Bharat Heavy Electricals Limited Bangalore 560 012
 
 

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Name: Dr. Madhusoodana C D

Designation: Manager /CTI

Qualifications:  
 
 B.E (Ceramics), Gulbarga Univ;  
MSc (Engg), IISc, Bangalore
Diploma in Advanced Research in Chemistry & Chemical Engg:Tokyo Institute of Technology, Japan
Ph.D (Ceramics): Tokyo Institute of Technology, Japan

Specialization:

  1. Ceramic fabrication technologies: Extrusion, Injection moulding
  2. Honeycomb ceramics & other environmental ceramics
  3. Porous ceramics ( macro, nano & micro porous materials)
  4. Gas separation membranes

Professional Experience: 

1 year of R & D at TATA Refractories, Belpahar, Orissa, India (1990-1991)
15 years of  R&D at  CTI, BHEL, Bangalore, India ( Since Oct 1991)

UNIDO  Fellow at Alfred University, USA (1993)

UNESCO Researcher at  Tokyo Institute of Technology, Japan (1999-2000)

Visiting Researcher at Tokyo Institute of Technology, Japan (2002-2006)

 Achievements: 
  Projects:
     Successfully carried out many products development projects and national, international collaborative projects. 

Publications

  1. 26 papers in International Journal

  2.  9 International & 10 National Conferences Presentations.

  3.  10 patent applications:

AWARDS
·        First Rank in BE

·       UNIDO/UNDP  Fellowship at Alfred University, USA (1993)

·        UNESCO Fellowship at Tokyo Institute of Technology, Tokyo Japan(1999-2000)

·        JSPS-RONPAKU fellowship, Japan (2002-2006)

MEMBERSHIP:

    Life member of Indian Ceramic Society

    Hon. Secretary of Indian Ceramic Society- Bangalore chapter.

 Projects

A. Completed projects

  1. Cordierite honeycombs & catalytic converters for automobile pollution control
  2. Cordierite diesel particulate filter for bus/loco/DG
  3. Injection moulding of various materials viz: Alumina, PZT etc
  4. Zeolite honeycomb & membrane preparation
  5. High surface area material

B. On going projects

1.      Hot gas filter candle development

2.      Gas separation membranes for CO2 capture

3.      Mesoporous materials

4.      Characterization of electro porcelains

C. Collaborative work

1.  CEPS, Darwar

2.   RRL, Trivendrum
                                                                                     

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