Shigeki ASHIDA
 
Assistant Master eng.

Assistant; Department of Architecture and Urban Design

TEL: +81-77-561-4983  (intramural line 8822)
FAX: +81-77-561-3024
ashida-j@st.ritsumei.ac.jp

Career

- Mar.1980  Gifu Prefectural Kano Senior High School
Apr.1980 - Mar.1984  Faculty of Engineering, Kyoto University
 Bachelor of Engineering (31 Mar. 1984)
Apr.1984 - Mar.1986  Graduated School of Engineering, Kyoto University
 Master of Engineering (24 Mar. 1986)
Apr.1986 - Aug.2000  Engineering Section, Construction Machinery Division
 Kobe Steel, Ktd.
Sep.2000 - Mar.2004  TU München, Chair for Realization and Informatics of Construction
Apr.2001 - Mar.2004  TU München, Facility of Architecture
Apr.2004 - Mar.2007  Graduated School of Science and Engineering, Ritsumeikan University
Apr.2004 -     Department of Architecture and Urban Design, Ritsumeikan University

Research activities

Apr.1983 - Mar.1985

 Study on the estimation of soil strength by mixing blade.

    - in case of sandy soil (- Mar.1984; Thesis for Bachelor degree)

    - in case of clayey soil (- Mar.1985)

Apr.1985 - Mar.1986  Study on the monitoring in deep mixing method (Thesis of Master degree)
Oct.1986 - Jun.1987  Estimation for the behavior of slurry mixed columns by 3D-FEM
Jan.1988 - Sep.1990

 Study on the drivability of vibratory hammer

 (to make an automatic vibration control system)

Oct.1990 - Mar.1991  Study on the method of active suppression for ground vibration
Apr.1991 - Aug.1993  Study on the advanced digging method for gravel layer
Sep.1993 - May1995  Estimation for the resistance of soil against a chain-saw type cutter
Jun.1995 - Mar.1998  Development of a method for making inclined slurry wall
Apr.1998 - Aug.2000  Development of a higher efficient digging method for hard ground layers
Sep.2000 - Mar.2004  Concept Study on Future Cockpit for Construction Work
Apr.2004 -  Study on an optimum social service system for stable food sufficiency

Membership

Research areas

  1. Monitoring and control system
  2. Future control system of construction work and facility management

  3. An optimum social service system for more stable food sufficiency
  4. Social service system for human life; Research group for Kuhnel-asobu

Appendix

  1. After 3 years and a half at the “Technische Universität München”