Aims

The Jurnal Nasional Teknik Elektro (JNTE) stands at the forefront of technological innovation, serving as a pivotal platform for groundbreaking research in Electrical Engineering and related interdisciplinary fields. In an era characterized by rapid advancements, JNTE is committed to publishing high-impact research that defines the future of engineering, computing, automation, and sustainability.

The journal covers a wide spectrum of topics, from electrical power and energy systems to the latest innovations in telecommunication, network engineering, and signal processing. Special emphasis is placed on control automation, robotics, computational engineering, and artificial intelligence, capturing the evolving landscape of intelligent systems and autonomous technologies.

Beyond the technical dimensions, JNTE is dedicated to promoting renewable energy, environmental sustainability, and green technology solutions. The journal fosters international collaboration by connecting scientists, engineers, and scholars worldwide, bridging gaps between academia and industry. Together, JNTE envisions a sustainable and technologically advanced future through scientific excellence and knowledge dissemination.

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Scope

JNTE publishes original research articles, review papers, and technical reports covering the core areas of electrical engineering and its interdisciplinary applications. The journal focuses on the following research domains:

Electrical Power and Energy Systems

• Smart grids and microgrid technologies
• High-voltage engineering and power system stability
• Renewable energy integration and energy storage systems
• Power electronics, electric drives, and energy conversion technologies
• Energy management, efficiency optimization, and sustainability in power systems

Telecommunication, Network Engineering, and Signal Processing

• Wireless communication technologies (5G, 6G, and beyond)
• Antenna design, RF and microwave engineering
• Optical communication and satellite communication systems
• Digital signal processing, image processing, and video analytics
• Network infrastructure, cybersecurity, and software-defined networking (SDN)

Control, Automation, and Robotics

• Industrial automation and cyber-physical systems
• Intelligent control systems and adaptive automation
• Robotics, autonomous systems, and human-robot interaction
• Bio-signal engineering and medical robotics applications
• IoT-based automation and real-time monitoring systems

Computational Engineering and Artificial Intelligence

• Numerical modeling and simulation for engineering applications
• Machine learning and deep learning applications in engineering
• Computational optimization and smart decision-making systems
• Digital twin technologies and real-time data processing
• Quantum computing and its implications in electrical engineering

Machine Learning and IT Applications in Engineering

• Predictive maintenance, fault detection, and reliability engineering
• AI-driven automation in power systems, healthcare, and industrial control
• Pattern recognition, neural networks, and intelligent monitoring systems
• Data mining, big data analytics, and smart information processing

Renewable Energy and Sustainable Technologies

• Solar, wind, hydro, and bioenergy systems
• Energy harvesting and sustainable power generation
• Environmental impact assessment and energy efficiency strategies
• Smart energy management and grid optimization
• Climate change mitigation through advanced energy solutions

Instrumentation and Control Systems Engineering

• Advanced sensors, actuators, and embedded systems
• IoT-based smart monitoring and remote sensing applications
• Precision instrumentation and automation in industrial processes
• Real-time control strategies for dynamic systems
• Metrology, calibration techniques, and industrial measurement systems

Emerging and Interdisciplinary Topics

JNTE also welcomes contributions in emerging research areas, including:

• Human-computer interaction (HCI) and brain-computer interfaces (BCI)
• Smart healthcare systems and medical device innovations
• Blockchain applications in cybersecurity and data integrity
• Edge computing, cloud computing, and decentralized computing frameworks
• Digital forensics and AI-driven security solutions