Leads a Software Development team to deliver on assigned software product applications. Responsible for the overall design, implementation, and deployment of software products. Designed, developed, deployed, and support the cloud-hosted enterprise and Web-based application ClockWorks. Actually deployed and being used by more than 250 universities and colleges in the US and Canada. e.g. Stanford University, Brown University, University of Toronto, Ohio State University, North Arizona University, University of South Florida, among others.Accomplishment: Cloud-based application hosted on Microsoft Azure using ASP.NET Core, REST services, Azure Storage, and Azure SQL Server. Enterprise application with desktop and Web-based clients with a high level of performance, scalability, and security.Designed, developed, and supported an Alternate Media system using ASP.NET Core Web API.Accomplishment: Allows to keep a workflow of Alternate Media requests for books, audio, videos for students with disabilities. Converts existing student requests into jobs, assigning them to staff or volunteers. Keeps the status of the jobs and requests and notify the students when the files are ready for download. Allows students to go Online and make Alternate Media requests for their books, track their status, and download the files when completed.Designed, developed, and support an Inventory System using SOA.Accomplishment: Keeping track of items' locations, status, and staff's loans, printing reports, and searching and sending automatic reminder emails when a loan due date comes.Designed, developed, and supported an Automatic Updating System to keep all ClockWork's North America Universities and Colleges up-to-date. Cloud-based system using Azure Cloud Services and Storage.

Designed, developed and supported over 10 Geographic Information Systems (GIS) applications based on clients' demands for different governmental sectors in Latin America and Europe countries.Designed and developed a multi-language model for semi-automatic translations of textual information in Graphical User Interfaces. Accomplishments: Automatic scanning of all texts without a proper translation, creating an XML resource file containing them, sending the file to a translator and converting back to a satellite assembly.Team leader in managing, designing and implementing 3D Graphic Framework to develop 3D GIS applications. Accomplishments: Wrapped functionalities in well-known Graphics APIs (OpenGL, DirectX) into a 3D Graphics Framework specific for GIS environment.

Designed and developed a complex 3D system for visualizing remote geospatial data. Progressively loaded a huge amount of cartographic data, aerial photos and digital terrain model to represent a realistic representation of the terrain. Unsupervised navigation around the scene used for demonstrations.Accomplishments: Realistic rendering of terrain models with aerial photos as texture, 3D buildings, places of interest, routing information, etc. It was useful as advertising at fairs and expositions to capture client attention.Developed an Object-Oriented Framework for processing spatial data which included Computational Geometry Algorithms, Spatial Data Structures and very accurate numeric precision to work with ESRI's geospatial data format (Shapefiles).Accomplishments: Useful for building batch tools for processing huge amount of cartography. As a result, it was necessary to implement most efficient algorithms and Data Structures to deal with spatial data. Programmed modules for solving routing problems in GIS environment.