Engineering: General Engineering

Analyzing data on a large screen during a research presentation at a university conference.
The Journal of Engineering: General Engineering is dedicated to publishing high-quality, peer-reviewed research that spans the full spectrum of engineering disciplines. The journal serves as a multidisciplinary platform for innovative studies, novel methodologies, and practical applications that advance the practice, education, and integration of engineering across domains.

Research Areas

The journal targets a diverse audience of engineers, researchers, educators, and industry professionals engaged in advancing engineering science and practice. Both theoretical and applied research that addresses real-world challenges, fosters interdisciplinary collaboration, or offers broad impact across engineering sectors are welcomed.

Engineering design, analysis, and systems integration
Interdisciplinary engineering research and methodologies
Engineering mechanics and materials science
Computational modeling and simulation in engineering
Measurement, instrumentation, and control systems
Sustainable engineering and environmental technologies
Engineering education, ethics, and professional practice
Engineering management, innovation, and entrepreneurship
Reliability, safety, and risk assessment in engineering systems
Smart technologies and digital transformation in engineering
Industrial design, prototyping, and product development
Maintenance, inspection, and lifecycle engineering
Applied thermodynamics and fluid mechanics
Robotics, automation, and intelligent systems
Energy systems and renewable engineering solutions
Multidisciplinary Engineering Design
Systems-Level Modeling and Optimization
Sustainability Assessment and Life Cycle Analysis
Advanced Materials and Smart Materials
Manufacturing Systems and Automation
Engineering Simulation and Virtual Prototyping
Engineering Project and Resource Management
Engineering Economics and Cost Analysis
Experimental Methods and Instrumentation
Metrology and Precision Measurement
Reliability, Maintainability and Quality Control
Risk Analysis and Safety Systems
Energy Conversion and Storage Technologies
Environmental Impact and Remediation Methods
Sensor Networks and Embedded Measurement Systems
Cross-Disciplinary Computational Techniques
Innovation in Engineering Education
Engineering Policy and Technology Assessment

The scope includes, but is not limited to

Engineering system design and optimization
Interdisciplinary engineering research and applications
Sustainable engineering solutions and green technologies
Advanced materials research and engineering applications
Modeling, simulation and computational methods
Engineering project management and economic analysis
Instrumentation, measurement and experimental methods
Quality, reliability and risk assessment in engineering
Energy systems, renewable energy technologies and integration
Environmental engineering and pollution mitigation strategies
Industrial process improvement and production engineering
Application of emerging technologies in engineering
Systems engineering and integration of complex systems
Smart infrastructure, sensor networks and automation
Engineering education research and pedagogical innovation
Cross-domain engineering frameworks and methodologies