About

Research PagesAt TUAT (a national university), we are at the intersection of Chemical engineering (Transport phenomena), Particle technology and Bio-systems; to address the issues on chemical process (materials resources, energy), agriculture, health-care, climate, and styles of learning国立大学法人・東京農工大学化学工学| 微粒子工学 | 生物システム | 合成プロセス(資源, エネルギー)| 農学・食料 | 医療 | 気候 | 思考法・働き方 |

lab-intro-transport-phenomena201607Wuled Lenggoro(指導教員) + Members + Alumni

»We have been organizing “Japan Powder Technology Forum in Indonesia” since the first (2012, Jakarta).

»We are one of the 1st members on networking: TUAT+ASEAN banner_aims

:|: 当研究室を希望する. :|: 高校生の方へ. :|: FACILITES, 設備 :|: 研究Topics :|:

People機能材料の合成法と環境技術のためのEngineeringの考え方に取り組んでいます。化学工学・微粒子工学・材料科学・エアロゾル技術の分野を核にし、化学プロセスから植物・地球環境を含むマクロ規模までの「物質移動」をアプローチしています。異文化・異分野のネットワーキングにより、それらのバランスと働き方の多様性についても考えていきます。

| To visit us (Koganei campus, Tokyo) |
| To join (as a doctoral student)  | 本研究室を希望する方 (To join, in Japanese)

Contact: LABWL (a) CC.TUAT.AC.JP twit-logo2Twitter fb-logo2Facebook


This research group was launched in 2007 when Wuled Lenggoro moved from Hiroshima Univ. to Tokyo Univ. of Agriculture & Technology (TUAT), through TUAT/MEXT/JST-Special Coordination Funds for Promoting Science and Technology, a program on Japan’s 1st generation tenure-track faculty.

研究室を希望する皆さんへ研究内容

To create new knowledge in Chemical Engineering and Aerosol-Particle Technology, and to prepare undergraduate and graduate students for successful careers in these respective fields.

DRIVING FORCE
Our research or education is driven by the need for “Global Issues” on Energy, Food, and Society (Natural resource & Environmental impact) ~ such as (i) Materials processing (Particle synthesis technology, …); (ii) Technologies for Agricultural research (Plant growth system, Pesticide detector, …); (iii) Health-care/health-risk (Dispersing, measuring & capturing methods for particles in the gas-phase, …)

SCOPES:
Chemical Engineering, Aerosol technology, Particle technology, Nano-scale measurement, Solid-state materials synthesis, Fabrication of nanostructures

intro target

A CONCEPT
:: Exploring strategies in synthesis, measurement and assembly of particulate materials may lead us to new model experiments and simulations that provide a deeper understanding of the phenomena associated with micrometer- and nanometer-sized matters (particles) and to proposals for fundamental concepts ::

We are located in BASE building, Koganei campus. We are part of (i) Graduate School of Bio-Applications and Systems Engineering (BASE) and (ii) Department of Chemical Engineering, School of Engineering, and (iii) Institute of Engineering of TUAT.

TO JOIN:
For post-graduate/doctoral degree: Can start the course in April or in October. Ability of Japanese language is not necessary. For full consideration, you should send CV, statement of research interests, and the names and addresses of at least two references (senior fellows).

> Graduate School of Bio-Applications & Systems Engineering (BASE)
> An example: Publication list of a doctoral student (April 2007~March 2010)

Contact e-mail: LABWL (a) CC.TUAT.AC.JP

Physical Address: Lenggoro Lab, BASE Grad. School, Tokyo Univ. Agr. & Technol., 2-24-16, Nakacho, Koganei, Tokyo 184-8588.

〒184-8588 東京都小金井市中町2-24-16 東京農工大学 BASE レンゴロ研究室


Founded in 1949, Tokyo University of Agriculture and Technology (TUAT) is a public university focusing on engineering and agriculture.

TUAT is small (~5797 students) but is one of the largest recipients of royalty income from patents among Japanese higher level education institutions.

Learning in Tokyo also means you will have access to one of the world’s fastest, busiest and most eclectic cities. The city is also safe and clean and, if you learn the local tricks, Tokyo can prove relatively affordable too. www.timeshighereducation.com/


Keywords, 研究キーワード»»
【物質】Aerosols 気中に浮遊する微粒子, Colloids 液中に浮遊する微粒子, Liquid, Particle 粒子, Pesticide 農薬, Plants 植物, Powder 粉体, Water (sample).
【分野】Agriculture 農学, Energy, Exposure 曝露, Food Engineering 食品工学, Health care 医療, Optical 光学, Risk リスク, Spectrometer 分光, Surface 表面,
【手法等】Analytical method 分析手法, Assembly 集積, Crystallization 結晶化, Electrochemistry 電気化学, Measurement 計測, Modeling, Simulation 数値計算, Synthesis 合成。