EpicCare Ambulatory Analyst (Hicksville)

Job description

EpicCare Ambulatory Analyst

This position is a full-time / salaried on-site opportunity based in Hicksville, Long Island.

The EPIC System Analyst is responsible for design, build, testing, validation, and ongoing support of EpicCare Ambulatory applications. Perform basic analysis of the daily use and administration of assigned IT system(s). Work closely with Operational counterparts to ensure delivery of expected outcomes. Provide expert and creative solutions to end-user requirements and problems. Test and troubleshoot existing and proposed assigned system(s). Generate reports as requested, including writing specifications for custom reports. Provide support and troubleshooting to end users. Document end-user issues and recommend steps to prevent recurrences. Work collaboratively with other EPIC applications and the Training Team to provide positive outcomes for our end users.

Education :

Bachelors degree preferred, or equivalent experience.

Experience :

Requires at least 1+ years of related experience :

• Ambulatory proficiency / certification required
• MyChart experience a +
• Ambulatory orders / order transmittal build knowledge a +

Knowledge and Skills :

Possess clinical application knowledge and experience

Positive attitude, detail oriented, self-motivated, critical thinker

Ability to troubleshoot basic application issues and provide solutions from an existing knowledge base

Basic presentation skills

Ability to interact and develop relationships with intra-departmental teams

Effectively communicate in both oral and written form to a widely diverse audience

Requires basic understanding of healthcare terminology, clinical application configuration and / or workflows and related technologies

Requires basic skills using Microsoft Office Suite (Outlook, Word, Excel, PowerPoint)

Ability to complete work assignments in a timely manner as assigned by supervisor with minimal oversight

Excellent customer service skills

Ability to multi-task effectively in a rapidly changing environment