Chief Technology Officer at Aionex, Software Engineering Lead at Aionex
Location:
Greater Nashville Area
Industry:
Hospital & Health Care
Work:
Aionex - United States since Jan 2008
Chief Technology Officer
Aionex since Aug 2007
Software Engineering Lead
COLSA 2005 - 2007
Software R&D Lead
COLSA May 2000 - Aug 2004
Software Engineer
Becky Badgett - Goodlettsville TN, US Jeremy Rodgers - Goodlettsville TN, US Lee Smith - Goodlettsville TN, US Curt Freemyer - Goodlettsville TN, US
Assignee:
Aionex, Inc. - Goodlettsville TN
International Classification:
G06Q 10/00 G06Q 50/00
US Classification:
705 2, 705 3
Abstract:
A communication and workflow management system and method is provided for integrating a wide range of health care organization workflow management functions, generated by automated systems, manual and automated events associated with patients and staff interactions, through input-output devices such that requests and dispatch requests can be handled locally or over a widely distributed network, and can be tracked and escalated as required. The invention features a rules engine and database that identifies and defines resources, patients, tasks, and task handling. The invention uses extensive logic for the assignment of tasks and communication with resources that can execute tasks, tracking, completion of task, and escalation of tasks. The communication system can be integrated with staff and equipment tracking for automated closure of tasks.
Healthcare Communication And Workflow Management System And Method
- Goodlettsville TN, US Jeremy Rodgers - Goodlettsville TN, US Lee Smith - Goodlettsville TN, US Curt Freemyer - Goodlettsville TN, US
Assignee:
Aionex, Inc. - Goodlettsville TN
International Classification:
G06F 19/00
US Classification:
705 2
Abstract:
A communication and workflow management system and method is provided for integrating a wide range of health care organization workflow management functions, generated by automated systems, manual and automated events associated with patients and staff interactions, through input-output devices such that requests and dispatch requests can be handled locally or over a widely distributed network, and can be tracked and escalated as required. The invention features a rules engine and database that identifies and defines resources, patients, tasks, and task handling. The invention uses extensive logic for the assignment of tasks and communication with resources that can execute tasks, tracking, completion of task, and escalation of tasks. The communication system can be integrated with staff and equipment tracking for automated closure of tasks.