About the Journal

Mikailalsys Journal of Advanced Engineering International (MJAEI) Journal Cover
Mikailalsys Journal of Advanced Engineering International (MJAEI)
Print ISSN: 3046-8914  •  Online ISSN: 3046-9694
Latest Issue: Vol. 3 No. 1 (March 2026). This issue features peer-reviewed contributions that advance advanced engineering scholarship and provide evidence-informed responses to contemporary technological, industrial, and sustainability challenges.
Open Access Peer Reviewed Advanced Engineering
Indexed:
To date, MJAEI has published articles by authors affiliated with institutions in five (5) countries: Nepal, India, Nigeria, the United States, and Indonesia.
Nepal India Nigeria United States Indonesia
MJAEI (Mikailalsys Journal of Advanced Engineering International) is an open-access, double-blind peer-reviewed journal dedicated to publishing cutting-edge research in engineering and technology across disciplines. The journal serves as a platform for researchers, scientists, and practitioners to share innovative ideas, foster cross-disciplinary collaboration, and contribute to technological and scientific advancements in international contexts. 
Aims
Mikailalsys Journal of Advanced Engineering International (MJAEI) aims to publish high-quality, peer-reviewed research that advances engineering and technology through innovative methods, systems, models, and implementations. The journal welcomes interdisciplinary contributions that connect engineering fundamentals with technological progress, with emphasis on methodological rigor, transparent validation, and relevance to international engineering and industrial challenges.
Promote advanced engineering solutions grounded in sound theory, explicit assumptions, and reproducible methods.
Strengthen validation quality through experiments, simulations, benchmarks, prototypes, and/or field implementation with transparent reporting.
Encourage cross-disciplinary integration among engineering, computing, materials, energy, and applied technological systems.
Support practical and scalable innovation by highlighting implementation value, operational feasibility, safety, and limitations.
Promote sustainability-oriented engineering that responds to environmental, industrial, and infrastructure-related challenges.
Welcome international perspectives on engineering standards, technologies, and implementation contexts across sectors and regions.
Manuscripts should define domain context clearly, describe designs, algorithms, or systems precisely, report evaluation protocols and metrics transparently, and provide reproducible supplements where feasible.
Scope
MJAEI considers manuscripts across engineering and technology domains, including theoretical, experimental, computational, and applied studies. The journal welcomes interdisciplinary research bridging engineering design, intelligent systems, manufacturing, energy, infrastructure, and sustainability, provided that the engineering contribution remains central, explicit, and well validated.
Electrical, Electronics & Computer Engineering: electronics, embedded systems, control, communications, signal processing, IoT, and hardware/software integration.
Mechanical, Manufacturing & Materials Engineering: design, automation, robotics, production systems, industrial materials, and performance optimization.
Civil, Environmental & Infrastructure Engineering: structures, transportation, construction systems, water resources, urban infrastructure, and sustainable built environments.
Chemical, Process & Energy Engineering: process design, catalysis, reaction systems, separation processes, renewable energy, and energy-efficiency technologies.
Biomedical, Health & Applied Engineering: biomedical devices, biosignals, imaging, health technology, and clinically relevant engineering applications.
Computer Science, AI & Systems Engineering: artificial intelligence, data engineering, software systems, cybersecurity, information systems, and complex systems design.
Authors are encouraged to report standards compliance where relevant, describe datasets, materials, and experimental setups precisely, and provide evidence of reliability, safety, and sustainability for applied systems.