Aims and Scope

Advanced Multidisciplinary Engineering Journal (AMEJ)

Publisher: Scientific Innovation Research Group (SIRG)

The Applied Multidisciplinary Engineering Journal (AMEJ), published by Scientific Innovation Research Group, is an international peer-reviewed journal dedicated to publishing high-quality research that advances the theory and application of engineering and computational sciences.

The journal aims to provide a dynamic platform for researchers, academics, and industry professionals to disseminate innovative findings that address real-world challenges through interdisciplinary approaches. AMEJ particularly emphasizes the integration of engineering principles with emerging technologies such as artificial intelligence, data science, and advanced computational methods.

The journal welcomes original research articles, review papers, and case studies across a broad range of engineering disciplines, with a strong focus on applied research, modeling, optimization, and intelligent systems.

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“The journal welcomes interdisciplinary research integrating aerospace engineering with artificial intelligence, data science, and advanced computational modeling.”

AMEJ particularly encourages submissions in the following research areas, but not limited:

Aeronautical and Aerospace Engineering

Aerodynamics and aerothermodynamics
Flight mechanics and classical control systems
Aircraft design and performance analysis
Aerospace structures and materials
Computational fluid dynamics (CFD) for physical flow simulation
Avionics systems and navigation engineering
Propulsion systems (jet engines, rockets, hybrid propulsion)
Unmanned aerial vehicles (UAVs) design and aerodynamic analysis
Space systems engineering and satellite structural design
Aerospace manufacturing and composite structures
Aeroelasticity and structural dynamics
Aircraft maintenance, safety, and reliability engineering
Air traffic systems engineering and aviation operations
Sustainable aviation technologies and environmental assessment

Civil & Structural Engineering

Concrete technology and structural materials
Construction engineering and building systems
Geotechnical engineering and soil mechanics
Transportation infrastructure engineering
Water resources and hydraulic engineering
Structural analysis, design, and failure assessment
Bridge and building engineering
Earthquake and structural safety engineering

Mechanical Engineering

Thermofluids and fluid mechanics
Heat transfer and thermal systems
Manufacturing processes and production engineering
Dynamics, vibration, and mechanical system analysis
Automotive engineering systems
Mechanical design and prototyping
Energy conversion systems in mechanical applications

Electrical & Electronics Engineering

Power systems engineering and stability analysis
Renewable and sustainable energy systems
Classical control systems and system stability
Electric machines and drives
Analog and digital circuits
Sensors, instrumentation, and measurement systems
Electrical infrastructure and energy distribution systems

Computer, Software & Systems Engineering (Engineering Implementation Focus)

Embedded systems design and implementation
Computer networks and communication systems
Cyber-physical engineering system integration
Real-time systems engineering
Hardware–software co-design
System reliability and performance engineering

Materials & Metallurgical Engineering

Advanced engineering materials
Composite materials and polymer engineering
Nanomaterials for structural applications
Corrosion engineering and degradation analysis
Failure analysis and fracture mechanics
Metallurgical processing and material characterization

Chemical & Process Engineering

Chemical reaction engineering
Process design and plant engineering
Industrial chemical systems
Separation processes and unit operations
Petrochemical engineering systems
Process safety and reliability engineering

Industrial & Production Engineering

Production systems engineering
Quality assurance and control systems
Lean manufacturing and process improvement
Industrial operations and logistics engineering
Engineering economics and decision systems
Maintenance and reliability engineering
Facility layout and production systems optimization (engineering-based methods only)

Environmental & Sustainable Engineering

Waste management and treatment systems
Environmental engineering and pollution control
Sustainable construction technologies
Energy efficiency in engineering systems
Green engineering technologies
Environmental impact assessment of engineering systems
Water and wastewater engineering systems

Multidisciplinary Engineering Systems

Engineering modeling of physical systems
Simulation-based engineering studies (CFD, FEA, structural simulation)
Experimental and empirical engineering research
Interdisciplinary engineering system integration
Applied engineering solutions for industrial problems
System-level engineering validation and testing

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Article Types

  • Original Research Papers
  • Review Articles
  • Short Communications / Technical Notes
  • Application Case Studies
  • Special Issue Papers (by invitation or proposal)