pk1230h / course-project

# CSE360_Project This is a collaborative project for CSE360. Our basic goal is to create a "health management system" that fulfills
the needs of a basic private clinic. The various features can be found below

#Group Website For Management http://group.ryan-schachte.com

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Project Contributors:

Admin Wade Kariniemi- [email protected]
Admin Katelyn Duffy- [email protected]
Lead Dev Ryan Schachte - [email protected] - (480) - 452 - 8825
Dev Reman Koshaba- [email protected]
Dev Kevin Duong- [email protected]
Dev Minghao Wei(ming) [email protected]
Dev Po-Kai(Jerry) Huang- [email protected]
Dev Javier Peralta - [email protected]
Dev Jezreel Garcia - [email protected]
Dev Sang Le - [phone] - [email protected]

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Useful Tutorials & Learning Resources
The Polls Tutorial (Written) This is a very useful tutorial written by English professors. The documentation is great and walks you through the basics of getting started.

Getting Started with Django with Kenneth Love (Video) Also a very good beginner tutorial that will actually walk you through building a functional app with a database implementation and useful functionality.

Creating MVP Landing Page in Django with Justin Mitchell (Video Series LONG) Don’t go through every single video in-depth. It’s time consuming, but very useful.

#Relevant Resources
We will be using HipChat for seamless group communication of the web. Click Here
We will be using Trello for clean and simple project management. Click Here
We will be using Django framework, you can find a tutorial Here
For Windows

#Various Features
Managing patients’ information.
Facilitating interactions between patients and health providers.
Analysis of relevant statistical data for patient populations.

1. Registration Information:
I. Personal data, name, current address, SSN, contact details and health care insurance information.
II. Patient medical history (before the first visit)
a) Health service provider (HSP) staff upload the medical reports (any known allergies, or past medical history) which can be accessed by health service providers.
b) HSP staff can update the medical history records.
c) The patient health records and history are stored.

2. Schedule Appointments
a) Patients can request for appointments to health providers.
b) Patients selects the doctor (or the category of doctors) for requested appointments (based on the patient’s requirement, such as the types of healthcare problems).

3. Update Healthcare Conditions
a) Patient can update health conditions/concerns based on welldefined systems like chest pain, nausea etc.
b) Patient can send alert of health conditions/concerns to the IPIMS.
c) IPIMS can determine the health condition severity of each patients. The implemented system should provide accurate outputs for quality evaluation.
d) Arrival of an input with severe condition will trigger appropriate actions to the healthcare provider for appropriate actions.
e) In case of emergency, alert will be triggered to the available doctors of emergency ward depending on the type of health concerns.

4. Service to Doctors
a) Doctors can access each patient cases from IPIMS.
b) Doctors and nurses update health conditions/concerns of patients.
c) Doctors can e-prescribe (with print functionalities) medicines and lab tests.
d) Doctors can also access lab records of patients.

5. Service to Staff
a) Healthcare service provider staff can retrieve information of each patients like pharmacist can access the prescription of the patients recommended by the doctor etc.

6. Lab Records
a) Lab staff can enter or upload lab reports of patients.
b) Lab staff can edit lab records of the patients.
7. Generation of Healthcare Statistical Reports
a) Analysis of health outcomes.
b) Tracking of the admission rates.
c) Analysis of type of patients etc.
d) Analysis of patient populations.

7. Generation of Healthcare Statistical Reports
a) Analysis of health outcomes.
b) Tracking of the admission rates.
c) Analysis of type of patients etc.
d) Analysis of patient populations.

#Optional Features
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