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Research Scientist
:
Mitsubishi Heavy Industries Ltd, Yokohama , Japan
& Department of Earth and Planetary Sciences, Tokyo, Japan
December 2002 to September 2006
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Development of University
of Tokyo Community Model ( UTCM)
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Developed Ocean - Atmosphere
interface for UTCM
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Incorporate newly developed
convection scheme based on gross moist stratification into
the UTCM code
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Involved in the incorporation of
new cloud scheme into the UTCM code
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Worked on a project related to
human , nature and environment funded by the Ministry of Education ,
Japan
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Its main purpose was to make
the Saudi Arabian Semi-desert region oasis
Post Doctoral Research Fellow
:
Department of
Meteorology , Florida State University, Tallahassee, Florida, USA
October
2000 to December 2002
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Worked on Florida State University Global
and Regional Spectral Models over the North American Monsoon
and Asian Summer Monsoon regions.
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Worked on High Resolution Numerical Weather
Prediction over the Indian Subcontinent using Florida State University
Global and Regional Spectral Models
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Implemented Regional Spectral Model
into the Florida State University Coupled Atmospheric and Ocean
model for seasonal forecasts over the North American Monsoon as well
Asian Summer Monsoon regions.
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Worked on real time seasonal super
ensemble precipitation forecasts over the North American Monsoon
Region using Gaussian - Jordan , Singular Value Decompositions
Empirical Orthogonal Function and Artificial Neural
Network Techniques.
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Started Seasonal climatic forecasts
using ensemble and super ensemble methodology.
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Involved in the Indian Summer Monsoon
Super ensemble initiative , generating datasets for all summer
months since 1987 using Florida State University Regional Coupled
Model
Lecturer
:
Mody
College of Engineering and Technology, Lakshmangarh , Sikar,
Rajasthan
February 1999 to September 2000
Research Fellow :
Centre for Atmospheric
Science , Indian Institute of Technology, Delhi, India
1994 to 1998
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Developed three-dimensional
Ocean General Circulation Model in Stretched coordinate from Scratch
first time in India.
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Model Validation and lots
of thought experiments were done to improve the deficiency of
the model core .
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Using AMIP data sets
realistic experiments were done which shows the model capability to
simulate the E1-Nina type events.
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Some experiments were done
to understand the impact of stretched coordinate.
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