Focus and Scope

1. Mechanical and Industrial Engineering

• Mechanical systems and machine design
  • Manufacturing systems and industrial automation
  • Production engineering and quality control
  • Industrial optimization and operations engineering
  • Robotics and intelligent manufacturing systems
  • Supply chain engineering and logistics systems
  • Engineering materials and product development
  • Smart industry and Industry 4.0 applications

2. Electrical, Electronics, and Telecommunications Engineering

• Electrical power systems and energy engineering
  • Electronics and embedded systems
  • Telecommunications and wireless communication
  • Signal processing and digital systems
  • Internet of Things (IoT) and smart networks
  • Control systems and automation engineering
  • Semiconductor and microelectronics studies
  • Smart grid and intelligent electrical infrastructure

3. Civil Engineering and Infrastructure Systems

• Structural engineering and construction technology
  • Transportation engineering and urban infrastructure
  • Geotechnical and earthquake engineering
  • Water resources and hydraulic engineering
  • Sustainable construction and green infrastructure
  • Smart cities and urban technological systems
  • Environmental impact assessment and infrastructure resilience
  • Construction management and project engineering

4. Computer Science, Artificial Intelligence, and Data Systems

• Artificial intelligence and machine learning
  • Data science and big data analytics
  • Software engineering and information systems
  • Cybersecurity and digital protection systems
  • Human-computer interaction and digital applications
  • Cloud computing and distributed systems
  • Computer vision and intelligent systems
  • Digital transformation and computational innovation

5. Chemical, Environmental, and Energy Engineering

• Chemical process engineering and industrial chemistry
  • Renewable energy systems and sustainability technology
  • Environmental engineering and pollution control
  • Waste management and circular technology systems
  • Green engineering and sustainable industrial processes
  • Biomass, bioenergy, and alternative fuels
  • Climate technology and environmental resilience
  • Sustainable resource management and eco-innovation

6. Materials Science and Applied Physics

• Advanced materials and nanotechnology
  • Functional materials and smart materials
  • Applied physics and engineering applications
  • Material characterization and testing
  • Semiconductor materials and photonics
  • Energy storage materials and battery technology
  • Composite materials and structural innovation
  • Surface engineering and materials performance

7. Biomedical Engineering and Applied Health Technology

• Biomedical devices and instrumentation
  • Health technology and medical systems
  • Biomechanics and rehabilitation engineering
  • Bioinformatics and computational biology
  • Medical imaging and diagnostic systems
  • Smart healthcare technology and digital medicine
  • Wearable technology and health monitoring systems
  • Engineering applications in public health systems

8. Interdisciplinary Engineering and Applied Science Studies

• Engineering innovation and technological governance
  • Sustainable technology and socio-technical systems
  • Engineering education and professional development
  • Technology management and industrial policy
  • Smart society and digital engineering systems
  • Innovation ecosystems and applied scientific development
  • Ethics, technology, and sustainable engineering practices
  • Contemporary interdisciplinary engineering and applied science inquiry