Jyotirmaya Nanda

Design and development of information technology solutions for data sharing, data analysis, and GIS data visualization Designed and demonstrated a scalable web framework for semantic inference and filtering on natural language text to create narratives from key word search, sponsored by ARL Successfully completed integration & visualization of flight track data, aeronautical charts using IAI’s GIS tool called QuickMap for Next Generation Air Transportation System for NASA Lead the development of an IT solution for collecting, storing, and presenting informal knowledge in electronic continuity folders – using SOAP web services and managed within MS SharePoint, a project sponsored by AFRL Designed and developed enterprise CMS for IAI’s Bids and Proposal system that now supports 100+ authors from identification of RFP to submissions of complete proposal (including identification of related past performance)

Technical and programming lead to develop knowledge management solutions using semantic web framework Designed and developed a GIS editor with ETL capabilities to generate KML files from multiple (MySQL, Postgre, and Oracle) database. It also supports 2D/3D GIS visualization, connectivity to WMS/WFS and Tile Servers Developed solution for conceptual modeling of knowledge and its representation in cognitive systems sponsored by DARPA Designed an integrated and extensible cost evaluation and simulation system for Army Designed and Demonstrated a web based information management tool for blood donor data sharing, sponsored by OSD

M.S. and Ph.D. research in Industrial Engineering with a minor in High Performance Computing. Ph.D. 1. Capturing product design information using semantic web paradigm in a distributed design environment 2. Automated product platform analysis on design knowledgebase for mass customization 3. Comparing product design information and redesigning products from product platform prospective 4. Web based product design information management M.S. Mathematical analysis of Pennsylvania Transportation Institute (PTI) vehicle test data using Support Vector Machine, Neural Networks, and Regression.

1. Developed a graph theoretic mechanism for Service Configuration Management using Semantic Web technologies 2. Designed, and developed a prototype rich client application for (i) Visualization and analysis of service configuration concepts in a graph structure (ii) Generation of partonomic relationships in service configurations

Ph.D. minor in High Performance Computing