • Digital & Print Availability to suit diverse research and learning needs

  • Commitment to Innovation across electrical machines, power systems, and sustainable engineering

  • Supportive Editorial Policies encouraging contributions from both seasoned and emerging researchers

IJEMAD stands as a trusted platform for engineers, scientists, and innovators dedicated to developing efficient, reliable, and future-ready electrical machines that power modern society.

About Journal

International Journal of Electrical Machine Analysis and Design International Journal of Electrical Machine Analysis and Design is a peer-reviewed hybrid open-access journal launched in 2023 that publishes original research concerning electrical machines. Journal accepts experimental and theoretical papers and publishes original research articles and review papers. The journal also promotes the practical application of research that is beneficial for society.

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Journal Information

Title: International Journal of Electrical Machine Analysis and Design Abbreviation: IJEMAD
Issues Per Year: 2 Issues Starting Year: 2023
Publisher: STM Journals, An imprint of Consortium e-Learning Network Pvt. Ltd.
DOI: 10.37591/IJEMAD Language: English
Subject: Engineering Publication Format: Hybrid Open Access
Copyright Policy: CC BY-NC-ND Type: Peer-reviewed Journal (Refereed Journal)

Indexing & Metrics

Indexing: Google Scholar, Scientific Literature (SCILIT)

Focus & Scope

Electrical Machinery, Automation & Power Systems

A unified technical architecture—integrating power quality diagnostics and MPPT solar conversion with electromechanical robotics and nanoscale electronic shielding.

Diagnostics & Analysis

Addressing harmonic pollution, low power factor, and voltage variations. Utilizing oscilloscopes, flicker meters, and infrared detectors to mitigate distribution overheating and software corruption.

Future Energy Generation

Optimizing Solar PV and Wind Energy via MPPT-based DC-DC conversion and PI control. Implementing capacitor banks for grid stability and DFIG modeling in MATLAB/Simulink.

AC/DC Machinery

Managing industrial motors from PMSM and BLDC to Stepper and Hysteresis machines. Engineering torque-dense drives for EVs, hybrids, and heavy-duty industrial relays.

Control & Mechatronics

Developing AI-powered autonomous vehicles and robotic manipulators. Using ON/OFF and PID controllers integrated with IoT automation and pneumatic logic for expert systems.

Infrastructure & Hardware

Specifying molded case circuit breakers, panelboards, and busways for distribution. Engineering PSU units with MOSFET/BJT switching and low-voltage protection circuits.

Advanced Materials

Fabricating atomic electronics and electromagnetic shielding. Applying ceramic coatings for solar cells and nanometer-scale memory chips for high-density storage.

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