Advanced Engineering and Services Division of NIMS provides the world's best research environment for materials research.
A group of state-of-the-art materials evaluation equipment, a group of materials fabrication facilities including a clean room, unparalleled large facilities such as a 1,500-ton press, as well as user-friendly high-performance computing specialized to materials research, the world's largest high-quality materials databases, and a materials-dedicated Cloud platform with DX and AI capabilities are here. Our most important assets are our experts who can leverage these cutting-edge technologies and provide the best research support services in the world.
As a hub of the network, NIMS will continue to support materials research in industry and academia in Japan. In the Materials DX Platform Project of the Ministry of Education, Culture, Sports, Science and Technology (MEXT), NIMS contributes to the digital transformation in materials research throughout Japan as a Data Core Center, a Central Hub of Advanced Research Infrastructure for Materials and Nanotechnology (ARIM), and a core organization of the Data Transformation Initiative Subcommittee of R&D Projects for Materials-Data Creation & Utilization (DxMT).
We are making a great leap forward in materials research.
Please feel free to consult with our Advanced Engineering and Servies Division.
Engineers
ENGINEER PROFILEHover over a photo to view the engineer's affiliation, expertise, and technical skills.

TANAKA Miyoko
Electron Microscopy Unit
超高真空観察、ナノ材料、水素制御材料

MITOME Masanori
Electron Microscopy Unit
高分解能観察、結晶構造解析、ナノ材料

NAGAI Takuro
Electron Microscopy Unit
収差補正ローレンツ顕微鏡法、強相関電子系、軌道密度波

MORONAGA Taku
Electron Microscopy Unit
電子顕微鏡全般、組織ならび構造解析

UZUHASHI Jun
Electron Microscopy Unit/
Atom Probe Tomography Unitナノ組織解析、3次元原子分布、TEM×APT

MITSUI Tadashi
Electron Microscopy Unit
STEM-EDS、滴下法微粒子試料、TEM講習担当

MATSUSHITA Yoshitaka
Surface and Bulk Analysis Unit
Crystallography、 Solid state chemistry、 Material science

YASUFUKU Hideyuki
Surface and Bulk Analysis Unit
Surface analysis、Photoelectron spectroscopy、Photo-emission electron microscopy

MIYAUCHI Naoya
Surface and Bulk Analysis Unit

HIROTO Takanobu
Surface and Bulk Analysis Unit
Powder X-ray diffraction、Thin-film X-ray diffraction

FUJII Yu
Surface and Bulk Analysis Unit
Chemical Analysis、ICP-OES/MS、Gas component elemental Analysis(C、S、O、N、H)

IMANAKA Yasutaka
High Magnetic Field Characterization Unit
強磁場物性/分光測定、輸送測定

NIMORI Shigeki
High Magnetic Field Characterization Unit
強磁場極低温計測/磁気測定、比熱測定、液体ヘリウム

OHKI Shinobu
High Magnetic Field Characterization Unit
強磁場固体NMR/NMR、MAS

MOGAMI Yuuki
High Magnetic Field Characterization Unit
強磁場固体NMR/NMR、パルスシーケンス

TAKEMURA Taro
Bioanalysis Unit
バイオインフォマティクス、網羅的遺伝子解析

HATTORI Shinya
Bioanalysis Unit
病理組織学的評価

KONDO Fumiya
Bioanalysis Unit
分子生物学、タンパク質工学、熱測定

TSUYA Daiju
Nanofabrication Unit
量子・電子材料、真空蒸着、イオンビームミリング

OHI Akihiko
Nanofabrication Unit
ナノマテリアル、スパッタ成膜、SEM-EDS

IKEDA Naoki
Nanofabrication Unit
化合物半導体、電子ビーム描画、ドライエッチング

WATANABE Eiichiro
Nanofabrication Unit
2次元材料、マスクレス露光、蒸気2流体洗浄

YOSHIDA Misa
Nanofabrication Unit/
Semiconductor Device Integration Unit半導体材料、3次元露光、原子層堆積

KURODA Shuji
Materials Forming Unit
恒温鍛造、真空熱処理、超耐熱材料

KAWASAKI Masahiko
Materials Forming Unit
ガラス加工技術、硝子旋盤加工、真空封入・ガス置換封入

TOGASHI Chiho
Materials Forming Unit
機械工作、複合加工、NC制御装置

MOTOHASHI Norie
Materials Forming Unit
恒温鍛造、応力ーひずみ曲線、箔圧延

IIDA Masaki
Materials Forming Unit
機械加工全般、部品の設計-製作、装置の修理-改造

HEMMI Yuki
Materials Forming Unit
平面研磨、表面観察・分析用試料作製

HIBARU Takaaki
Materials Melting and Manufacturing Unit
金属溶解、鋳造

IIDA Kazuhiko
Materials Melting and Manufacturing Unit
鍛造、圧延、熱処理

KOBAYASHI Masaki
Materials Melting and Manufacturing Unit
塑性加工、鍛造圧延、溶接

TAKATA Yuji
Materials Melting and Manufacturing Unit
溶解、精密鋳造、真空熱処理

TAKAMORI Susumu
Materials Melting and Manufacturing Unit
溶解鋳造、凝固組織、冶金反応

KIKUCHI Yoshiaki
Semiconductor Device Integration Unit
最先端半導体デバイスインテグレーション、新規構造・材料トランジスタ、産学連携・国際アライアンス

MINAMOTO Satoshi
Data Application Unit
材料システム開発、計算科学、データ科学

FUJIWARA Yasuhiro
Data Application Unit
無機材料(光学ガラス)、材料開発~製造の経験、研究データ蓄積・活用(RDE pinax)

IWABUCHI Yutaro
Data Application Unit
自律自動実験 、実験設備自動化 、ハード・ソフト統合設計

ARAI Takeshi
Data Application Unit
AIエージェント・MCP開発 / ソフトウェア開発 / 材料科学

KADOHIRA Takuya
Data Infrastructure Unit
材料研究データ基盤、研究データ管理システム、研究ワークフロー

TANABE Kosuke
Data Infrastructure Unit
デジタルライブラリー、研究データ管理、永続的識別子

HOSOYA Junko
Data Infrastructure Unit
情報セキュリティ、ICT基盤運用、クラウド基盤

OHGATA Hideo
Data Infrastructure Unit
ネットワーク基盤、ネットワーク運用、ネットワークサービス管理

KUWAJIMA Isao
Data Collection Unit
材料データの収集、蓄積、運用

ONODERA Chie
Data Collection Unit
学術情報マネジメント、オープンサイエンス、研究情報分析

MATSUDA Asahiko
Data Collection Unit
材料データベース構築、AI-ready化

SHIMIZU Junya
Numerical Materials Simulator Unit
HPC構築・運用、実行効率世界1位のスパコン導入(Top500 June,2026.)

ANDOH Yoshimichi
Numerical Materials Simulator Unit
並列計算、高速化プログラミング

SAWADA Kota
Creep Data Unit
耐熱鋼・耐熱合金、長時間クリープ特性評価、規格・基準

TANIUCHI Yasushi
Creep Data Unit
長時間クリープ試験の維持管理、耐熱鋼・耐熱合金の引張試験

SEKIDO Kaoru
Creep Data Unit
耐熱鋼・耐熱合金、クリープ破断材の微細組織、R熱電対の劣化評価

NOJIMA Takehiro
Creep Data Unit
クリープ試験技術、回路・マイコン設計

ONO Yoshinori
Extreme Environment Material Data Unit
極低温・水素環境下での力学特性評価、金属材料の変形・破壊

FURUYA Yoshiyuki
Extreme Environment Material Data Unit
疲労データシート、ギガサイクル疲労

KATAYAMA Hideki
Extreme Environment Material Data Unit
大気腐食、耐食性評価、透過水素可視化

KOMATSU Masayuki
Extreme Environment Material Data Unit
極低温・水素環境下での力学特性評価、材料試験、破面観察、解析

TERADA Hayato
Extreme Environment Material Data Unit
低温特性・耐水素特性評価、液化水素、高圧ガス

MEGURO Susumu
Extreme Environment Material Data Unit
溶接継手部の組織解析、金属材料の表面微小分析
Engineer Spotlight
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2026.09


Case Studies
Service
NEWS & TOPICS
Division Overview
Materials Fabrication and Analysis Platform
Materials Data Platform
ICT Infrastructure Platform
- ICT Promotion and Infrastructure Unit
- Information Security Unit
Central Hub of Advanced Research Infrastructure for Materials and Nanotechnology(ARIM)
Data Transformation Initiative Subcommittee Administrative Office(DxMT)
Administrative Office
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AESD plays a central role in two MEXT-funded programs.
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