IT 304 Project One System Requirements Specification
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Southern New Hampshire University *
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304
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Information Systems
Date
Dec 6, 2023
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docx
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6
Uploaded by msheba08
IT 304 Project One
System Requirements Specification (SRS) Template
Complete this template by replacing the bracketed text with the relevant information in each section. If
there are sections that you believe do not need to be considered in this SRS (based on the scenario
provided), type in “Does not apply.” Then provide a 1- to 3-sentence rationale as to why that section
does not apply for this system.
The content in this file is an annotated outline specifying high-level system requirements, adapted from
the ISO/IEC/IEEE 29148 International Standard (2011), page 44.
References
ISO/IEC/IEEE. (2011).
International standard: Systems and software engineering—life cycle processes—
requirements engineering 29148
. Switzerland. Retrieved from
https://ieeexplore.ieee.org/stamp/stamp.jsp?tp=&arnumber=6146379
System Requirements Specification
Millennia Health Center
Bathsheba Myers
September 4, 2023
Table of Contents
1. Introduction
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1.1 System purpose
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1.2 System scope
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1.3 System overview
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1.3.1 System context
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1.3.2 System functions
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1.3.3 User characteristics
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3
1.4 Definitions
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3
2. References
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3. System requirements
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3
3.1 Functional requirements
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3
3.2 Usability requirements
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3
3.3 Performance requirements
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3.4 System interface
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4
3.5 System operations
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3.6 System modes and states
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4
3.7 Physical characteristics
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4
3.8 Environmental conditions
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4
3.9 System security
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3.10 Information management
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4
3.11 Policies and regulations
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4
3.12 System life cycle sustainment
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4
3.13 Packaging, handling, shipping, and transportation
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4. Verification
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5. Appendices
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5.1 Assumptions and dependencies
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5.2 Acronyms and abbreviations
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5
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1. Introduction
1.1 System purpose
.] Millenia Health Center (MHC) is seeking a new system so that they may more easily maintain
track of their patients' medical histories and ensure that the right people are seen for each visit
or procedure. Throughout the process, HIPPA guarantees that each patient's privacy is
safeguarded and that they receive the care they require.
1.2 System scope
The implementation of the upgraded system would effectively reduce erroneous procedures
related to contacting or recognizing the wrong patient, as well as the transportation of incorrect
patients to the surgical department. Consequently, a database that fails to adhere to HIPAA
regulations would be deemed unfit for utilization, thereby ensuring the preservation of patients'
medical records in a confidential manner. Connecting this database to those at other worldwide
universities would greatly improve data accessibility. The Health Insurance Portability and
Accountability Act (HIPAA) restricts unauthorized individuals from obtaining access to personal
data pertaining to patients. Personnel who have been granted access will be the only
individuals granted authorization to view the data.
1.3 System overview
The system's foremost attribute is in its capacity to effectively restrict unauthorized individuals
from gaining access to patient information, while simultaneously permitting authorized users to
do so. Furthermore, there exists an interconnectedness across databases located on university
campuses both inside the United States and internationally. The importance of highlighting the
fact that the utilization of diverse settings and infrastructures might provide additional
complexities in the realm of access authentication cannot be overstated. The utilization of a chat
box facilitates enhanced communication between patients and healthcare professionals.
Therefore, the act of keeping a greater amount of patient information has a reduced effect on
the servers responsible for its security.
1.3.1 System context
Primary care, specialty care, emergency care, and telehealth will all integrate into the system.
The medical staff, administrative personnel, clinical assistants, receptionists, and volunteers will
all access it. Patients can use Telehealth for a wide range of medical services, including routine
checkups and preventative screenings, specialist consultations, urgent care, online
appointments, and support for both chronic and acute health issues. A worldwide database was
upgraded to allow for communication with the new system, which now contains patient data
from other countries where MHC delivers services. The patient portal is available on the
company's website, where both patients and staff can log in to it.
1.3.2 System functions
The new technology not only improves patient care but also adheres to HIPPA standards for
protecting patients' personal information. Improves MHC's privacy requirements and aids in the
organization's day-to-day operations. Due to a lack of appropriate identification, records, or
medical histories, staff members have incorrectly identified over one hundred patients. Most of
these occurrences happened last year. Since the United States databases are currently isolated
3
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from their international equivalents, several different servers around the country now function
as databases. All campuses are now accessible from abroad, and some sorts of campus
identification mistakes may be avoided thanks to the improved system. This creates a layer of
protection over the patient database to which only authorized users have access. Therefore,
there is no need to send confidential documents by international mail or fax anymore. The next
section is the patient profile, which includes all information pertinent to the patient's health. In
accordance with HIPPA rules, access to this data will be restricted to those members of the
medical staff who have a direct and immediate need to know. Help enhance the privacy
standards of MHC's day-to-day activities while also assisting in their enhancement. Due to
insufficient identification, paperwork, or medical history, over a hundred times staff personnel
have wrongly identified patients. Many of these occurrences have taken place over the past 12
months. Databases in the United States and elsewhere have been split, requiring different
servers to provide this function internationally. The newly created technology allows access from
other countries and decreases campus identification mistakes by linking all the campuses. This
allows you to protect the patient database and provide only authorized users access to it. This
eliminates the need to send confidential information via international mail or fax. The patient's
whole medical history, including any sensitive information, will be kept in the profile. Only those
members of the medical team who have direct involvement with or interaction with this patient
will have access to this data.
1.3.3 User characteristics
Doctors in a hospital setting are often highly busy people. They put in a lot of overtime and need
easy-to-use solutions that won't let them down. In most cases, doctors want a straightforward
method that streamlines their workflow and makes it easier to access patients' medical histories
and information.
Registered nurses (RNs) are healthcare professionals who assume responsibility for delivering
comprehensive patient care across numerous specialties and different areas within the medical
field. Their primary duty is to keep track of the patient's vital signs in the charts while also
coordinating with the doctor and pharmacist to ensure that the right medication is given at the
right time. This information must be recorded in the patient's chart and relayed to the nurse who
will take over the next shift. They are responsible for managing interactions with the patient's
family members who visit, and they have the authority to instruct LVNs and PCAs on when and
how to monitor the patient's condition throughout the day.
The role of the Business Administrator encompasses the supervision of all operational processes
involved in the provision of medical care to patients inside a hospital or any other healthcare
setting. They are primarily concerned with entering the patient's data, such as their insurance
details, appointment times, and payment methods. The individuals have conveyed their
inclination towards implementing a pre-visit online form for patients, as it would enable them to
obtain pertinent information in a consolidated and uncomplicated manner. Consequently, using
this approach will enable healthcare facilities to enhance patient admission and discharge rates,
thereby alleviating congestion and creating a more conducive working environment for hospital
personnel.
4
Within the hospital setting, the pharmacist assumes the crucial role of dispensing medications
for inpatients, while also ensuring ongoing and effective contact with attending doctors and
registered nurses. Furthermore, they engage in collaboration with pharmacy technicians
employed inside the pharmacy setting to guarantee accurate preparation of medication doses
intended for administration by nurses. The user expresses a need to access a comprehensive
record of a specific patient's medication usage, while ensuring compliance with the privacy
restrictions outlined in the Health Insurance Portability and Accountability Act (HIPAA).
1.4 Definitions
[Defines keywords.
If you use any new keywords throughout your SRS, define them in this
section.]
2. References
[If you use resources throughout this document, this is your reference section. Use APA formatting.]
3. System requirements
[The following subsections of the SRS explain the requirements of the system that will be implemented.
This section is the meat of this document, and contains some of the most important information that
developers who are working on the project will need to know.]
3.1 Functional requirements
[Describes the tasks or functions that the system will perform.
To indicate the mandatory nature
of these requirements, be sure to use “will,” “shall,” or other unambiguous language when
describing the functionalities (e.g., “the system will” or “the doctor shall”).]
3.2 Usability requirements
[Identifies the user needs and how the system will meet these needs.]
3.3 Performance requirements
[Describes the requirements that show that the system is functioning and running properly. This
includes how well a function can perform, and under what conditions it should be able to
perform.]
3.4 System interface
[Explains the system interface, and how it interacts with other existing systems. Also considers
the system’s features and how it interacts with the user.]
3.5 System operations
[Some systems behave quite differently depending on the mode of operation. When organizing
by mode there are two possible outlines. The choice depends on whether interfaces and
performance are dependent on mode. In this section, describe how the system operates.]
3.6 System modes and states
[If the system can function in various states and modes, complete this section.]
3.7 Physical characteristics
5
[Describes the physical characteristics of the system, including whether it is on-site, off-site, or
on a website.]
3.8 Environmental conditions
[Describes the environmental conditions that the system might impact, which may include the
political, social, organizational, and business environment.]
3.9 System security
[Explains how the software system will sustain proper levels of security, such as the log-on
procedures, and password and data protection.]
3.10 Information management
[Determines how the system will manage information between its databases, and interaction
with other systems and interfaces, while considering the privacy concerns.]
3.11 Policies and regulations
[Explains how the system will comply with organizational and federal policies and regulations.
Includes any relevant organizational or legal parameters that impact the system.]
3.12 System life cycle sustainment
[Describes how the team can sustain the quality of the system, for example by using reviews,
data collection, and analysis. Also describes the support personnel that may be needed.]
3.13 Packaging, handling, shipping, and transportation
[Describes how the system can be packaged, handled, shipped, or transported, especially while
in operation.]
4. Verification
[Explains the approaches or methods that can be used to verify that the system functions
properly.]
5. Appendices
5.1 Assumptions and dependencies
[Identifies any assumptions or dependencies that apply to the system requirements.]
5.2 Acronyms and abbreviations
[
Defines any acronyms and abbreviations used in this document.]
6
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