Requirement Engineering: Role in the Project

This presentation explores the role of requirement engineering in a project, specifically focusing on its advantages and disadvantages, its significance in enhancing the Quality of Service for CTS, high-level concepts, role in ensuring organizational success, and future implications. It also discusses the procedure of requirement engineering, product implementation, framework of software architecture, technological capability of CTS, critiquing best practices, and future implications of micro services architecture. The presentation concludes with recommendations for professional planning, time management, and considering risks before deploying requirement engineering.

Presentation on
Requirement
Engineering

Role in the project
As a project manager
of CTS, I understand
both the advantages
and disadvantages of
requirement
engineering. The
needs and
expectation of the
consumers keeps is
well understood by
and the deployment

Background qualification
Working as a
project manager
for three
consecutive
years helps in
understanding
the usability and
the impact of
using

Introduction
Requirement
engineering can
be defined as the
procedure of
maintaining,
documenting and
defining the
requirements of a

High-level concepts of
requirement engineering
Conceptual design
process are very
much considered
as one of the high
level concepts of
requirement
gathering which is
very much
significant to
manage and
monitor the

Representation of a
high level design

Role of requirement engineering to
ensure organizational success
Defects of the
production rooms
can be minimized
using the
requirement
engineering
(Sonbol, Rebdawi,
& Ghneim, 2018 ).
New business
plans can be
identified using
the requirement

Value proposition of the
organization
The goal oriented
requirements of CTS
can be enhanced
significant after the
deployment of
requirement
engineering
procedure (Schön, M.,
Thomaschewski &
Escalona, 2017).
The non functional as
well as the functional
requirement of the
products offered by
CTS can be improved
using requirement

Procedure of
requirement
engineeringSet of procedures Description
Requirement validation Each stakeholders of the
projects validates the
data suing digital
signature (Khan et al.,
2017).
Requirement analysis Use of graphical tools in
order to address the
confusion fro,
stakeholders (Maeda &
Kakeshita,2018).
Requirement
specification
Roles of each of the
stakeholders are very
much significant in
order to complete the
project on time (Okesola
et al., 2018).

Product
implementation
Detailed understand of the software
architecture, understanding technological
capability and aligning it with the
existing resources of the business are
one of the prime process of product
implementation (Hassan, Qamar & Idris,
(2015). The future implications of the
micro services can also be improved
after the deployment of requirement
engineering (Inayat et al., 2015).

Framework of software
architecture
Frameworks such
as ISO/IEC/IEEE is
very much used in
CTS in order to
enhance the
Quality of Service
offed by this
organization
(Hafeez, Rasheed

Technological
capability of CTS
This organization
provides wide
range of services
such as BPO, CRM
solutions, SCM
solutions, and BI
services and cloud
based services

Critiquing best
practices
The regulatory and
compliance controls
are the prime
selection criteria of
the requirement
engineering business
models procedure in
CTS (Chandani &
Gupta, 2019). On the
other hand it can be
said that the
selection of business
models should be

Future implications of micro
services architecture
The deployment of
requirement
engineering will be
very much significant
to manage the micro
services architecture
of CTS (Ahmed,
Hussain & Baharom
(2016). The
complexities of the
monolithic
applications sued in

Conclusion
The presentation helps in identifying
the significance of requirement
engineering as it helps to improve the
quality of service offered by
commercial establishments and any
sort of conflicts between the
stakeholders of the business.

Recommendations
• Professional planning must be
incorporated before considering the
requirement engineering.
• Time management is other
consideration of the deployment of
requirement engineering.
• Risks of deploying the requirement
engineering must also be considered

Reference
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