- Built custom interfaces to and from a staff scheduling tool, using variously an internal tool that relies on xml files, and SSIS. Both methods interact directly with Haemonetics Blood Establishment Computer Systems (BECS) databases, or use csv or Excel files to move data back and forth with non-Haemonetics BECS systems and time reporting systems.- Created customer-specific code for a drive costing module within a staff scheduling tool (C#).- Built custom “print capture” interfaces (in C++), that parse data from a print stream into a format that a hospital blood management system can use.- Provided support to the Customer Support group when they were unable to help a customer with our Java-based products by researching user interface and SQL script issues and offering workarounds or estimates for proposed solutions.- Provided maintenance for ongoing blood-banking software projects (using Java and Oracle) to allow releases to be delivered to customers on time.- Created a Java software tool to extract one product’s data (blood banking donor info) – from Oracle and xml files – and insert that data into a Microsoft SQL Server database for a second product to use.- Created and modified features for a multi-tier system (Java Swing GUI, JBoss, Oracle) that automated the blood donation process, resulting in increased productivity and accuracy for blood bank customers.- Wrote SQL queries to select data for customer reports, which were formatted using Java4Less. Used stored procedures and triggers as needed.- Created step-by-step product installation instructions along with automated portion that could be understood and executed by installation group, reducing installation time by factor of 10.- Supported multiple data migrations, implemented changes, and maintained and administered problem tracking system ensuring process efficiency, effectiveness and consistency.

• Led small group of engineers in design and development of digital cellular basesite optimization product allowing cellular providers to monitor state of and alter settings on devices in basesite.• Assigned issues and set target dates at weekly change control meetings ensuring tasks were completed in timely manner.• Provided staffing estimates for new features to management to help justify whether or not a feature could be added in a given release.• Interfaced with subsystem test group as primary point of contact, minimizing time lost supporting testing issues.• Created new front end for legacy product, reducing customers’ hardware and training expenses by allowing them to run product on off-the-shelf Windows PCs.

Designed and implemented feature enhancements and problem fixes for battlefield tactical data system, providing an accurate record of data about any current or planned units in system.

• Designed, implemented, and tested data distribution and display/change commands at cellular basesite, saving customers time and expense of training employees in low-level operation of embedded systems.• Reused and expanded above referenced system for another project on different hardware platform, resulting in much quicker deployment of new product.• Integrated other engineers’ work into overall product, ensuring multiple components could be updated in parallel without corrupting final result.• Created major components of generic verification tool which could be configured to compare two data streams from any sources, allowing test validation to be performed more quickly.• Performed low level design, coding and testing for EMX automated regression test tool increasing accuracy and efficiency of system testing group.

Created tools in Ada for internal support of other groups, increasing ability of product developers to produce in accurate and timely manner.