Introduction Estimated Resources and Schedule Closing Summary Project Requirements Solution Approach...

Introduction

Estimated Resources and Schedule

Closing Summary

Project Requirements

Solution Approach

May 06 - 22 Team Information

Prof. Clive Woods Senior Design

Project website: http://seniord.ece.iastate.edu/may0622/

This project will help alleviate miscommunications between doctors and patients. Specifically, it will give patients an alternate means of obtaining information they may have missed or forgotten during their visit to the doctor’s office. This will be possible without returning to the doctor’s office or taking away from the doctor’s time.

Two solutions were designed such that the largest possible base of patients will be able to access and benefit from the system.

Faculty Advisor Team MembersAdam Oberhaus, Cpr E

Srdjan Pudar, Cpr E

Kevin Schmidt, Cpr E

Saalini Sekar, Cpr E / E E

Client

Studies show that patients often miss important information during doctor visits or forget this information after leaving the doctor’s office.

This project suggests ways in which patients could retrieve important information without the need of contacting the doctor, or using more of the doctor’s time. The project focuses on prescription information for McFarland Clinic in Ames and ways to get this information to the patients. The solutions that were devised include an automated phone system and a touch screen kiosk that would be located in pharmacies/drug stores.

• Prof. Clive Woods• Dr. John Lamont• Prof. Ralph Patterson III• Ms. Mary Ness of McFarland Clinic, Ames, IA

Item Description CostPoster $ 60

RFID Evaluation Kit $ 0 (Donated)

Labor $ 5,990

Other Resources $ 0

Total: $ 6,050

Abstract Acknowledgements

Estimated Resources Personnel Efforts

Project Schedule

Intended Users and UsesUsers• Prescription medication users

Uses• Review prescription information from outside doctor’s office

Kiosk • Pharmacy/drug stores • Controlled temperature 50-80°F • High traffic area

Phone System • Controlled central location • Controlled temperature • Limited physical access

Functional Requirements

Design Objectives

Operating Environment Design Constraints

Measurable Milestones • Must be affordable for pharmacies to purchase • Simple to use • Easy to use by ill and elderly patients • Accessible from multiple locations

• Project plan documentation • RFID PoC design, testing, demonstration, and documentation • IVR specification documentation

• Present relevant information to customers • Users must authenticate themselves • Capable of connecting to EMR databases • Results should be printable

• Provide security against unauthorized access • Cost must be minimal for patients • Prescription bottles must remain compact • Support different EMR databases

Assumptions

Limitations

• EMR database available• RFID reader/tags available • Some form of authentication required • Kiosk/Phone system able to communicate with EMR

• Actual patient medical records unavailable • Access must be quick and easy for patients and doctors • Cost must be minimal to patient • Prescription bottles must remain compact

Problem StatementStudies have shown that, on average, patients understand and retain less than 40% of the information and instructions provided to them by the doctor during an office visit.

General SolutionBy focusing on one clinic and specifically prescription information, the team hopes to improve patients’ understanding of their medical treatment and avoid dangerous misunderstandings.

End Product• Documentation• Proof-of-concept (PoC) of RFID kiosk• Specifications and requirements for automated phone system

Approach

Testing Considerations

Technology ConsiderationsSoftware languages• Java• C#

Scanning technologies• Barcode• RFID

Automated phone systems• Interactive voice response (IVR)

• Research current medical practices• Research solutions in place at one clinic• Create systems for remote information access for a wide range of patients

Figure 5. Estimated schedule

• GUI appearance and usability• Navigation of system• RFID reader connection to remote database

Figure 1. Phone system block diagram

Patient ID

Patient PIN Patient’s phone

Server

PatientDatabase

Medicine InformationDatabase

EMR Database Environment

Database read interface

Phone line

RFID information

PatientDatabase

Medicine InformationDatabase

User

Pharmacist

EMR Database Environment

Database Read /write

interface

Database read interface

Pharmacy RFID Reader

Pharmacy RFID Encoder

RFIDtag

RFIDtag

Figure 2. RFID system block diagram

Figure 3. Example RFID transponders Figure 4. RFID Evaluation Kit

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Kevin Schmidt

Adam OberhausSrdjan Pudar

Saalini Sekar

Figures 3 and 4 courtesy of ti.com