Integrated circuits & Semiconductor systems

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Research

Research Areas

Home > Research > Research Areas > Integrated circuits & Semiconductor systems

Research Areas

Home > Research > Research Areas > Integrated circuits & Semiconductor systems

Research Goals and Vision

The KAIST School of Electrical Engineering aims to develop innovative technologies in integrated circuits and semiconductor systems to maximize the performance and efficiency of electronic devices. This research establishes the theoretical foundations of advanced semiconductor technologies and applies them to practical applications to provide innovative solutions.

The department’s innovative research in nanoscale semiconductor devices, memory and HBM devices, power electronics, wireline/wireless communication, mixed-signal integrated circuits, analog and digital integrated circuits, design automation, and devices for AI and machine learning is applied across various industry fields.

Key Research Areas

Nanoscale Semiconductor Devices

Advanced Semiconductor Technology : Designing and fabricating nanoscale semiconductor devices to implement high-performance, low-power electronic devices.
Semiconductor Materials Research : Researching new semiconductor materials and applying them to devices to enhance performance.

관련교수

FACULTIES

Memory and HBM Devices

High-Speed Memory Technology : Designing high-bandwidth memory (HBM) and other high-speed memory devices to maximize data transfer rates.
Memory Architecture : Researching efficient memory architectures to improve system performance.

관련교수

FACULTIES

Power Electronics

Power Conversion Technology : Designing high-efficiency power converters to maximize energy efficiency.
Power Management Systems : Developing power management systems to minimize power consumption and optimize performance.

관련교수

FACULTIES

Wireline/Wireless Communication

Communication Circuit Design : Designing and optimizing circuits for high-speed wireline and wireless communication.
Communication System Integration : Integrating various communication technologies to enhance the performance of communication systems.

관련교수

FACULTIES

Mixed-Signal Integrated Circuits

Analog and Digital Signal Processing : Developing mixed-signal circuits that can efficiently process both analog and digital signals.
Sensor Interfaces : Designing mixed-signal circuits for interfacing with various sensors.

관련교수

FACULTIES

Analog Integrated Circuits

High-Performance Analog Circuits : Designing high-performance analog circuits such as amplifiers and filters.
Analog Signal Processing : Researching analog signal processing techniques to improve signal accuracy.

관련교수

FACULTIES

Digital Integrated Circuits

Digital Logic Design : Designing high-performance digital logic circuits to enhance computational speed.
Low-Power Digital Circuits : Developing low-power digital circuits that maintain performance while reducing power consumption.

관련교수

FACULTIES

Computer-Aided Design / Design Automation / Computational Lithography

Design Automation Tools : Developing automation tools to improve the efficiency of circuit design.
Lithography Technology : Researching computational lithography technologies for high-resolution semiconductor manufacturing.

관련교수

FACULTIES

Devices for AI and Machine Learning

AI Accelerators : Designing specialized hardware to accelerate AI and machine learning tasks.
Neural Network Processors : Developing high-efficiency neural network processors to maximize AI performance.

관련교수

FACULTIES

Recent related activities in Integrated circuits & Semiconductor systems

See below for specifc ongoing research topics related to Integrated circuits & Semiconductor systems of KAIST EE.

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Integrated circuits & Semiconductor systems

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