Re-inventing Business Processes for Skin Cancer Treatment

This project aims to implement the re-invention of business processes for skin cancer treatment using BPM workbench 4.2 process model implementation. It includes analyzing the As-Is and To-Be models, costing tables, and a conclusion. The project focuses on improving the health sector's electronic health records and interconnecting various healthcare applications.

Re-inventing Business Processes for
Skin Cancer Treatment

Table of Contents
Introduction.........................................................................................................................................2
Description of this process model analysis.........................................................................................2
Costing table on As-Is-Model.............................................................................................................2
Costing table on To-be-Model............................................................................................................2
Conclusion............................................................................................................................................2
Reference..............................................................................................................................................2
Appendix..............................................................................................................................................3

Introduction
The main aim of this project is to implement the re-invention Business processes for
skin cancer Treatment by using the BPM workbench 4.2 process model implmentation. The
concept is to implement a reseach on Austrian government of helath and aging to improve the
health sector's electronic health records which supports all the ehealth application
interconnecting the public, private and skin cancer medical treatment improvement, non
medical status, hosipital, pramacy, and specialist on the business process model
implementation. The HER directly interacts with HIS, RIS, and PACS and stores the patient
data in a remote database server. This project implements three type of tasks, where the first
one includes undertanding the whole business system model, and secondly to implement the
As- Is process diagram by using BPM workbench, and third one refers to implementing a to
be process diagram to analyze the improvements in the medical process health care service.
Task 1- Understanding the process model analysis
REQ# Description Risk Effort Priority
R1 All user login
H M C
R2 Physican and
nurse create
new record
M M I
R3 Physican and
nurse create
new problem
M M I
R4 Physican and
nurse create
new visit
L M I
R5 Physican and
nurse Edit
records
L M I
R6 Physican and
nurse insert

procedure M H C
R7 Physican and
nurse finalize
procedures
M L U
R8 Physican and
nurse access
patient records
H H C
R9 Physican and
nurse allocate
pathology
report to
precedures
M L I
R10 Physican and
nurse upload
document and
image
L M I
R11 Physican and
nurse generate
the print form
M M I
R12 Physican and
nurse generate
bills
L M I
R13 Physican and
nurse hold or un
hold bill
L M I
R14 Physican and
nurse
receiptionist
print bill
L L U
User login R1
The nurse and patient of the client login can be utilized for executing the client validation
security administration. Making Tables show the numeric and non-numeric information,

which is available in an associated document. There are three classes of information that you
can show for utilizing the standard tables: Repository Organization Data, Repository Process
Data, and Process Data. Archive Organization Data and Repository Process Data tables.
These tables contain the majority of data from a particular segments in the Repository.
Procedure Data tables contain the data received from the dynamic Process window (Akhu-
Zaheya, Al-Maaitah and Bany Hani, 2017). At a point, when the data class from the Table menu
is chosen for the survey, a default table for that data is opened. You at that point sort,
channel, or organization that data by utilizing the other Table menu highlights.
R2 –Create a new record
Make a new record on the patient record details and keep up all the records to store it on the
remote database server, which is distinguished as the first run through record portion.
.

R3, R4, R5
It can help the physicians and nurses the ability to create a problem in a patients’
record. When the patients have a problem (Asogwa, 2012), the specific problem will be
described and diagnosed. It can enable the physicians and nurses to record each visit of the
patient, which might have various problems and different procedures. It can also enable the
physicians and nurses to edit the records by updating or adding more information.
R6 R7

It gives the doctors and medical caretakers the capacity to note down the issue in the patients'
records (Do et al., 2011). In cases where the patients have any medical issue, the issue will be
described and analysed. This will empower the doctors and attendants to record each visit
that may have different issues and various methods assisted to the patient. Also the doctors
and medical caretakers can alter the records by refreshing or including more data.
R8, R9, R10
The inserting technique or method can allow the physicians and nurses to choose the
appropriate procedures for one or more issues (Kelley, 2014). The patient's full record can be
displayed to the physicians and nurses, and can finalize the system Manner.
R11

R12, R13, R14
It allows the doctors and medical caretakers to create bills and print them on the skin
cancer treatment framework. It also allows them to hold the bills til the end of the treatment,
untill then un-hold them to proceed with the procedure (Rockswold and Finnell, 2010). Thus,
the doctors, medical attendants and secretary can print the medical bills.
Task 2-Costing table on As-Is-Model
The costing on the As-Is-model procedure can be utilized for accompanying the
techniques on breaking down, approving, and integration of the patient record on the business
procedure usage. The specialist can check the patient's records and recognize the digest on

each recorded data. It upgrades the social insurance and gives a high calibre of
administration. The analysing of the skin cancer level for each sort of health application is
interconnected by the EHR, which offers associations between human service suppliers, open
and private clinics, the drug store and restorative and non-medicinal suppliers (Sherif, 2010).
Despite the fact that the medicinal services, when all is said is done in a tremendous subject
zone internationally late research has demonstrated that the skin malignancy is an expanding
issue in Australia and around the globe, and is the most well-known analysed disease (Public
Health Association). The human service business procedure model investigation on the Skin
disease As-Is model normal and weighted an incentive on complete cost is worth $290.
Task 3-Costing table on To-be-Model

The process of sampling the methods can use a variety of steps that includes,
identifying data records, sampling, verification, analysis, integration, implementation and
maintenance process. The database does not combine the triggers to verify the data before
storing such data, for example, a trigger is required for the database to capitalize the first
letter and last name of a given name (Cook, 2012). There may also be another trigger to ensure
that there is no duplicate data, for example if a patient checks a file, the receptionist adds a
new file incorrectly, the user does not realize this and the system currently accepts the change
(Rudd and Frei, 2011). Analysis of the business process model for skin cancer weighing is on
the average and the total cost effectiveness value Is $390.

Conclusion
This project's main objective is completed, which intended to complete the business
process for skin cancer (Sunyaev, 2013), with the help of BPM Work Bench 4.2 Process
Model. It's concept is to help the Austrian health government to improve the health sector in
electronic health records supported by all the health care applications that they can
interconnect with the public, private and skin cancer medical development, Expertise in
Progress, Non-Medical, Hosipital, Pharmacy (Wise and Lovell, 2013), and Business Process
Modeling. The Health Care Business Process Model Analysis Sample for Skin Cancer
weighs on the average and the total cost value is $ 260. Analysis of the business process
model for skin cancer is $ 390 to be improved the process model proritity. HER
communicates directly with HIS, RIS, and PACS and stores the patients' data in a remote
database server. As a whole, a complete business organization model is presented, along with
it's As-Is process diagram, and a to-be process diagram.

Reference
Cook, A. (2012). Re‐inventing the Forecasting Process at a Multinational skin cancer
treatment. Business Change and Re‐engineering, 3(2), pp.3-12.
Sherif, M. (2010). Handbook of enterprise integration. Boca Raton, FL: Auerbach
Publications.
Akhu-Zaheya, L., Al-Maaitah, R. and Bany Hani, S. (2017). Quality of nursing
documentation: Paper-based health records versus electronic-based health
records. Journal of Clinical Nursing, 27(3-4), pp.e578-e589.
Asogwa, B. (2012). The challenge of managing electronic records in developing
countries. Records Management Journal, 22(3), pp.198-211.
Do, N., Barnhill, R., Heermann-Do, K., Salzman, K. and Gimbel, R. (2011). The
military health system's personal health record pilot with Microsoft HealthVault and
Google Health. Journal of the American Medical Informatics Association, 18(2),
pp.118-124.
Kelley, T. (2014). Opportunities for nurses in the era of electronic health
records. Open Journal of Nursing, 04(01), pp.15-17.
Rockswold, P. and Finnell, V. (2010). Predictors of Tool Usage in the Military
Health System's Electronic Health Record, the Armed Forces Health Longitudinal
Technology Application. Military Medicine, 175(5), pp.313-316.
Rudd, P. and Frei, T. (2011). How Personal Is the Personal Health Record?. Archives
of Internal Medicine, 171(6).
Sunyaev, A. (2013). Evaluation of skin HealthVault and Google Health personal
health records. Health and Technology, 3(1), pp.3-10.

Wise, M. and Lovell, C. (2013). Public Health Surveillance in the Dialysis Setting:
Opportunities and Challenges for Using Electronic Health Records. Seminars in
Dialysis, 26(4), pp.399-406.
Appendix
Costable table on the AS-Is model,

Costable table with respect to the to be model,
Skin cancer resource process implementation,
Costable As-Is model,

Costable To-Be model,