IEEE TENCON 2025 aims to gather a diverse group of participants, including researchers, educators, students, practitioners, technologists, and policymakers, from academia, government, industry, and nongovernmental organizations. The conference will serve as a platform to exchange ideas, showcase achievements, and promote advances in electrical engineering, electronics, computer engineering, and information technology.

The program will feature keynote speeches and invited talks by distinguished speakers, offering insights into emerging trends and cutting-edge innovations. The conference will also include technical sessions, panel discussions, and exhibits highlighting current research and applications. The scope of the conference includes but not limited to the following tracks:

Tracks

1. Power, Energy & Electrical Systems (PES)

    Power Generation, Transmission & Distribution
    High Voltage Engineering & Power Transmission
    Smart Grids & Energy Storage Integration
    Renewable Energy Systems (Solar, Wind, etc.)
    Energy Efficiency & Demand Response
    Power Electronics and Control for Energy Systems
    Electrical Energy Management & Optimization

2. Electronics, Circuits & Devices (ECD)

    Analog & Digital Circuits
    VLSI Design & System-on-Chip (SoC)
    Embedded Systems & Hardware Design
    Semiconductor Devices Fabrication/Manufacturing/Packaging
    Nanoelectronics, Quantum Devices, & Photonics
    Antenna & Microwave Engineering
    Electromagnetic Compatibility & Signal Integrity
    Medical Devices & Bioelectronics
    Biomedical Signal Processing

3. Communication Systems (CS)

    Wireless Communication (5G/6G, LTE, Wi-Fi)
    Internet of Things (IoT) and Smart Networks
    Communication Theory & Signal Processing
    Network Security & Optimization
    Satellite and RF Communication
    Cognitive Radio & Dynamic Spectrum Access
    Optical & Fiber Optic Communications

4. Computing & Computational Intelligence (CCI)

    Artificial Intelligence & Machine Learning
    Deep Learning & Neural Networks
    Data Science & Big Data Analytics
    High-Performance Computing & Cloud Systems
    Computational Intelligence Techniques (Fuzzy Logic, Evolutionary Algorithms, etc.)
    Algorithm Design & Optimization
    Computational Models in Engineering

5. Control Systems & Robotics (CSR)

    Control Systems Theory & Design
    Industrial Automation & Systems Control
    Robotics & Autonomous Systems
    Mechatronics & Cyber-Physical Systems
    Autonomous Vehicles & UAVs
    Feedback Control & Process Automation
    Human-Robot Interaction & Interfaces

6. Engineering Technologies & Society (ETS) 

    Humanitarian & Assistive Technologies
    Engineering Education & Pedagogy
    Technology for Sustainable Development
    Social Implications of Technology & Ethics
    Emerging & Interdisciplinary Technologies (Quantum, Bioelectronics)
    Innovation & Entrepreneurship in Engineering
    Sustainability & Environmental Impact of Technology
    Biomedical Applications of Engineering