Alumni “Message”: from World’s top semiconductor equipment manufacturer. 世界トップシェア半導体装置メーカー、卒業生のメッセージ

研究室ではナノ粒子挙動と植物を絡めた研究をしておりましたが、現在の会社は半導体製造業界なので、直接的に関係した分野ではありません。しかし、大学時代に学んだことが思わぬ所で役に立つ場面が多々ありました。In Lenggoro lab, I worked on research involving nanoparticle behavior and botanical materials, but my current company is in the semiconductor manufacturing industry, so this is not a field that I was directly involved with. However, there were many situations where what I learned in the university was useful in unexpected places.

多様性の比率 (Essay) Ratio of Diversity, 2:8 Rule?

研究室にいながら、異なる分野、異なる文化背景などの異質を巻き込んだ多様性のある環境に身を置くことで、不確実性を経験することができます。By being in a diverse environment involving different fields, different cultural backgrounds, etc. while in the lab, students can experience uncertainty.

元高校生インターンが環境資源科学科に入学 K. Sano (High school intern) entered TUAT (Environ. & Natural Resource Sci.)

GIYSE プログラム。国が推進する科学技術振興機構の事業「グローバルサイエンスキャンパス」で「⾼校⽣を将来の卓越した研究者に養成する」GIYSE program. A government-sponsored project of the Japan Science and Technology Agency (JST) under the Global Science Campus program, which aims to “train lower school students to become outstanding researchers of the future.

録画Online/Recorded マレーシア工科大学に特別授業:卒論について. Special class about Final-Year-Project for Undergraduates, Univ. Teknologi Malaysia

18 Dec. 2020: A special class (90 minutes) for Final-Year undergrad. students (Chemical Engineering) at MJIIT, UTM Speaker: Prof. W. Lenggoro (TUAT) Role of final year project, Student initiative, Role of Journal publication, Cross-disciplinary research, Examples of student careers., etc… Hosted by Department of Chemical and Environmental Engineering, Malaysia-Japan International Institute of Technology (MJIIT), UTM….

Alumni/卒業生 Kajima Corp.鹿島建設. Manager, Bio-pharmaceutical Manufacturing Facility Renovation Project バイオ医薬品原薬製造施設改造プロジェクト設計責任者(課長)

学生時代のテーマは気中浮遊微粒子の生成(火力発電所を想定した固体粒子の形成)でした。今は水処理のエキスパート。When she was a student, her topic was the generation of airborne particles (the formation of solid particles for a thermal power plant). Now, she became an expert in water treatment.

Published) Deposition of submicron aerosols by closed-loop flow. 閉鎖循環流システムによるエアロゾル粒子の堆積 (Takahashi Award)

沈着効率が悪い従来法に代わって本手法を気液界面細胞曝露に応用できれば有用である。Our method presented here may potentially be applied for the deposition and analysis of submicron particles on various types of substrate (i.e. air-liquid interface) without the need for vacuum imaging analysis (e.g. electron microscopy).

Alumni卒業生: 機械学習で”摩擦学”アプリ A machine learning “Tribology” app.

Note: 開発者の卒論のテーマは植物由来原料を添加した燃焼合成法による二次電池用粉末の合成でした。英国の大学院に進学し、「摩擦」研究者になりました。The subject of the developer’s bachelor thesis was the synthesis of powders for rechargeable batteries by combustion synthesis using plant-based materials. She went to postgraduate school in the UK and became a ‘friction’ researcher.

Alumni.卒業生: PCR検査用磁性微粒子の開発 Magnetic fine particles for PCR Testing (COVID-19)

当研究室の卒業生はコア研究者として関わりました。国立パジャジャラン大学(UnPad)の研究者による学際的なグループ(ナノテクノロジーセンター (PrintG)、大学病院、分子生物研究所)は、RNA抽出キットの構成要素としてビーズ「NanoMag PrintG」を実験室レベルで作製した。ビーズはシリカで被覆されたFe304磁性粒子から作られており、RNA SARS-CoV-2(新型コロナウイルス)を結合できることが示されている(PCR検査に使用)。ビーズは国産原料を使用して開発した。Tempo(インドネシアの週刊誌(1971年創刊)のホームページより。西ジャワ州の知事の写真付き) A multidisciplinary group of researchers at Universitas Padjadjaran (UnPad): Research Center for Nanotechnology and Graphene (PrintG) in collaboration with UnPad Hospital and Molecular Biology Lab created “NanoMag PrintG” beads as a component of the RNA extraction kit on a laboratory scale. The beads are made from silica-coated Fe304 magnetic particles, and…

著書 Nanoparticles Carrying Biological Molecules (Book Chapter)

The conjugation of nanoparticles and biomolecules has found applications in bioimaging, biocatalysis, drug delivery, and biosensors. ナノ粒子と生体分子の「共役」は、バイオイメージング、生体触媒、薬物送達、バイオセンサーなどの分野で応用が見出されている。

卒業生News. Prof. Dr. Agus Purwanto (Univ. Sebelas Maret)

He is now a full-professor (Chemical Engineering) at Univ. Sebelas Maret (UNS), one of national universities in Central Jawa, Indonesia. He is also the leader of a national project on lithium ion battery. His lab can produce thousands of battery cells per day. He is the director of “Center of Excellence (COE) for Electrical Energy…

Alumni/卒業生: 日本エアロゾル学会奨励賞 Dr. Naoya Hama: Young Researcher Award (Jpn. Assoc. Aerosol Sci. & Tech.)

受賞対象研究:さまざまな粒子発生源に対するエアロゾル(気中)計測装置の適用性に関する研究、および企業会員と学会の連携強化に対する貢献。Research on the applicability of aerosol (gas-phase) measurement devices to a variety of particle sources and contributions to strengthening collaboration between company members and academic societies.

“Old” and “new” students (2019/3)

After three years with us, Y. Hogaki and S. Azuhata, two master-course graduates entered the industries (Hitachi Chemical 日立化成, and Daikin Industries ダイキン工業) and other two fellows (without master-thesis), Y. Asanuma and N. Yoshida, continued to the doctoral course, still with our research group. 2名が博士課程進学 >> Current Members. >> Alumni.