Electronic Engineering (EEE)

Section Information

Electronic Engineering focuses on the design, development, and application of electronic circuits, components, and systems used in communication, computing, automation, sensing, and consumer technologies. It integrates semiconductor physics, circuit theory, signal processing, embedded systems, and digital technologies to create functional, efficient, and reliable electronic solutions.

Modern electronic engineering involves advancements in microelectronics, VLSI design, embedded platforms, high-speed communication systems, photonics, and emerging materials. These innovations support applications in robotics, medical devices, IoT, telecommunications, industrial automation, and next-generation computing hardware.

This section publishes research articles, reviews, and technical studies related to circuit design, semiconductor devices, electronic systems, signal and image processing, embedded technologies, communication electronics, and new developments shaping electronic engineering.

Scope

Electronic Circuits and System Design
- Analog, digital, and mixed-signal circuit design
- Op-amp circuits, filters, amplifiers, and signal conditioning
- Power electronics and high-frequency circuit design
- System integration and hardware prototyping
Semiconductor Devices and Microelectronics
- Device physics, modeling, and characterization
- Transistors, diodes, LEDs, and integrated components
- CMOS technology, fabrication, and scaling
- Semiconductor materials and wide-bandgap electronics
Embedded Systems and Hardware Architectures
- Microcontrollers, SoCs, and FPGA-based systems
- Real-time systems, firmware, and embedded programming
- IoT hardware, sensors, and edge computing devices
- System-on-chip design and hardware–software co-design
Communication Electronics
- Modulation, coding, and RF communication circuits
- Antenna design, microwave systems, and wireless hardware
- Optoelectronics, photonics, and high-speed communication devices
- Signal integrity, electromagnetic compatibility, and interference
Signal, Image, and Video Processing
- Digital signal processing algorithms and architectures
- Image and video processing techniques and applications
- Pattern recognition, machine-learning-based signal analysis
- Compression, enhancement, and real-time processing systems
Instrumentation and Measurement
- Electronic instrumentation and sensor technologies
- Data acquisition, calibration, and measurement systems
- Biomedical electronics and wearable sensors
- Non-destructive evaluation and diagnostics
Emerging Electronic Technologies
- Flexible, printed, and organic electronics
- Quantum electronics and nanoscale device technologies
- Energy-efficient and low-power electronic systems
- Advanced packaging, thermal management, and reliability engineering