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Samsung Advanced​
Institute of Technology​ Samsung Advanced​
Institute of Technology​ Samsung Advanced​
Institute of Technology​

What We Do​ What We Do​ What We Do​
Changing the World​ through Creative Research Changing the World​ through Creative Research Changing the World​ through Creative Research

SAIT creates disruptive technologies and new technology convergence by combining Samsung's most advanced technologies. SAIT also conducts science-based research in promising new areas to generate novel powerful solutions to pressing global problems.​
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In addition, we discuss the different aspects of selecting our research domains. First, we analyze global mega trends such as socioeconomic, industrial, and market trends. However, we also forecast potential breakthroughs driven by technological evolution or revolution such as convergence and nanotechnology.


After going over our own core competencies and combining our two approaches of market pull and technology push, we choose our research domains by examining their strategic fit.

SAIT creates disruptive technologies and new technology convergence by combining Samsung's most advanced technologies. SAIT also conducts science-based research in promising new areas to generate novel powerful solutions to pressing global problems.​
​



In addition, we discuss the different aspects of selecting our research domains. First, we analyze global mega trends such as socioeconomic, industrial, and market trends. However, we also forecast potential breakthroughs driven by technological evolution or revolution such as convergence and nanotechnology.


After going over our own core competencies and combining our two approaches of market pull and technology push, we choose our research domains by examining their strategic fit.

SAIT creates disruptive technologies and new technology convergence by combining Samsung's most advanced technologies. SAIT also conducts science-based research in promising new areas to generate novel powerful solutions to pressing global problems.​
​



In addition, we discuss the different aspects of selecting our research domains. First, we analyze global mega trends such as socioeconomic, industrial, and market trends. However, we also forecast potential breakthroughs driven by technological evolution or revolution such as convergence and nanotechnology.


After going over our own core competencies and combining our two approaches of market pull and technology push, we choose our research domains by examining their strategic fit.

Computing Platform
Computing Platform Computing Platform Computing Platform

Advanced hardware and computing technologies for AI advancement.

Advanced hardware and computing technologies for AI advancement.

Advanced hardware and computing technologies for AI advancement.

Semiconductor Materials & Devices
Semiconductor Materials & Devices Semiconductor Materials & Devices Semiconductor Materials & Devices

Next-generation semiconductor materials for “More Moore” and “Beyond Moore”

Next-generation semiconductor materials for “More Moore” and “Beyond Moore”

Next-generation semiconductor materials for “More Moore” and “Beyond Moore”

Si-Photonics / Meta-Photonics
Si-Photonics / Meta-Photonics Si-Photonics / Meta-Photonics Si-Photonics / Meta-Photonics

Si-Photonics integrates photonic functions on silicon chips, while Meta-Photonics uses nanostructures to enable new optical behaviors.

Si-Photonics integrates photonic functions on silicon chips, while Meta-Photonics uses nanostructures to enable new optical behaviors.

Si-Photonics integrates photonic functions on silicon chips, while Meta-Photonics uses nanostructures to enable new optical behaviors.

Display Materials
Display Materials Display Materials Display Materials

Novel Technologies for Luminescent and Organic Electronic Materials

Novel Technologies for Luminescent and Organic Electronic Materials

Novel Technologies for Luminescent and Organic Electronic Materials

Battery Materials
Battery Materials Battery Materials Battery Materials

New materials and chemistry for the safer and longer use of batteries

New materials and chemistry for the safer and longer use of batteries

New materials and chemistry for the safer and longer use of batteries

Environmental & Energy
Environmental & Energy Environmental & Energy Environmental & Energy

Various technologies to deal with global environmental & energy issues for a sustainable future

Various technologies to deal with global environmental & energy issues for a sustainable future

Various technologies to deal with global environmental & energy issues for a sustainable future

Who We Are Who We Are Who We Are

The Samsung Advanced Institute of Technology (SAIT) is Samsung Group’s R&D hub, established as Samsung’s incubator for cutting-edge technologies under the founding philosophy of “Boundless Search for Breakthroughs” and guided by the vision of changing the world through creative research.

The Samsung Advanced Institute of Technology (SAIT) is Samsung Group’s R&D hub, established as Samsung’s incubator for cutting-edge technologies under the founding philosophy of “Boundless Search for Breakthroughs” and guided by the vision of changing the world through creative research.

The Samsung Advanced Institute of Technology (SAIT) is Samsung Group’s R&D hub, established as Samsung’s incubator for cutting-edge technologies under the founding philosophy of “Boundless Search for Breakthroughs” and guided by the vision of changing the world through creative research.

A collage of seven smiling SAIT employees, representing diversity and innovation, with the caption “We are SAITers!”

Contact Us

Contact Us

Contact Us

Samsung Advanced
Institute of Technology

130, Samsung-ro, Yeongtong-gu, Suwon-si, Gyeonggi-do, 16678, Korea

+82-31-8061-1114