Focus and Scope

J-ENSITEC (Journal of Engineering and Sustainable Technology) aims to provide researchers with scholarly discourses, theories, research methods, and findings. Therefore, the journal accepts manuscripts related to all aspects of Engineering and Sustainable Technology. It is also keen to help make connections among researchers.

J-ENSITEC (Journal of Engineering and Sustainable Technology) is intended to contribute to the field with academic research outcomes and disseminate knowledge about Engineering and Sustainable Technology, including theories, quality of instruction, instructional planning, design, and technology from a disciplinary and/or interdisciplinary holistic approach, but it is not limited with these subjects.

J-ENSITEC (Journal of Engineering and Sustainable Technology) aims at: (1) Disseminating research findings, either in qualitative or quantitative inquiry; (2) Proposing new discussion directions and issues through literature reviews; (3) Emphasizing creative solutions to the existing problems and issues in the field; (4) Contributing to professional development by discussing research findings in a systematic way.

The focus and scope based on the research field:
1. Informatics Engineering
Software Engineering
Information Systems
Artificial Intelligence
Data Mining and Big Data
Computer Networks and Cyber ​​Security
Image Processing and Multimedia
Expert Systems
Internet of Things (IoT)
Machine Learning and Deep Learning
Cloud Computing and Edge Computing

2. Mechanical Engineering
Applied Mechanics and Structures
Energy Conversion
Thermodynamics and Heat Transfer
Machine Design and CAD/CAM
Engineering Materials and Metallurgy
Automation and Control Systems
Renewable Energy and Fluid Machines
Manufacturing and Production Processes
Tribology and Machine Vibrations

3. Civil Engineering
Structures and Construction
Geotechnics
Transportation and Road Infrastructure
Hydrology and Water Resources
Construction Project Management
Environmental Engineering
Building Materials Technology
Earthquake Engineering
Infrastructure Planning and Modeling

4. Industrial Engineering
Production Systems and Manufacturing
Operations and Supply Chain Management
Ergonomics and Occupational Safety
Industrial Information Systems
Production Planning and Control
Quality and Productivity
Industrial Systems Simulation and Optimization
Facility Layout Design
Decision Making and Operations Research