Beaverton, Oregon, United States
Certified in EpicCare Ambulatory, Radiant, client (VB) and server (Cache) code. Specialties: SmartForms, SmartLinks, SmartTexts, SmartLists, Flowsheets, Reports, Custom Print Groups, Custom NoteWriter forms and text generation, Navigators, Security, Profiles, Roles, Menus, Workflow Engine Rules, Results Routing, Episodes, Troubleshooting, Lookitt, Chonicles
- Design and develop novel new embedded tools within the Epic system to support unique organizational needs. - Architect lead for Behavioral Health and Social Determinants of Health functional areas. - Deploy new embedded modules from Epic. - Troubleshoot complex issues. - Work with research teams to develop EHR-embedded tools to support custom workflows for novel clinical research needs. - Work with clinics to customize the Epic EHR system to their individual needs.
- Technical and clinical builder for UCSF's initial Epic install (2010 version). - Provided technical expertise troubleshooting complex Epic problems. - Built tools to support the complex needs of dermatology, allergy testing, physical therapy, and ortho spine surgery. - NoteWriter (SmartForms and Text Generation), Doc Flowsheets, Data Courier, IMO, Programming points, Print Groups, Reports, SmartLinks, Security, Profiles, Preference Lists, SmartSets, SmartTexts, SmartLists, etc.
Developed radiology-specific software for large-scale integrated healthcare databases. Worked in cross-application capacity to develop an integrated reminder letter system for mammography to assist customers in compliance with federal laws and internal communication. - Lead developer for mammography functional area - Participated in all stages of product cycle: design, development, QA, support - Training and development in Visual Basic, MUMPS, and client-server interactions - Certified in EpicCare Ambulatory and Radiant - New employee mentor
Physicist T2: Developed statistical learning algorithm for high-speed detection, identification, and ranging of ground-to-ground weapons (ATGMs, RPGs, tank rounds) less than 10 milliseconds after launch. - Designed and implemented a plan to rapidly retrain algorithm in the field. - Won head-to-head competition, only one week after first field data was collected. - Instrumental in winning $6 million contract. Physicist T1 - Designed and optimized image processing algorithms for targeting, surveillance, and countermeasure uses in IR and visible-spectrum. - Worked on digital stabilization, noise reduction, anti-aliasing, automatic visual enhancements, and merging images from different sources. - Extensive use of Matlab and C++ for development and testing.