Provide software consulting services to Censeoinsight.com for building a map based planning application that employs Angular JS, context dependencies injection (CDI), EJB, and RESTful services.Used our automated software transformation tool, we automatically generated a fully functional Fast Healthcare Interoperability Resources (FHIR) implementation based on the FHIR specifications. The generated code is available on GitHub.comResearch a newly automated software transformation approach, which overcomes the limitations of the automated software direct translation. The project will be based on two concepts: a separation between the mapping specification and transformation definitions, as proposed by Alouini et al. (2011), and a retargetable transformation technique (Parr 2010) that uses a template-based approach for automatically transforming one architecture to another.

Teach Introduction to JavaScript

Teach the following coursesCS& 141 - Java IntroductionIntroduction to Python Introduction to Linux

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Proposed, designed and developed a model-driven translation framework that transforms legacy languages like PowerBuilder to a responsive web application. This framework is a marriage of the compiler and the web technology.Led a team of seven engineers to develop the aforementioned solution by utilizing following technology and tools: compiler, Backus Naur grammar, StringTemplate, JPA, HTML5, CSS3, JS, database, git, Gradle, Google Guice, AngularJS, Java, RESTful service, Bootstrap, and SQL.Successfully led a team of seven engineers to modernize a PowerBuilder application to a responsive web application using AngularJS 2.0, RESTful web services, and JPA based on the newly designed model-driven transformation framework.

Improved and automated the Financial Request Approval (FIR) process by designing and developing a predictive model that predicted the financial health growth of potential suppliers using a decision tree. The application was written in Java with a Struts framework and a Teradata database.Improved workplace safety by successfully developing an ETL application that loaded financial data from Third Party Administrators (TPA) in COBOL format to a relational database and a data mart. Reports from the application helped to determine the most common causes of accidents and injuries. The application was written in Java with a Spring framework and an Oracle 11g database.Developed a J2EE web application that replaced a tedious manual reviewing process using Excel. This application resulted in a cost and time saving for worker compensation reviewers. The application was written in Java with a Spring framework and an Oracle 11g database.Led a back-end data team in designing and developing an ETL tool that extracted, transformed, and loaded data from different sources such as MS Word and MS SQL to an Oracle database. This tool successfully consolidated data from different organizations into a single-source repository. The application was written in Java for an Oracle 11g database.Developed a parser that extracts useful information from thousands of MS Word documents and stored the result in a relational database. The application then used XML and Apache FOP to reconstruct and generate PDF format documents nearly identical to the originals.

Architected, designed, and implemented a RADIUS protocol based on RFC-2865 and 2866 in Java that employed web services, UPD, a RADIUS protocol, XML, and XML schemas. This RADIUS implementation was employed in Connexion by Boeing for ISP authentication, authorization, and accounting (AAA). The application was written in Java for an Oracle 11g database.Senior Java Developer—Collaborative research project with Boeing Research and Development.Developed a Ground-Based Reason (GBR) application for the C17 aircraft by integrating an online analysis web application with real-time data mining and Bayesian and reasoning analysis. This online analysis tool included a hierarchical recursive association that showed likely faulty components based on Bayesian analyses results. This research provided a foundation for a commercial tool that helps airlines save time and cost by quickly identifying likely faulty components. The application was written in Java for an Oracle database.