Former Member, 卒業生等

学生の研究テーマと就職先との関係は？ >> What is the relationship between a student’s research topic and his/her employment?

Positions.進路 // Sectors.分野 // Thesis.卒業論文

Doctoral Course (TUAT) 博士課程後期(2022/2 updated)

  1. YOSUKE ASANUMA. Thesis. >>  a manufacturer 竹中製作所
  2. FERRY FAIZAL. Thesis, >> Univ. Padjadjaran (Physics) Academic staff. （国立）パジャジャラン大（物理学）教員
  3. SURYANI SAALLAH. Thesis, >> Univ. Malaysia Sabah, Academic staff. マレーシア国立Sabah大 Biotechnology Res. Ctr. 教員
  4. M. P. KHAIRUNNISA Thesis. >> Ministry of Higher Education, Malaysia 高等教育省 >> Univ. Teknol. Malaysia (UTM) Academic staff. 国立マレーシア工科大（環境化学工学）教員 >> Research group
  5. PRAMUJO WIDIATMOKO. Thesis. >> Institut Teknologi Bandung (ITB). Academic staff. 国立バンドン工科大・化学工学科 >> Research Group
  6. K. KUSDIANTO. Thesis. >> Institut Teknologi Sepuluh Nopember (ITS); Academic staff. (Also: Hiroshima U. 2015-2016) 広島大；国立セプル・ノペンバー工科大（化学工学）教員
  7. GEN, MASAO. Thesis. >> Tohoku Univ. (Postdoc & Asst. Prof.) 東北大, Also: City Univ. Hong Kong (Environment)
  8. HAMA, NAOYA. Thesis. >> Chief-Engineer/Officer, Tokyo Dylec Corp.
  9. M. NAZLI NAIM. Thesis. >> Univ. Putra Malaysia (Food Eng.) Academic staff. 国立プトラ・マレーシア大（プロセス食品工学）教員
  10. HERLIANA, E.
  11. IKAWA, S. >> Manufacturer, Engineer.
  12. ITO, Y. >> Electronics-manufacturer, Engineer.

Primary advisor: Wuled Lenggoro. > List of Doctoral Thesis.

The following is a map of the positions of lab’s graduates (mainly former TUAT doctoral students)

Master Thesis: TUAT Grad. School of BASE: (2009/3-2022/3: 35)　博士課程（前期）

  1. FUJIMURA, Y (2022/3). 亀裂フリー薄膜の合成
  2. NOHARA, N. (2022/3) 熱泳動によるサブミクロン粒子の沈着
  3. TSUCHIYA, T. (2022/3) 金属酸化物の合成における液体原料の混合
  4. NAKAYA, I. (2021/3) 繊維膜の作製と水移動の評価
  5. NIWA, K. (2021/3) 水中の微量成分の検出に向けた蛍光体の利用
  6. TAKAHASHI, T. (2021/3) 植物体内の物質輸送に向けて粒子合成と溶解 > to Doctoral
  7. HASEGAWA, T. (2020/3) 土壌中の水分の移動：数値シミュレーションと実験的検討
  8. KOGA, Y. (2020/3) ロウソク由来の煤粒子の生成と挙動
  9. AZUHATA, Y.  微粒子沈着による基板の光学特性と温度変化
  10. HOGAKI, S.  液相法ナノ粒子合成における流体の混合の役割
  11. HATTORI, K. (2018/3) Effect of flow regime on emission from a combustion
  12. KURODA, R. (2018/3) Nanofiber for water-evaporation system
  13. WATANABE, Y. (2018/3) Measurement of water movement in soil
  14. WADA, M. (2017/9) Nano-materials processing for plants >> to Doctoral
  15. ISHIMOTO, A. (2017) Measurement of biomass burning
  16. TAKAGI, A. (2017) Flow analysis and deposition of aerosols
  17. YOKOTE, S. (2016) Optical properties of a surface with particles
  18. NAITO, K. (2015) Flow-assisted electrochemical synthesis
  19. TAKEMATSU, Y. (2015) Transport of particles in biomass
  20. MATSUSHIMA, H. (2015) Humidity in particle synthesis 大学院BASE総代 Summa Cum Laude
  21. SATO, SEIICHI (2014) Sampling gas-phase particles by water
  22. KANNO, HIROYA (2014) Removal of particles by fluids
  23. WATANABE, AZUSA (2014) Transport of particles in plants
  24. SEKI, AKITO (2013) Hygroscopicity of inorganic particles
  25. YAMADA, YOSUKE (2013) Collection of charged aerosols
  26. GEN, MASAO (2010/3-2011/9) : Assembly of particles for nanodevice (in English) >> to Doctoral
  27. LIM, FONG ZYIN (2012) Measurement of droplet deposition
  28. SATO, HIROTAKA (2012) Heating process of carbon-added powder
  29. IGUCHI, YUKI (2011) Particle collection using liquid bubbles
  30. SASAKI, KEITARO (2011) Assembly of particles on non-flat surface
  31. ANZAI, RYUHEI (2010) Powder synthesis: a novel heating method
  32. SAGAWA, SHINICHI (2010) Particle dispersion & aerosol deposition
  33. SUZUKI, TOMOYUKI (2010) Powder synthesis with size-reduction
  34. TAKASHIMA, YUKIE (2010) Conversion of gas-to-particle
  35. SOEDA, TAKURO (2009) Powder from nanoparticles and salts
graduation

BThesis

TUAT Bachelor Thesis Project (2007-2022/3: 43) [P]= 論文等に公開になった卒論

  1. MIYOSHI, T. (2022/3) 湿度変化におけるバイオマスの粒子径の影響
  2. SAKAIDA, Y. 親水性の膜上におけるスス粒子の除去
  3. KIMURA, H. (2021/3) 室内換気とエアロゾル流動
  4. SANNOHE, S. 空間中の二酸化炭素から粉末への転換
  5. TSUCHIYA, T. (2020) 金属酸化物粉末のグリーン合成法：液体原料の混合
  6. NOHARA, N. 燃焼由来の微粒子の付着と脱離
  7. FUJIMURA, Y. (2020) 金属酸化物粒子の合成とその厚膜化における形態制御
  8. NAKAYA, I. (2019)  水中における磁気粒子の挙動
  9. NIWA, K.  蓄光材を用いた光触媒システムの課題
  10. TAKAHASHI, T. (2019) ココア粉末の水分散
  11. FUJII, T (2018) 基板表面における光触媒粒子の付着力
  12. HASEGAWA, T.  膜式水蒸発器の性能向上に向けた粒子添加 [P]
  13. KOGA, Y.　帯電液滴を用いたエアロゾルの捕集
  14. ASANUMA, Y. (2017) 噴霧乾燥法による微粒子の凝集と水中再分散 [P]
  15. AZUHATA, S. 植物抽出原料を用いた粒子合成 　学長より学生表彰
  16. HOGAKI, R. 蒸発冷却装置の繊維に付着する微粒子の役割
  17. KOIKE, S.(2016) ミストから粒子状薄膜の合成における流体制御 [P]
  18. KOGA, S. (2016) 環境影響評価に向けた合成粉末の酸溶解
  19. HATTORI, K. (2016) 雨水中のナノ粒子の計測法 [P]
  20. WATANABE, Y. (2016) 大気中粒子用のパッシブ型捕集器 [P]
  21. MIYAZAWA, E. (2016) 低消費電力型超音波洗浄による基板上粒子の脱離 [P]
  22. ISHIMOTO, A. (2015) Flow of particles from combustion  燃焼の粒子と流体制御 [P]
  23. TAKAGI, A. (2015) Deposition of particles  粒子の沈着：熱泳動と表面材質の影響 [P]
  24. WADA, M. (2015) Transport of particles in gel  寒天中の微粒子の移動 [P]
  25. YOKOTE, S. (2014) Evaporation with particles  粒子が付着した繊維上の水蒸発
  26. FUKUSHIMA, H. (2014) Battery-derived sampler  乾電池で大気中粒子の捕集 [P]
  27. NAITO, KEISUKE (2013) Electrochemical synthesis  新規電気化学法の開発 [P]
  28. TAKEMATSU, YUSUKE (2013) Capillary action in electrospray  毛細管現象を用いた静電噴霧の開発 [P]
  29. MATSUSHIMA, HIDENORI (2013) Heating method for doped-material  省エネ型粒子合成に向けた新規加熱法 [P]
  30. KONDO, YUSUKE (2012) Synthesis of doped type powder  ドープ型粉末合成の加熱法 [P]
  31. KANNO, HIROYA (2012): Removal of particles by fluid  水流による基板上粒子の脱離
  32. WATANABE, AZUSA (2012): Transport of particles in cellulose  繊維中の水中粒子の移動 [P]
  33. SEKI, AKITO (2011) Evaporation of solution droplet  基板上での溶液液滴の蒸発過程 [P] >youtube
  34. YAMADA, YOSUKE (2011) A collection method for particles 電界による気中粒子捕集
  35. DORIS N. KHAEMBA (2011) Glucose-combustion (English) グルコースを燃料とした合成法 [P]
  36. LIM, FONG ZYIN (2010) Directly measurement: droplet deposition ミスト沈着量の直接計測 [P]
  37. TAKAWA, MANA (2010) Role of atmosphere on powder synthesis 金属酸化物粉末の合成における雰囲気ガスの影響 [P]
  38. GEN, MASAO (2010) Generation of carbon-based aerosols 炭素系粒子の気中分散
  39. NAKAYAMA, TAKAHIRO (2009) Synthesis of carbon-added oxide 炭素系を添加した金属酸化物粉末の合成
  40. IGUCHI, YUKI (2009) A bubble-type particle collector 液中気泡を用いた気中微粒子の捕集 [P]
  41. SASAKI, KEITARO (2009) 2D structure from colloids　電界による水中粒子の集積 [P]
  42. SUZUKI, TOMOYUKI (2008) Synthesis: Liquid- vs solid-source 粉末合成における原料相（固体・液体）の影響 [P]
  43. TAKASHIMA, YUKIE (2008) Particle formation from mixed-gas 混合ガスから粒子生成の計測 [P]
with-NUS-students2012-5cm

The “first” TUAT Lab’s Members: (2009) | (2008) | 2007

:#: Students/Fellows during 1998-2006 (Hiroshima Univ.)

Administrative Assistant:

*KONDO, Y. (2008-2015/1) *SHIMAMURA, T. (2015/2-2018/6)

Research Associate:

* KUWATA, MASAHIKO Dr., (Jan.-Mar.2007), Visiting Professor (2007-2009), Professor, Dept. of Environmental Engineering for Symbiosis, Soka Univ. (2008-2013)

Visiting fellow:

* HERU SETYAWAN, Dr.Eng. (Oct.-Nov. 2009), Dept. of Chemical Engineering,Institut Teknologi Sepuluh Nopember (ITS), Surabaya. From 2015, vice-president of ITS

* ASEP SOFYAN, Dr.Eng., (Jan.-March 2009 & January 2012), Dept. of Environmental Engineering, Institut Teknologi Bandung (ITB), Indonesia

Visiting High-School Student/Intern

* K. SANO, Tachikawa High School (Tokyo) 東京都立立川高等学校  GIYSE Program (2018-2020)

Visiting Bachelor student:

* INDAH NURMAWATI (Oct.2009-Sept.2010) Exchange Program STEP, Dept. of Physics, Institut Teknologi Bandung (ITB), Indonesia.

* Ira Trisnawati (Chemical Engineering, Bio-Engineering, Universitas Indonesia/UI) 2011/10-12, SSSV Program fellow, with Prof. M. Yohda (Biomolecules and Proteomes)

* Han Bin KIM (June-July 2013), Chemical Engineering, The Cooper Union for the Advancement of Science and Art, New York City, USA

* Chong Boon Hong “Ben”  (Univ. Tekn. Malaysia) a week, after a semester program at TUAT/AIMS. (2016 Jan.)

* Sarocha Wongkamchan (Dept. of Physics, King Mongkut’s Univ. of Technology Thonburi, Bangkok): AIMS program. 2016/10-2017/11

* M. Shafiq Hanafie (Univ. Teknol. Malaysia, Chemical Engr.) AIMS program 2017/10 – 12

* Evance Y. Sinel (Univ. Teknol. Malaysia, Bioscience & Medical Engr.) AIMS program, 2018/10-12.

* Aqila Luthfiana (Universitas Indonesia, Chem. Eng.) AIMS program, 2019/10-12

Visiting Master student:

* BURIMPARTH PAKORNSIRI (April-June, 2009), Dept. of Environmental Science, Faculty of Science, Kasetsart University, Bangkok, Thailand.

* Listya Citra Suluhingtyas (Chemical Engineering, Institut Teknologi Bandung/ITB) 2011/10-12, SSSV program fellow, with Prof. Y. Yamashita (Process System Engineering)

* Jenny Rizkiana (Chemical Engineering, ITB) 2011/10-12, SSSV program Fellow with Dr. Chika Minejima (Modeling CO gas in the atmosphere) Then Ph.D. at Hirosaki U.

* Suryani binti Saallah (May-June 2013), Dept. of Process and Food Engineering, Univ. Putra Malaysia, also Staff of Biotechnology Research Institute, Univ. Malaysia Sabah. Then doctoral course at TUAT (2014/10-2017/9)

* Nurul Solehah Mohd Zaini (Univ. Putra Malaysia) TUAT-STEP Program 2018/10-2019/9 Google

Visiting Doctoral student:

* Nur Atiqah Surib (MJIIT, Univ. Tek. Malaysia, 2019/11-2020/1)

* Fauziatul Fajaroh (Oct.-Dec. 2010), Dept. of Chemical Engineering, Institut Teknologi Sepuluh Nopember (ITS), Indonesia; Now Professor at Universitas Negeri Malang (State University of Malang)

* Hanif Yuliani (Chemical Engineering, Bio-Engineering, Universitas Indonesia/UI) 2011/10-12, SSSV Program fellow, with Prof. M. Yohda (Biomolecules and Proteomes)

* Adrian Nur (Oct.-Dec.2012), from Dept. of Chemical Engineering, ITS, also a faculty member of Univ. Sebelas Maret.

* Boon, Yih Tien (May-July 2014), Dept. of Process and Food Engineering, Univ. Putra Malaysia

* Puspita Nurlilasari; from Institut Teknologi Sepuluh Nopember, Surabaya, Indonesia. (2017/10 – 2018/01)

Research scholar:

* MIKI,KANAE (April-July 2008), APEX. With Prof. Masayuki Horio’s Lab until 2008/3.

** TUAT research group was established in 2007 **

Related, Former students and Fellows: at Hiroshima University.(1998-2007)

== Current positions of former students == Current members

Diversity-alumni201806