Wuled Lenggoro レンゴロ

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Professor, Tokyo University of Agriculture & Technology. 国立大学法人・東京農工大学 大学院工学研究院・教授(化学物理工学科 Dept. of Applied Physics & Chemical Engineering

Grad. School of Engineering/大学院工学府, Grad. School of Bio-Applications & Systems Engineering (BASE)大学院生物システム応用科学府, and Institute of Global Innovation Research (GIR).

Nakacho 2-24-16, Koganei 184-8588 Tokyo. 東京都小金井市中町2-24-16

E-mail (Admin. Assistant) LABWL (a) cc.tuat.ac.jp

インドネシアに生まれ育ち。世界銀行奨学生(国家公務員)試験に合格し、バンドン工科大 ITB(1年次)を中退。東京→広島→東京と引っ越しをしています。1998年より国立大学教官(広島大学)に。2007年に東京農工大学に研究室を立ち上げて以来,40名以上の学士・修士と約10名の博士が社会に飛び立っています(2008~2019年)。Growing up in Indonesia. He passed a “World-Bank” fellowship examination and quit a university (ITB), before a year. In 1998, he became an academic staff (national government official) at Hiroshima Univ. and then established a research group at another national university (TUAT) by Japan’s 1st tenure-track-program (2007). From the group, 40+ B.S./M.S. and 10+ doctoral graduates are active in a wide range of industries and institutes (2008-2020).


ESSAY/Opinion (in Japanese/English)



  • Bachelor course: Fundamentals of Chemical Engineering 化学工学基礎, Transport Phenomena 移動現象論, English for Science & Technology 科学技術英語, Modelling Project Study, Materials Science & Engineering 材料科学.
  • Graduate School: Advanced Energy and Materials Engineering 物質エネルギーシステム特論
  • List, 授業

As Main Supervisor of Students (TUAT, from 2007) Have supervised doctoral and masters students research on particle technology, materials process/synthesis, plant growth, air pollution, water/soil systems. 主指導教員として

As a mentor to students (Hiroshima U., 1998-2007) 指導教員(補助)として


  • EVENT: 1st on Powder Technology in Indonesia (2012, Jakarta) インドネシアに日本の粉体技術の紹介
  • EVENT: 1st on “Japan Process Engineering in Indonesia” (as Advisor and Delegation Sub-Leader, 2017, Jakarta) with Japan Management Association (JMA.日本能率協会). A report (JMA site)
  • EDUCATION: The 1st undergraduate-exchange in Japan, as co-writer of “1st-Proposal (2012)”: TUAT to ASEAN. (Made the 1st English language bachelor class in TUAT)
  • WEBSITE: 1st “smart-phone”-able site among Japan’s universities: BASE Grad. School website (as the initiator, producer)
  • WEBSITE: Dept. of Applied Physics and Chemical Engineering (started in 2019): tuat-chemphys.net
  • SOCIETY: Co”designed”: Vision 2023 of Society of Chemical Engineers Japan
  • SCHOLARSHIP: by “consortium” of several companies (SME) for an international student (2015-2018) 複数中小企業の共同による留学生奨学金制度
  • PARENTAL LEAVE: The 1st case (more than 2 months, a male academic staff) in the campus: キャンパス内の男性教員で初ての(二カ月以上)育児休業


  • >> List
  • Japan Geoscience Union Meeting, 2018
  • International Seminar on Chemical Engineering 2014 (Bandung) (Plenary基調講演)
  • 1st International Conference & Exhibition for Nanotechnology (NANOPIA), Korea, 2014.
  • 9th World Congress of Chemical Engineering, Seoul, 2013



FIELDS OF RESEARCH (dimensions.ai, 2018/9)

CONSULTING SERVICES (2007-2019, Tokyo U. Agr. Tech.) for manufacturers:

  • Inorganic chemicals
  • Personal care products
  • Biomass
  • Instrumentation, Environmental equipment
  • Photocatalyst paint
  • Information technology equipment and services

CONSULTING SERVICES (1998-2006, Hiroshima Univ.) for manufacturers:

  • Electronic paste and ceramic equipment
  • Consumer electronic products
  • Electric light sources
  • Phosphors (for cathode ray tubes and X-ray intensifying screens)
  • Ceramics and electronics
  • Functional pigments and electronic materials
  • Electric wire and optical fiber cables
  • Cosmetics
  • Complex inorganic color pigment
  • Mining mineral resources and electronic materials.
  • Mining and smelting, non-ferrous metals
  • Computer printers and imaging related equipment.
  • Electronic products


  • Regional Editor, J. Nanoparticle Research (2008-2011) アジア/オセアニア主任編集者
  • Editor, J. Aerosol Research (エアロゾル研究 – Japan Aerosol Association of Science and Technology), (2008-2012)
  • Co-guest editor, J. Nanoparticle Research (2001, 2003).
  • Reviewer for more than 50 Journals



  • Japan Association of Aerosol Science and Technology 日本エアロゾル学会: Head of Young Associations 若手会代表 2006-2008; 会誌編集委員 Editorial Member 2008-2012; 常務理事 Standing Director 2018-2020
  • Society of Chemical Engineers, Japan 化学工学会: Education Committee 理科教育委員 2008-2012; 関東支部幹事 2008-2012 ; Post Vision委員 (For Vision 2023) 2010-2012; ASEAN委員 (2012-2020)
  • Society of Powder Technology, Japan. 粉体工学会 Board Member of Kanto region 関東談話会幹事 2012-2020; 国際交流委員会委員 (2015-2020)
  • National Institute of Science and Technology Policy (文部科学省 科学技術・学術政策研究所・科学技術動向研究センター (Science and Technology Foresight Center) 科学技術専門調査員 (2014-2017)
  • Japan Society for the Promotion of Science, Reviewer. 日本学術振興会, 審査員 (2015-2017)


  • 工学部(工学府)教育委員 2019-2021、総務員 2020
  • 学科webmaster (2012-2020); 学府(大学院)webmaster (2012-2019)
  • 全学・国際交流委員会 2010-2012, 2016-2018
  • AIMSプログラム運営委員(環境志向技術革新コース)2014-2017.
  • 環境安全管理センター・運営委員 (2014-2016)
  • その他。




  • 1998-2006: 数百nm以下の多成分系機能性粒子の合成技術の開発
  • 1999-2002: 液中不純物の計測技術の開発(水由来のクラスターイオンの発見)World 1st.
  • 2000-2006: 気中分散による液中粒子の計測法の開発(粒子径・分子量、個別熱分析)World 1st.
  • 2001-2006: ナノ粒子の構造体・素子化
  • ….2007に農工大に異動….
  • 2007-: 電気化学によるナノ粒子の集積化法と合成法の開発
  • 2007-: 省エネ型・省資源型の微粒子・粉末の合成プロセス開発(特に熱移動操作)
  • 2008-: 環境中における粒子状物質の輸送現象(植物系、大気環境)の解明と応用

EDUCATION Background

  • 学部 Bachelor(1): Engineering Physics, Institute Technology Bandung (ITB) Indonesia, 1987-1988. Left the university, to start working (with a scholarship).
  • 日本語 Japanese language courses (in Jakarta 1987-1988) 国際交流基金・ジャカルタ
  • 日本語 Japanese language courses (in Tokyo 1988-1989) 国際学友会
  • 学部 Bachelor(2): Chemical Engineering, Hiroshima U., 1989-1993. Project: “Impact Tester for Evaluating Polymer Blend” (with Prof. Y. Nagase)
  • 修士 Master: Engineering of Transport Phenomena, Hiroshima Univ., 1993-1995. “Experimental and Stress Analysis of Polypropylene Blended with Rubber (Elastomer)” (with Prof. Y. Nagase)
  • 博士 Doctoral: 1995-1998. “Preparation of Metal Sulfide Fine Particles by Spray Pyrolysis” (with Prof. K. Okuyama)

PATENTS and Related: @Online || USA-1 / USA-2. || Google || European.

Wuled Lenggoro is a faculty member at Tokyo University of Agriculture and Technology (TUAT). Originally from Indonesia, he earned a doctoral degree, and he previously held a faculty position at Hiroshima University, followed by visiting positions at RIKEN (Japan), Yale University (USA), and Lund University (Sweden). He started his independent career at TUAT with Japan’s first tenure-track program in 2007. At TUAT, he has supervised more than 15 doctoral students, 30 master’s students, and 40 undergraduate final projects. He has served as a Regional (Asia-Oceania) Editor of the Journal of Nanoparticle Research (Springer/Germany) and Editor of the Journal of Aerosol Research (Japan). He has co-authored more than 120 refereed journal articles, 20 reviews, and 20 patents. He was awarded the “Asian Young Aerosol Scientist Award” (2007), the “Chemical Engineering Science – Most Cited Paper 2003-2006 Award” (Elsevier), the “Iinoya Award” (2005), the “Kanji Takahashi Award” (2013), and the “Measurement Award” (2016) from Japan Association of Aerosol Science & Technology, among several other awards. Dr. Lenggoro has had a longstanding interest in “micro” and “global” transport phenomena. Current research concerns working out the design principles for understanding mass (and energy) flows of particulate systems in “good” and “bad” materials processing.


Research group…

INTRODUCTION (2013/3) for an Interview by Petrotech Magazine (石油学会会誌) The Japan Petroleum Institute.

職歴:1998-2006年広島大学工学部助手, 2007年東京農工大学大学院共生科学技術研究院特任准教授(テニュアトラック教員), 2009年同大学院工学研究院准教授(テニュア教員)。機能材料の合成法と環境技術のための微粒子工学に取り組む。代表的な著書:Encyclopedia of Nanoscience & Nanotechnology (American Scientific), 微粒子工学大系(フジテクノシステム), Handbook of Luminescence, Display Materials & Devices (American Scientific)を分担執筆。趣味:音楽 自己紹介: 日本に留学生した1989年頃には、同級生に「インドネシアにはテレビはあるの?(もちろんありました)」と聞かれ落ち込みましたが、最近はインターネット等で「生の情報」が流れるようになり、いい時代になったと思います。

BASE TUAT building

SELECTED PUBLICATIONS. 主な学術発表論文(2007-2018, with TUAT students)

省エネ型合成法の開発: 熱対流で液滴群を破壊した現象の発見:A route for preparing nano-particulate film: Fragmentation and decomposition of solution droplets with thermal convection, Adv. Powder Tech. (2018)

酵素の固定化法の開発: Immobilisation of an enzyme into polymer nanofibres by electrospinning, Biotech. Reports (2016)

ナノ粒子の固定化法の開発: 100nm多孔体中に:Immobilization of colloidal particles into sub-100 nm porous by electrophoresis in water, Colloids Surfaces A: Physicochem. Eng. Aspects (2014)

パルス型電気泳動法の提案(特許出願):Electrophoretic-made structure from aqueous nanoparticle suspension, Colloids Surfaces A: Physicochem. Eng. Aspects (2010)

表面分析法の開発: ラマン分光法と粒子集積化との組み合わせ:sub-100 nm resolution: Probing a layer of organic molecules by aerosol nanoparticles by surface-enhanced Raman scattering, RSC Advances (2015)

オンサイト微量成分分析法の開発: ppbまで検出可:A colloidal route to detection of organic molecules based on surface-enhanced Raman spectroscopy, Jpn. J. Appl. Phys. (2011)

Dynamic/Static間の現象解明:親水性/疎水性と微粒子沈着のしやすさ:Area-selective deposition of charged particles on a surface with different hydrophilic levels, J. Aerosol Sci. (2014)

Example of works with Hiroshima University members (at Okuyama Lab 1998-2006):

「世界初」ナノ粒子個別の熱分析手法:Colloidal Nanoparticle Analysis by Nanoelectrospray Size Spectrometry with a Heated Flow, Analytica Chimica Acta, 585(2), 193-201 (2007)

「世界初」サブミクロン領域で粒子径と結晶子径と蛍光強度との関係を明らかにした:Correlations between Crystallite/Particle Size and Photoluminescence Properties of Submicron Phosphors, Chemistry of Materials, 19(7):1723-1730 (2007)

「世界初」液中ナノ粒子の気中分散を用いた平滑基質における選択的集積法:Nanoparticle assembly on patterned “plus/minus” surfaces from electrospray of colloidal dispersion, Journal of Colloid Interface Science, 303(1),124-130 (2006)

「世界初」水サンプルの不純物の計測とクラスターイオンの発見Measurement of cluster ions and residue nanoparticles from water samples with an Electrospray/Differential Mobility Analyzer, Analytical Sciences, 19(6), 843 (2003).

液中ナノ粒子用の計測法の開発:Sizing of colloidal nanoparticles by electrospray and differential mobility analyzer methods, Langmuir (ACS Journal of Surfaces and Colloids), 18(2), 4584-4591 (2002)

「世界初」ナノ粒子の気相合成法の開発:Novel route to nanoparticle synthesis by salt-assisted aerosol decomposition, Advanced Materials, 13, 1579 (2001)

「世界初」噴霧熱分解法による液滴ー粒子転換の数値シミュレーションと実験結果の比較:An experimental and modeling investigation of particle production by spray pyrolysis using a laminar flow aerosol reactor, Journal of Materials Research, 15(3), 733-743(2000)

蛍光体粒子の製造:Preparation of fine phosphor and luminescent micro/nano particles using spray pyrolysis, in Handbook of Luminescence, Display Materials and Devices (American Scientific) Vol.2, 327-359 (2003)

As Examiner for Doctoral Thesis: 博士論文の副査(農工大)

2020: …. 2019: …. 2018: Nguyen Thanh Tung, Pu Jianglong, Taketoshi Ito; 2017:…..; 2016: Kinjiro Kanazawa, Shunzo Shimai, Takeshi Mori,2015: Yoko Hanada, Ken Yoshioka.2014/12- Hossein, Taherzadeh (Ogino Lab)2013/2 : 龚 紹峰 (Sen Lab)2012/12: Nomura, Yousuke (Kamiya Lab)2012/8: Cao, Zhenbo (Ogino Lab)2012/6: 李 森 (Sen Lab) 2012/2: 金尾美樹 (Kanao, Miki , Ogino Lab.2012/2: 譚 穎 Ogino Lab2012/2: 吉田 健一 (Shimomura Lab)2012/1: 小林 晃 (Kamiya Lab)2010/8: 西田 貴裕 (Takiyama Lab); 2010/8: 本間 正洋(神谷研) ; 2010/3- Kiba, Shosuke (Nakato Lab); 2010/3- Hisashi, Hideyuki (Kamiya Lab); 2010/3- Takebayashi, Kenji (Kamiya Lab); 2009/8- Amit Suri (Horio Lab)2009/2- Nikaido, Masanori (Kamiya Lab); 2008/9- Wada, Masashi (Kamiya Lab)2008/9- Yokohama, Naoki (Nakata Lab); 2008/3- Jie Shen (Ogino Lab)

As Examiner for Doctoral Thesis: National University of Singapore

2010-2011: Balasubramanian Suresh Kumar “Biodistribution and implications of exposure to gold nanoparticle”