The Journal of Materials Science, Engineering and Applications aims to provide a global platform for the dissemination of scholarly work in the broad and rapidly evolving domains of materials research, materials engineering, and their practical applications across industry and technology. The journal encourages submissions that contribute to both fundamental understanding and technological advancement, offering space for high-quality experimental, theoretical, computational, and applied studies. It serves as a dedicated venue for interdisciplinary research that connects materials development with engineering innovations and real-world functionality.

Primary Objective

The journal’s primary objective is to facilitate the exchange of knowledge among scientists, engineers, and technologists engaged in the discovery, design, testing, and implementation of materials across diverse sectors. By publishing original research and critical reviews, the journal supports the development of materials that meet performance demands in fields such as aerospace, biomedical devices, energy, electronics, construction, transportation, and environmental engineering. It emphasizes research that demonstrates clear pathways from laboratory synthesis or modeling to industry-scale deployment or practical usage.

Areas of Emphasis

The journal welcomes contributions in the following broad and interconnected areas:

1. Materials Science and Properties

• Characterization of physical, mechanical, thermal, electrical, and optical properties of materials
• Investigations into the microstructure, morphology, and phase behavior
• Surface modification techniques and interfacial science
• Deformation, failure analysis, and durability studies
• Structure–property relationships in bulk and composite materials

1. Materials Engineering and Processing

• Advanced manufacturing, forming, and fabrication processes
• Welding, joining, casting, sintering, and powder metallurgy
• Additive manufacturing and 3D printing of functional materials
• Process optimization, scale-up techniques, and defect control
• Integration of automation and machine learning in materials processing

1. Functional and Smart Materials

• Nanomaterials, thin films, and nano-engineered systems
• Materials for sensors, actuators, and energy harvesting
• Photonic and optoelectronic materials
• Thermoelectric and magnetocaloric materials
• Shape-memory alloys, piezoelectric ceramics, and self-healing materials

1. Polymers, Ceramics, and Composite Materials

• Polymer synthesis, design, and applications
• High-performance ceramics and advanced structural composites
• Biocomposites, hybrid materials, and fiber-reinforced systems
• Thermal insulation, corrosion resistance, and environmental performance
• Multi-scale modeling and simulation of composite behavior

1. Metals and Alloys

• Alloy design and development, phase transformations, and metallurgical behavior
• Heat treatment processes and mechanical strengthening mechanisms
• Lightweight metals and high-entropy alloys
• Corrosion science and protective coatings
• Welding metallurgy and joining technologies

1. Materials for Energy and Environment

• Battery and supercapacitor materials
• Fuel cells, hydrogen storage, and thermochemical energy systems
• Photovoltaic and photocatalytic materials for clean energy
• Materials for water purification, waste management, and pollutant control
• Life-cycle analysis and material sustainability frameworks

1. Biomedical and Bioinspired Materials

• Biomaterials for implants, prosthetics, and tissue engineering
• Drug delivery systems and biosensors
• Bioactive surfaces and coatings
• Compatibility, degradation, and toxicity assessment
• Design of materials mimicking biological systems

Types of Submissions Considered

The journal invites a variety of scholarly works that align with its interdisciplinary scope:

• Original research articles detailing new findings or methodologies
• Comprehensive and focused review papers synthesizing current developments
• Case studies and technical reports of engineering significance
• Short communications and rapid reports on emerging innovations
• Methodology papers and design-based studies
• Editorial perspectives and invited commentaries on materials trends

All submissions are evaluated on their scientific merit, relevance to the field, methodological integrity, and overall contribution to the advancement of materials science and engineering.

Target Audience and Relevance

The journal serves as a resource for a wide spectrum of researchers and professionals, including:

• Materials scientists and engineers
• Physicists, chemists, and computational modelers
• Manufacturing specialists and process engineers
• Researchers in electronics, nanotechnology, and energy systems
• Biomedical device developers and healthcare technologists
• Academic scholars, industrial practitioners, and policy advisors

The journal also welcomes interdisciplinary collaborations and contributions that bridge gaps between research and industry, science and policy, or academia and commercial application.

By enabling the timely publication of high-quality studies and promoting cross-sector dialogue, the Journal of Materials Science, Engineering and Applications contributes to scientific innovation, industrial competitiveness, and societal advancement through the responsible and impactful use of materials technology.