About the Journal

The Journal of Energy Engineering and Management (JEEM) is a peer-reviewed scholarly journal dedicated to advancing research and practical innovations in energy engineering, energy systems, and energy management. The journal serves as an interdisciplinary platform for engineers, researchers, and industry practitioners to disseminate high-quality original research that integrates engineering principles with effective energy management strategies.

JEEM focuses on the design, analysis, optimization, and management of energy systems across mechanical, electrical, chemical, thermal, and industrial engineering domains. Emphasis is placed on engineering-driven solutions that improve energy efficiency, system performance, reliability, sustainability, and cost-effectiveness in industrial, commercial, and infrastructure applications.

The journal welcomes contributions employing analytical, experimental, numerical, and computational approaches, including but not limited to CFD, multi-physics simulations, optimization techniques, data-driven methods, and advanced control strategies. Research addressing energy transition, decarbonization, renewable integration, smart energy systems, and industrial energy management is particularly encouraged.

JEEM aims to bridge the gap between theoretical developments and real-world engineering applications, supporting sustainable development goals and global energy challenges through rigorous engineering research and evidence-based management practices.

Scope of the Journal (Suggested)

Topics of interest include, but are not limited to:

1. Energy systems engineering and management
2. Thermal and fluid energy systems
3. Renewable and sustainable energy engineering
4. Energy efficiency and conservation technologies
5. Smart grids and intelligent energy systems
6. Industrial energy management and optimization
7. Energy storage systems and technologies
8. CFD and numerical modeling in energy applications
9. Energy auditing, monitoring, and control
10. Decarbonization and low-carbon engineering solutions
11. Hybrid and integrated energy systems
12. Policy-informed engineering and techno-economic analysis