The International Journal of Control in Electromechanical and Energy Systems (IJCEES) is a peer-reviewed international forum dedicated to pioneering research at the convergence of control theory, electromechanical systems, and modern energy engineering. The journal's primary aim is to advance the fundamental science and practical engineering of complex, interconnected dynamical systems that underpin intelligent automation and sustainable energy infrastructure. We seek to publish high-caliber, interdisciplinary work that forges critical links between theoretical innovation and tangible technological solutions, addressing paramount challenges in performance, stability, resilience, and intelligence.

Scope:
The journal encompasses a broad spectrum of theoretical, computational, and experimental methodologies for the modeling, analysis, design, optimization, and advanced control of electromechanical and energy systems. It prioritizes research that integrates rigorous theoretical foundations with clear empirical validation, encouraging submissions that demonstrate novel techniques through application and implementation.

Core research areas include, but are not limited to:

• Advanced Control Systems & Theory: Nonlinear, adaptive, robust, distributed, and data-driven control; fault diagnosis, prognosis, and fault-tolerant control; stability and security of cyber-physical systems; event-triggered and networked control.
• Intelligent Electromechanical & Automation Systems: Application of AI, machine learning, deep learning, and computational intelligence to the control, perception, and optimization of robotic systems, advanced drives, actuators, and industrial automation processes.
• Energy Conversion, Power Electronics & Drives: Control of electric machines and power electronic converters for renewable energy systems, transportation electrification, and industrial drives; design and management of high-efficiency energy conversion systems.
• Modern Energy Systems Integration & Management: Control and optimization of smart grids and microgrids with high penetration of distributed energy resources (DERs); grid integration of renewable generation (solar, wind, etc.); dynamics, stability, and cyber-security of power systems; vehicle-to-grid (V2G) integration and management.
• System-Level Modeling, Simulation & Co-Design: High-fidelity modeling and simulation of multi-domain systems; real-time and multi-objective optimization for energy management and industrial processes; co-design methodologies for control, electronics, and electromechanical components.
• Optimization: Multi-objective, large-scale, and real-time optimization for system design, control, and energy management; application of convex, stochastic, and heuristic algorithms to electromechanical and energy systems; optimal scheduling, planning, and resource allocation.

The journal welcomes Original Research Articles, Comprehensive Reviews, Short Communications, and impactful Case Studies. We particularly encourage application-oriented papers that detail methodological advances, implementation insights, and commissioning results, providing valuable knowledge for both academic researchers and practicing engineers in fields such as industrial automation, robotics, power electronics, electric drives, smart grids, and sustainable energy systems.

Why publish with IJCESS?

• Broad scope: IJCESS has been designed to represent all engineering scientists worldwide with a subject coverage that reflects how engineering today now interfaces with communities extending across physics, materials science, chemistry, bioscience, and the industry sector.
• Inclusive peer-review policy: no subjective assessment is made on the potential future significance or perceived novelty of your paper. Instead, we rigorously assess papers based on the validity of the research, the scientific methodology used, and to ensure all papers meet high ethical standards.
• High standards:IJCESS operates a transparent editorial selection and feedback process focused on scientific validity and rigour. Articles will be peer reviewed by IOP Publishing’s global network of expert reviewers.
• Fast publication:We are committed to providing you with a fast, professional service to ensure rapid first decision, acceptance and publication. Once accepted, your article will be accessible to readers within 24 hours and will include a citable DOI.
• Transfer opportunities:As well as accepting direct submissions, the journal also offers you a quick and easy solution to transfer your manuscript from another IOP Publishing journal if it does not fit that journal’s scope or significance criteria. Articles are transferred along with peer review reports to save time and avoid duplication of work for reviewers.

Society owned: IOP Publishing is a leading society publisher of advanced physics research. Any profits generated by IOP Publishing are invested in the Institute of Physics, helping to support research, education and outreach around the world.