Former Member, 卒業生等

The most valuable “product” of EmpatLab is its alumni.

Positions.進路 // Sectors.分野 // Alumni news (+password)


| Current members 現構成員 |

Doctoral Course (at TUAT) 博士課程後期

  1. YOSHIDA, NORIHIRO > Thesis, 2025(博士(農学)) > Silk-tech. start-up (Pentalink Inc.)
  2. WADA, M. (Self-employed person 自営業)
  3. ANCA A. SEMBADA > Thesis, 2024 > Inst. Tek. Bandung (Life Sci.) 国立大学(生命理工学、インドネシア)講師:: google
  4. TIARA N. PRATIWI > Thesis > Optical equipment maker (Santec Holdings Corp.) :: r-gate
  5. ASANUMA, YOSUKE > Thesis. > Metal products maker (Takenaka Seisakusho) : r-gate
  6. FERRY FAIZAL > Thesis, > U. Padjadjaran (Physics) Assoc. Prof. (PI) 国立大学(物理学、インドネシア):: google
  7. SURYANI SAALLAH > Thesis, > U. Malaysia Sabah (Biotech) Senior Lecturer (PI), 国立大学(マレーシア)google
  8. ITO, Y. > Electronics-manufacturer, Senior Engineer.
  9. M. P. KHAIRUNNISA > Thesis. > Malaysia-Ministry of Higher Education > U. Teknol. Malaysia 国立大学(化学環境工学)Senior Lecturer (PI) > google
  10. HERLIANA, E.
  11. PRAMUJO WIDIATMOKO > Thesis. >> Institut Teknol. Bandung (Chem. Engr.) 国立大学(インドネシア)Assoc. Prof. (PI) > Lab > google
  12. K. KUSDIANTO > Thesis. >> Institut Teknologi Sepuluh-Nopember (Chem. Eng) (Hiroshima U. 2015-16) ;国立大学(インドネシア)Assoc. Prof. (PI) .google
  13. GEN, MASAO > Thesis >> Tohoku U. > City U. Hong Kong >> Chuo U. (環境化学)Assoc. Prof. (PI) > MGLab | rmap | google
  14. IKAWA, S. > Scientific equipment manufacturer, Engineer
  15. HAMA, NAOYA > Thesis >> Officer, Tokyo Dylec Corp. > Semiconductor firm | rgate
  16. M. NAZLI NAIM > Thesis, 2010 >> U. Putra Malaysia (Food Process) 国立大学(プロセス食品工学、マレーシア)Assoc. Prof. (PI) .google

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

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

Master Thesis, at TUAT (2008-2022 Chemical Engineering) 2023-2026: Applied Physics & Chemical Engineering. BASE府、工学府

  1. ABE, R. (2025/3) Deposition of Aerosol Flow in Curved Pipes
  2. ICHIKAWA, R. (2025/3) Temperature Changes in “Indoor” Space Due to Particle Deposition
  3. SAKAIDA, Y. (2024/3) Germination of Tomatoes with Added Microparticles
  4. MIYOSHI, T. (2024/3) Control of Moisture Content and Molding of Feed from Plant Leaves [P]
  5. KIMURA, H. (2023/3) Relationship Between Water Droplets and Surface Potential of Leaves
  6. SANNOHE, (2023/3) Artificial Coral Reefs: Crystals Derived from CO2
  7. FUJIMURA, Y (2022/3). Synthesis of Crack-Free Thin Films, 工学府
  8. NOHARA, N. (2022/3) Deposition of Mixed Aerosols by Thermophoresis, 工学府
  9. TSUCHIYA, T. (2022/3) Oxide Synthesis: Mixing of Liquid Raw Materials [P] 工学府
  10. NAKAYA, I. (2021/3) Making Membranes and Measurement of Water Movement [P] BASE
  11. NIWA, K. (2021/3) Detection of “Compounds” in Water: Utilization of Fluorophores, BASE
  12. TAKAHASHI, T. (2021/3) Particle Dissolution for Plants >> Doctoral course, BASE
  13. HASEGAWA, T. (2020/3) Water Movement in Soil: Simulation & Experiment, BASE
  14. KOGA, Y. (2020/3) Generation and Behavior of Soot Particles, BASE
  15. AZUHATA, Y.  Synthesis of Nanoparticles by Liquid-Phase Method: Mixing of Fluids
  16. HOGAKI, S. Particle Deposition and Temperature Changes of Substrates
  17. HATTORI, K. (2018/3) Effect of flow regime on emission from a combustion
  18. KURODA, R. (2018/3) Nanofiber for water-evaporation system [P]
  19. WATANABE, Y. (2018/3) Measurement of water movement in soil
  20. WADA, M. (2017/9) Nano-materials processing for plants >> Doctoral course
  21. ISHIMOTO, A. (2017) Measurement of biomass burning 腐った薪は燃やせたら? [P]
  22. TAKAGI, A. (2017) Flow analysis and deposition of aerosols
  23. YOKOTE, S. (2016) Optical properties of a surface with particles
  24. NAITO, K. (2015) Flow-assisted electrochemical synthesis
  25. TAKEMATSU, Y. (2015) Transport of particles in biomass
  26. MATSUSHIMA, H. (2015) Humidity vs. particle synthesis [P] 大学院BASE総代 Cum Laude
  27. SATO, SEIICHI (2014) Sampling gas-phase particles by water
  28. KANNO, HIROYA (2014) Removal of particles by fluids
  29. WATANABE, AZUSA (2014) Transport of particles in plants
  30. SEKI, AKITO (2013) Hygroscopicity of inorganic particles [P]
  31. YAMADA, YOSUKE (2013) Collection of charged aerosols [P]
  32. GEN, MASAO (2010/3-2011/9): Assembly of particles (in English) > Doctoral course
  33. LIM, FONG ZYIN (2012) Measurement of droplet deposition
  34. SATO, HIROTAKA (2012) Heating process of carbon-added powder
  35. IGUCHI, YUKI (2011) Particle collection using liquid bubbles [P]
  36. SASAKI, KEITARO (2011) Assembly of particles on non-flat surface [P]
  37. ANZAI, RYUHEI (2010) Powder synthesis: a novel heating method
  38. SAGAWA, SHINICHI (2010) Particle dispersion & aerosol deposition
  39. SUZUKI, TOMOYUKI (2010) Powder synthesis with size-reduction
  40. TAKASHIMA, YUKIE (2010) Conversion of gas-to-particle [P]
  41. SOEDA, TAKURO (2009) Powder from nanoparticles and salts

Grad. School of BASE: (2009/3-2021/3 = 32 students) & Grad. School of Engineering (2022/3-2025/3 = 9 students) 博士課程前期 Main supervisor: W. Lenggoro

with-NUS-students2012-5cm

Bachelor Thesis Project (2008-2022 Dept. of Chemical Engineering) and with Dept. of Applied Physics & Chemical Engineering (from 2023)

  1. KUMAGAI, R. (2025) Carbonization of cotton
  2. NISHIMURA, K. (2025) Dissolution of crystalline mixture powder
  3. NISHIMURA, T. (2025) Mixing photocatalyst powder with soot
  4. AMINAKA, Y. (2024) What Happens to the Micronization of Mask Fibers?
  5. KOBAYASHI, S. (2024) Growth of Aquatic Plants with “Soot-Contaminated” Water
  6. TSUTSUMI, A. (2024) Formation of Colloidal Particles from Combustion of Tomato Wood
  7. ABE, R. (2023) Do Atmospheric Particles Settle on Water Surfaces? [P]
  8. AOKI, J. (2023) Behavior of Droplets on Plant Leaf Surfaces (Modeling Pesticide Application)
  9. ICHIKAWA, R. (2023) Particle Deposition on the Surface of Rotating Blades
  10. MIYOSHI, T. (2022) Biomass Particle Size vs. Humidity Variations
  11. SAKAIDA, Y. (2022) Removal of Soot Particles on Hydrophilic Membranes
  12. KIMURA, H. (2021/3) Analysis of Indoor Ventilation and Aerosol Flow
  13. SANNOHE, S. Conversion Process from Carbon Dioxide in “Indoor” Space to Powder
  14. TSUCHIYA, T. (2020) Influence of Raw Material Mixing Methods in Powder Synthesis [P]
  15. NOHARA, N. Adhesion and Detachment of Combustion-Derived Aerosol Particles
  16. FUJIMURA, Y. (2020) Thickening of Oxide Particles During Synthesis
  17. NAKAYA, I. (2019)  Behavior of Magnetic Particles in Water
  18. NIWA, K.  Challenges of Photocatalytic Systems Using Phosphorescent Materials
  19. TAKAHASHI, T. (2019) Water Dispersion of Cocoa Powder
  20. FUJII, T (2018) On the Adhesion Strength of Photocatalyst Particles on Substrate Surfaces
  21. HASEGAWA, T.  Role of Particle-Addition in Membrane-Type Evaporator [P]
  22. KOGA, Y. Collection of Aerosols Using Charged Droplets
  23. ASANUMA, Y. (2017) ) Spray Drying of Particles and Dispersion/Deagglomeration in Water [P] > Doctoral course
  24. AZUHATA, S. Particle Synthesis Using Tea Extracts 学長より学生表彰(成績最優秀)
  25. HOGAKI, R. Role of Particles Adhering to Fibers in Evaporative Cooling Devices
  26. KOIKE, S.(2016) Fluid Control in the Synthesis of Particle Films from Mist [P]
  27. KOGA, S. (2016) Acid Solubility of Synthetic Powders for Environmental Impact Assessment
  28. HATTORI, K. (2016) Measurement Methods for Nanoparticles in Rainwater [P]
  29. WATANABE, Y. (2016) Non-Electric, Passive Collectors for Atmospheric Particles [P]
  30. MIYAZAWA, E. (2016) Detachment of Particles from Substrates by Ultrasonic Cleaning [P]
  31. ISHIMOTO, A. (2015) Flow of aerosols from combustion [P]
  32. TAKAGI, A. (2015) Deposition of aerosols by thermophoresis [P]
  33. WADA, M. (2015) Transport of particles in gel media [P]
  34. YOKOTE, S. (2014) Evaporation with particles on the surface
  35. FUKUSHIMA, H. (2014) Battery-derived handy aerosol sampler [P]
  36. NAITO, KEISUKE (2013) Film formation by electrochemical method[P]
  37. TAKEMATSU, YUSUKE (2013) Capillary action in electrospray  [P]
  38. MATSUSHIMA, HIDENORI (2013) “Pulse-Heating” for doped-type material [P]
  39. KONDO, YUSUKE (2012) Heating & synthesis of doped-type powder [P]
  40. KANNO, HIROYA (2012): Removal of particles by fluid
  41. WATANABE, AZUSA (2012): Transport of particles in “wet” cellulose [P]
  42. SEKI, AKITO (2011) Evaporation of solution droplet: Observation [P] >youtube
  43. YAMADA, YOSUKE (2011) Aerosol particle-collector tool by electrostatic
  44. DORIS N. KHAEMBA (2011) Glucose-added combustion synthesis (English)  [P]
  45. LIM, FONG ZYIN (2010) Directly measurement of droplet deposition [P]
  46. TAKAWA, MANA (2010) Role of gas/atmosphere on powder synthesis [P]
  47. GEN, MASAO (2010) Generation of carbon-based aerosols
  48. NAKAYAMA, TAKAHIRO (2009) Synthesis of carbon-added metal-oxide powder
  49. IGUCHI, YUKI (2009) A bubble-type particle collector [P]
  50. SASAKI, KEITARO (2009) 2D-structure from colloids by electric-field [P]
  51. SUZUKI, TOMOYUKI (2008) Powder synthesis: Liquid- vs solid-source [P]
  52. TAKASHIMA, YUKIE (2008) Particle formation from mixed-gas [P]

Main supervisor: W. Lenggoro. TUAT Bachelor Thesis Project (2008/3-2022/3 = 43 at Dept. of Chemical Engineering) and with Dept. of Applied Physics & Chemical Engineering (2023/3-2025/3 = 9) [P]=Published (in Journal or via domestic presentation)


Administrative Assistant:

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

Visiting Professor & Visiting Researcher:

Research Associate:

  • Dr. KUWATA, MASAHIKO Dr., (Jan.-Mar.2007), Visiting Professor (2007-2009), then Professor, Dept. of Environmental Engineering for Symbiosis, Soka Univ. (2008-2013)
  • Dr. TSUKADA, MAYUMI (2008-2025)

Visiting fellow:

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) (He entered TUAT, School of Agriculture. >> News.

Internship, 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
  • Luqman Hakim Mohd Zainun (Univ. Teknol. Malaysia, MJIIT) one-semester program, 2023/10-2024/2

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:

  • Fauziatul Fajaroh (Oct.-Dec. 2010), Dept. of Chemical Engineering, Institut Teknologi Sepuluh Nopember (ITS), Indonesia; >> Professor of Chemistry, State University of Malang >> Google
  • Hanif Yuliani (Chemical Engineering, Bio-Engineering, Universitas Indonesia/UI) 2011/10-12, SSSV Program fellow, with Prof. M. Yohda (Biomolecules and Proteomes); Now with Research Center for Advanced Material Science-National Agency for Research and Innovation (BRIN), Indonesia >> Google
  • Adrian Nur (Oct.-Dec.2012), from Dept. of Chemical Engineering, ITS >> Professor, Univ. Sebelas Maret >> Google
  • Boon, Yih Tien (May-July 2014), Dept. of Process and Food Engineering, Univ. Putra Malaysia >> Dept. of Food Science & Technology, Faculty Applied Sciences, Universiti Teknologi MARA, Malaysia >> Google.
  • Puspita Nurlilasari; from Institut Teknologi Sepuluh Nopember, Surabaya, Indonesia. (2017/10 – 2018/01): Now with Dept. of Agricultural Industrial Technology, Univ. Padjadjaran, Indonesia >> Google
  • Nur Atiqah Surib (MJIIT, Univ. Tek. Malaysia, 2019/11-2020/1) > Google
  • Riski A. N. Utama from Institut Teknologi Sepuluh Nopember, Surabaya, Indonesia. (2023/11-2024/02) > Linkedin
  • M. Eviani, Institut Teknologi Bandung (Chemical Engineering) and The Ministry of Energy and Mineral Resources of the Republic of Indonesia (2025/9/22-2025/10/22) > Linkedin
  • Pramahadi Febriyanto, Institut Teknologi Bandung (Chemical Engineering) and Institut Teknologi Sumatera (ITERA) (2025/10/14-2025/11/13) > Linkedin

Research scholar:

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

Intern “Lab-Rotation” undergraduate students:

  • Hiyori Jojima, 2nd grade, (2022/11-2023/3) Dynamics of gas and aerosols in combustion > Final presentation
  • Nanami Fujiki, 2nd grade, (2023/11-2024/3) Water evaporation in soil samples
  • Haruka Hosoya, 2nd grade, (2024/11-2024/3) “Non-filtration” coffee extraction


Former Students/Fellows: at Hiroshima University.(1998-2007)

Related Fellows (Wuled Lenggoro) ↗


== Current positions of former students == Current members


Diversity-alumni201806