Focus And Scope

The focus and scope of the Journal of Integrative Engineering Research (JIER) center around promoting interdisciplinary research and fostering collaboration among engineers and scientists from various fields to address complex engineering challenges and drive technological innovation. The journal aims to publish high-quality, original research that integrates knowledge and methods from multiple engineering disciplines to provide innovative solutions to real-world problems.

 

The scope of JIER is broad and encompasses a wide range of engineering disciplines, including:

  1. Mechanical engineering: This area covers research in fields such as design, manufacturing, thermodynamics, fluid mechanics, and mechatronics. It includes studies that investigate the principles and applications of mechanical systems, the development of new manufacturing processes and materials, and the optimization of energy systems.
  2. Electrical and electronic engineering: This area includes research in power systems, control systems, telecommunications, signal processing, and microelectronics. It encompasses studies that explore the design, analysis, and application of electrical and electronic devices, circuits, and systems.
  3. Civil and structural engineering: This area covers research related to the design, construction, and maintenance of built environments, including buildings, bridges, roads, and infrastructure systems. It includes studies that investigate the behaviour of structures under various loads, the development of new construction materials and techniques, and the application of sustainability principles in civil engineering.
  4. Chemical and process engineering: This area includes research in chemical reactor design, separation processes, catalysis, and biotechnology. It encompasses studies that explore the principles and applications of chemical processes, the development of new materials and products, and the optimization of industrial processes for sustainability and efficiency.
  5. Materials science and engineering: This area covers research in the design, synthesis, characterization, and application of advanced materials, including metals, ceramics, polymers, composites, and nanomaterials. It includes studies that investigate the structure-property relationships of materials, the development of new processing techniques, and the application of materials in various engineering fields.
  6. Biomedical engineering: This area includes research in biomaterials, medical devices, tissue engineering, and biomedical imaging. It encompasses studies that apply engineering principles and methods to solve problems in biology and medicine, such as the development of new diagnostic and therapeutic technologies, the design of artificial organs and prosthetics, and the application of computational modelling in biomedical research.
  7. Environmental engineering: This area covers research related to water and wastewater treatment, air pollution control, solid waste management, and sustainable engineering. It includes studies that investigate the principles and applications of environmental technologies, the development of new processes and materials for environmental remediation, and the application of life cycle assessment and other sustainability tools in engineering.
  8. Computer science and engineering: This area includes research in artificial intelligence, machine learning, cybersecurity, software engineering, and high-performance computing. It encompasses studies that explore the design, analysis, and application of computer systems and algorithms, the development of new software and hardware technologies, and the application of computational methods in various engineering fields.
  9. Aerospace engineering: This area covers research related to the design, analysis, and operation of aircraft, spacecraft, and missiles. It includes studies that investigate the principles of flight, propulsion systems, avionics, and aerospace materials and structures.
  10. Systems and control engineering: This area includes research in the modelling, analysis, and control of complex systems, including robotics, automation, and intelligent transportation systems. It encompasses studies that explore the principles and applications of feedback control, optimization, and decision-making in engineering systems.

 

JIER encourages submissions that integrate knowledge and methods from multiple engineering disciplines to provide innovative solutions to complex problems. The journal also welcomes research that applies cutting-edge technologies, such complexity science, robotics, and additive manufacturing, to advance engineering practice and drive innovation. 

 

By fostering integration and interdisciplinary research and collaboration, JIER aims to accelerate technological progress, promote knowledge transfer across engineering fields, and contribute to the development of sustainable and resilient engineering solutions. The journal provides a platform for engineers and scientists from diverse backgrounds to share their findings, exchange ideas, and forge new partnerships, ultimately advancing the frontiers of engineering and improving human well-being.