Pramita Ghosh

Senior Business Analyst

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Location:

New York, NY

Industry:

Hospital & Health Care

Work:

Education:

Rutgers University - Newark 2012 - 2015
Masters, Bioinformatics, Informatics Lehigh University 2007 - 2010
Bachelors, Biology Northampton Community College 2008 - 2009
Freehold High School
Rutgers University—Newark
Master of Science, Masters, Bioinformatics

Skills:

Matlab
Data Analysis
Microsoft Office
Pcr
Sas Programming
Maple
Microsoft Access
Mathematical Modeling
Microsoft Office
Public Health
Access
Statistics
Corvid Eval Decision Support Systems
Rias Coding
Mysql
Linear Regression
Logistic Regression
Data Modeling
Clinical Decision Support
Digital Image Processing
Databases
Statistical Data Analysis
Qbasic
Public Speaking

Interests:

Running

Languages:

English
Spanish

Pramita Ghosh Marlboro, NJ

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Work:

Rutgers University New Jersey Medical School Department of Preventive Medicine
Newark, NJ
Oct 2012 to May 2013
Research Assistant RIAS

Jun 2012 to Aug 2012
Coder and Research Assistant Lehigh University Health and Wellness Center
Bethlehem, PA
Jan 2009 to May 2010
Patient Greeter and File Organizer Lehigh University Chemistry Department
Bethlehem, PA
Sep 2008 to May 2010
Teaching Assistant

Education:

Rutgers University (formerly University of Medicine and Dentistry of New Jersey)
Newark, NJ
2012 to 2015
MSc in Bioinformatics: Clinical Informatics Lehigh University
Bethlehem, PA
2007 to 2010
BA in Biological Sciences Northampton Community College
Bethlehem, PA
2009
Emergency Medical Technician-Basic in Emergency Medical Services

Skills:

Clinical Decision Support Systemssensitivities/specifici... etc.; backward/forward chaining; decision trees; artificial neural networks: Feed-forward, Back-propagation, Hopfield, Kohonens, Associative memory; transition matrices Data analysisLinear and logistic regressions; Univariate statistical analysis; reporting confidence levels; analyzing normal distributions; normal probability plot creation; performing tests: t-, paired t-, ANOVA, Chi-square; Pearson correlations Mathematical Modeling of diseases and population growth least-square fits; nutritional energy calculations; solving differential equation models; direction fields; Reed-Frost model/Markov chain model for disease infection; Leslie Matrices Medical Image Processingusing indexed, RGB, NTSC, grayscale images; using filters such as Sobel; histogram equalization; detecting edge boundaries; removing noise from images; sharpening images; DCTs and IDCTs; object counting Database Managementcreating forms, reports, and queries)