Las Vegas, Nevada, United States
Experienced engineer with strong project management and AutoCAD skills, interested in product design, research and development, and data analytics. Focused expertise in hospital operations and third-party integrations using national communication standards. Additional familiarity with non-visual robotic systems and autonomous navigation.
•Leading and executing migration efforts across varied source systems into Epic, partnering closely with client stakeholders and HDM project teams. •Designing and maintaining repeatable ETL processes, perform iterative validation and reconciliation, and support integration through middleware and interface tools.
•Led integration projects through the sales process to create licensing, budget, and timeline requirements •Integrated multiple software platforms via Celigo iPaaS including Amazon, Shopify, HubSpot, and NetSuite •Designed and developed custom solutions through scripting to accommodate special business scenarios •Supported clients after initial implementation to build relationships, address new goals, and manage technical errors
• Managed client teams of two to four people on year-long projects to convert legacy data and implement enterprise healthcare software on critical timelines -- Interface coordinator for two projects, promoted to interface manager for two additional projects • Led internal process improvements in two areas of developed expertise -- Developed a process to identify, track, and promote the removal of custom programming code found in client environments -- Revamped customer-facing trackers and overall process for conversions validation, resulting in improved outcomes and efficiency • Mentored incoming new hires to help grow their personal careers
• Prototyped and developed an autonomous robotic lawnmower for commercial use in the outdoor product line • Designed and implemented robot localization by configuring ultrasonic, DGPS, UWB, and visual systems • Incorporated many simple, cheap sensors together with custom algorithms to employ a robust safety system
• Designed six CAD prototypes of a floating ‘golf green’ resulting in a 1.3x size increase and an 8x weight reduction • Evaluated materials and configurations to improve functionality and address corrosion and durability concerns • Led market research to propose future locations in the D.C. area to quickly capitalize on a first-to-market advantage • Proposed alternative offerings including “open swing” sessions to inexpensively expand the customer base