Aims and Scope
Mikailalsys Journal of Advanced Engineering International publishes peer-reviewed scholarship that advances engineering science and applied technology through rigorous theoretical, experimental, and computational research. The journal welcomes high-quality contributions that develop innovative engineering solutions, strengthen methodological and design foundations, and demonstrate measurable performance across diverse industrial and societal applications.
Advanced Engineering Applied Technology Design and Validation
Aims
Advance Engineering Knowledge
Publish high-quality research that strengthens engineering theory, design, and systems understanding through explicit analytical, experimental, and/or computational contributions.
Promote Engineering Innovation for Impact
Disseminate innovative solutions, prototypes, and methods that address real-world challenges with measurable performance, reliability, and feasibility.
Strengthen Research Integrity and Reproducibility
Encourage transparent reporting, reproducible methods, and responsible engineering practice to improve credibility and technology transfer.
Scope
The journal considers original research articles, systematic reviews, design and development studies, and theoretically informed papers in advanced engineering and applied technology. Submissions should demonstrate methodological rigor, appropriate ethics and compliance (where applicable), and clear relevance to innovation and practical impact.
1) Mechanical, Manufacturing, and Industrial Engineering
Mechanical systems, manufacturing processes, industrial engineering, production optimization, reliability, maintenance engineering, and advanced materials processing.
2) Electrical, Electronics, and Control Systems
Power systems, electronics, instrumentation, embedded systems, automation, robotics, control theory, and validated controller design and performance analysis.
3) Civil, Construction, and Infrastructure Engineering
Structural engineering, construction management, transportation, geotechnical engineering, water resources, smart infrastructure, and resilient design.
4) Computing, AI, and Engineering Informatics
Applied computing, AI for engineering, digital twins, simulation and modeling, optimization, cyber-physical systems, and data-driven engineering design.
5) Energy, Environment, and Sustainable Engineering
Renewable energy, energy systems, efficiency, environmental engineering, waste management, life-cycle assessment, and sustainability-oriented innovations.
6) Materials, Nanotechnology, and Advanced Manufacturing
Advanced materials, composites, nanomaterials, additive manufacturing, surface engineering, characterization methods, and performance validation.
7) Safety, Quality, and Engineering Management
Engineering project management, quality engineering, risk and reliability, safety systems, standards compliance, and decision-support for engineering operations.
8) Experimental Methods, Modeling, and Validation
Experimental design, instrumentation, numerical methods, simulation, benchmarking, uncertainty analysis, and validation/verification of engineering results.
Types of Manuscripts Considered
The journal considers, among others, the following manuscript types: experimental research articles, computational and modeling papers, design and development studies with validation, engineering case studies with measurable performance, systematic/scoping reviews, conceptual/theoretical analyses, and methodological papers. Submissions must demonstrate clear research questions, transparent methods, robust analysis, and ethically responsible conduct.
Mikailalsys Journal of Advanced Engineering International advances engineering innovation by publishing ethically grounded, methodologically robust, and internationally relevant research that strengthens design, validation, and technology transfer for meaningful industrial and societal impact.