Resume
EDUCATION BACKGROUND
Masters of Science, Computer Science
University of Massachusetts Dartmouth, College of Engineering
Ending GPA: 3.973
Bachelor of Science, Computer Science/Information Science
University of Massachusetts Dartmouth, College of Engineering
Ending GPA: 3.453
RESEARCH AND PUBLICATIONS
Modeling and Implementation of Decision Support System (DSS) to support Imposition of Seasonal Load Restriction (SLR) Through the Integration of Commercial Remote Sensing (CRS), Model-View-Controller (MVC) Architecture and Object Relational Mapping (ORM) August 2015 - University of Massachusetts Dartmouth
A Decision Support System (DSS) application has been developed that uses CRS&SI for collecting atmospheric, subsurface, and predicted weather data. The DSS is used to compare, interpolate, measure, predict, and determine depth of frost and thaw penetration into the subsurface of roadways across New England. The implemented DSS consists of a web based front end graphical user interface (GUI) that leverages popular web based technologies, programming interfaces, data collection scripts, data evaluation scripts, data interpolation scripts, predictive modeling, and a centralized database object model. The collective outputs and displays of the DSS calculations, data collection, and data processing help support or negate the decision of DOT professionals in the imposition of load restrictions on given roadways.
Implementation of Decision Support System (DSS) through the Integration of Commercial Remote Sensing (CRS), Model-View-Controller (MVC) Architecture and Object-Relational Mapping (ORM) December 2013 - International Journal of Computer Applications
In order to aid in the processes of data collection, interpolation, analysis, and predictive model development the integration of commercial remote sensing and spatial information technologies (CRS&SI) with object oriented modeling (OOM) using the model view controller architecture (MVC) has been applied. A Decision Support System (DSS) application that uses CRS&SI for collecting atmospheric, subsurface, and predicted weather data, is used to compare, interpolate, measure, predict, and determines the depth of frost and thaw penetration into the subsurface of roadways across New England, This process is used in order to guide State Departments of Transportation (DOT) in determining when to impose Seasonal Load Restrictions (SLR). Seasonal load restrictions limit the travel of heavy trucks on certain roads such that state DOT’s can limit the damage to the roadway surface. The implemented DSS consists of a web based front end graphical user interface (GUI) that leverages popular web based technologies, programming interfaces, data collection scripts, data evaluation scripts, data interpolation scripts, predictive modeling, and a centralized database. The database was developed for storing newly collected, historic, and predicted data. This paper includes the description of the general purpose and use of the system and a discussion regarding the architecture, individual components, interactions, and a description of the sequence of events for data collection, processing, prediction, and interpolation.
Modeling and Decision Support System to Determine when to Impose Seasonal Load Restriction (SLR) September 2012 - WAMS Rome, Italy
Modeling and Decision Support System to Determine when to Impose Seasonal Load Restriction (SLR), accepted for publication in the Proceedings of The International Workshop on Applied Modeling and Simulation (WAMS) - Rome, Italy - September 2012
Data Collection via CRS & SI Technology to determine when to Impose SLR April 2012 - XVIII Sigma Xi Research Exhibition
Specification of data collection methods using CRS & SI Technology in preparation for the use of data within DSS aiding state and local DOT’s
EMPLOYMENT HISTORY
Senior Software Engineer (Frontend Lead) (Jan. 2022 – Present)
Downtown Music Holdings
New York, New York
Senior Software Engineering Team Lead (Jan. 2020 – Jan. 2022)
Factory Mutual Insurance Company
Johnston, Rhode Island
Lead Software Developer (Mar. 2019 – Jan. 2020)
AIPSO
Johnston, Rhode Island
Senior Softare Developer (Nov. 2013 – Feb. 2019)
Ocean Spray Cranberries, Inc.
Lakeville-Middleboro, MA
Lead Software Engineer, Owner (Jan. 2012 – Jun. 2020)
Igoe Solutions LLC
Rehoboth, MA
Senior Software Engineering Consultant (Jan. 2011 – Oct. 2013)
Playrific Inc
North Billerica, MA
Software Engineering Consulting Contract (Mar. 2012 – Apr. 2012)
United States Navy
Newport RI
Software Engineer Consultant (Jan. 2012 – Mar. 2012)
USS Constitution Museum
Boston, MA
Software Engineer Consultant (Dec. 2009 – Jan. 2011)
College Planning Strategies, LLC
Medway, MA
Web and Mobile Engineer, Owner (Sept. 2007 – Jan. 2012)
Igoe Design LLC
Dighton, MA
Software Engineering Researcher (Sept 2011 – Dec 2013)
University of Massachusetts Dartmouth
North Dartmouth,MA
Library Digital Systems Developer (May 2008 – Dec 2010)
University of Massachusetts Dartmouth
North Dartmouth,MA