The American Journal of Management and Economics Innovations
76
https://www.theamericanjournals.com/index.php/tajmei
TYPE
Original Research
PAGE NO.
76-82
10.37547/tajmei/Volume07Issue05-09
OPEN ACCESS
SUBMITED
22 March 2025
ACCEPTED
24 April 2025
PUBLISHED
21 May 2025
VOLUME
Vol.07 Issue 05 2025
CITATION
Vadim Grepan. (2025). Approaches to Implementing Agile Within
Traditional Project Management Standards. The American Journal of
Management and Economics Innovations, 7(05), 76
–
82.
https://doi.org/10.37547/tajmei/Volume07Issue05-09.
COPYRIGHT
© 2025 Original content from this work may be used under the terms
of the creative commons attributes 4.0 License.
Approaches to
Implementing Agile Within
Traditional Project
Management Standards.
Vadim Grepan
Project Manager, Moscow, Russia
Abstract:
This article explores integrating flexible project
management methodologies into traditional standards
to adapt to modern dynamic environments. Agile
methodologies, initially invented for software
development,
emphasize
adaptability,
iterative
processes, and close collaboration with stakeholders.
Meanwhile, traditional standards, such as PMBOK and
PRINCE2, are characterized by a predefined flow
focused on stability and detailed planning. The study
examines the feasibility of combining Agile and
traditional methodologies within hybrid project
management models. The focus is placed on achieving
a balance between flexibility and structure, as well as
addressing challenges related to organizational change.
The article highlights the importance of transitioning to
cross-functional teams and adapting cultural paradigms
for the successful implementation of hybrid solutions.
Empirical data suggest that projects employing hybrid
approaches
demonstrate
increased
efficiency,
improved stakeholder engagement, and reduced risks.
However, implementing such models involves
challenges, including resistance to change and the need
for personnel training. The findings indicate that hybrid
models have the potential to become a universal
project management standard, combining the
strengths of traditional and Agile approaches to achieve
sustainable success in high-uncertainty environments.
This article will be valuable to project managers,
program managers or similar considering the
application of Agile methodologies within project
execution.
Keywords:
project
management,
flexible
The American Journal of Management and Economics Innovations
77
https://www.theamericanjournals.com/index.php/tajmei
methodologies, Agile, traditional methodologies,
hybrid models, Agile-Waterfall, ScrumBAN, PMBOK.
Introduction:
Project-oriented organizational
structures, though varying in their manifestations,
often depend on the core functions of firms in
industries and their alignment with project
management processes. Over the decades, flexible
project management has attracted significant attention
as a way to transform the existing paradigm,
positioning itself as a potentially "ideal" approach to
managing modern projects when combined with
traditional project management methodologies.
However, in practice, it rarely takes the form of a
unified, monolithic methodology. Instead, project
management today represents a unique blend tailored
to the specific operational needs of the managing
organization.
This raises several clarifying questions. Within the
framework of this study, it is necessary to define the
objectives pursued by the author. Specifically, it is
crucial to determine what is meant by the "approach to
project management" and how this term differs from
the "project management methodology." These terms
are often used interchangeably without clarification,
leading to confusion in academic and professional
discussions. Furthermore, it is essential to specify what
distinguishes flexible project management from
traditional methodologies and whether these
seemingly incompatible approaches can be unified
within a single project management system.
The key question is whether project managers should
strive for a "silver bullet" [1], a universal,
comprehensive methodology applicable regardless of
conditions, or whether it is preferable to focus on
"silver pellets", i.e. to adjust approaches taking into
account specific project parameters, and in this
scientific vein based on a generalized analysis of
publications and practical examples reveal the features
of the functioning of combined models, highlight their
advantages, and identify the structural transformations
required by organizations.
MATERIALS AND METHODS
The performed research is based on a qualitative
comparative approach based on a review of empirical
publications,
theoretical
constructions
and
documented applied solutions covering software
development, manufacturing and the service sector.
In the studied field, scientific research is extensive. For
example, the works of B. Boehm, K. Buganova [2, 9]
focus on the differences between traditional and
flexible project management methods. Research by
D.S. Lalich, and M. Spundak [7, 5] highlights the unique
characteristics of Agile and other flexible methods. A.
Tanzim and H. Taiminger [3, 6] explore hybrid models
that combine flexible and traditional project
management approaches in their studies. E. Kutsch [4],
in his book, discusses how to make projects and project
managers more resilient, including through the
application of Agile methodology.
Project adaptability, stakeholder satisfaction, speed of
delivery, and resilience to volume changes are used as
evaluation parameters, and the central task in this
process belongs to cross-functional teams (CFT) acting
as a link between methodological foundations.
To investigate this phenomenon, this study begins with
an analysis of hybrid implementations of flexible
methodologies alongside traditional standards. Such
hybrids are becoming increasingly prevalent in
industries where the solidity of the Waterfall model
–
a
development process divided into distinct phases that
follow one another strictly without returning to
previous stages, often falls short of expectations. At the
same time each Agile iteration, lasting one to several
weeks, is evaluated for its ability to deliver practical
outcomes
and
gather
swift
feedback
from
stakeholders, as illustrated in
Figure 1
.
The American Journal of Management and Economics Innovations
78
https://www.theamericanjournals.com/index.php/tajmei
Figure 1
–
Flow within an Agile (Scrum based) project management framework
Particular attention is given to mechanisms that allow
for rapid adjustments to scope and requirements
through close collaboration with stakeholders. The
methodological framework includes a comparative
review of established Agile approaches, such as
Extreme Programming, Scrum or Crystal Methods,
combined with traditional methodologies like Projects
in Controlled Environments (PRINCE2) [7].
Primary data sources include documented case studies
from various industries, focusing on project
management dynamics in iterative and linear models.
The study also references the guiding principles of the
Agile Manifesto, which prioritize individuals and
interactions over processes, functional outcomes over
comprehensive documentation, and responsiveness to
change over strict following pre-approved plans [7].
Quantitative and qualitative data are collected to
measure key performance indicators, including project
delivery quality, stakeholder satisfaction, and
adaptability
to
changing
requirements.
Semi-
structured
interviews
with
project
managers
experienced in both Agile and traditional methods
provide insights into organizational behavior and
decision-making processes [7].
The study also evaluates the impact of team
composition, emphasizing the role of empowered,
cross-functional, and self-organizing teams in achieving
project goals [8]. Research highlights the positive
influence of cross-functional teams (CFTs) on
addressing diverse challenges. For instance, their
effectiveness in innovation activities, such as new
product development, is explored in a review [4].
Additionally,
CFTs
are
noted
for
enhancing
organizational resilience during potential operational
disruptions. Several publications link CFTs to increased
creativity, while their collaboration helps overcome
interdepartmental fragmentation, establish unified
information
environments,
and
develop
the
organization's
knowledge
potential.
Positive
interpersonal effects within teams, including effective
conflict
resolution
and
improved
resource
management, are also documented [7].
Based on an analysis synthesizing theoretical
foundations and empirical data, this study aims to
identify not only contradictions and opportunities for
integration
between
Agile
and
traditional
methodologies but also the potential for creating a
unified framework. The adaptability of Agile principles
to contexts can be used beyond software development,
although the main focus remains on software.
RESULTS AND DISCUSSION
Classical
project
management
demonstrates
effectiveness in highly structured environments, relying
on a linear sequence of steps, fixed parameters, and
detailed regulations, which contributes to stability but
proves ineffective when rapid adaptation is required.
The American Journal of Management and Economics Innovations
79
https://www.theamericanjournals.com/index.php/tajmei
As modern project environments grow increasingly
dynamic and uncertain, the hardness of traditional
methodologies often proves
insufficient.
This
shortcoming drives the need for more adaptive and
iterative approaches, embodied in Agile principles.
Agile project management, with its emphasis on
adaptability, iterative development, and continuous
collaboration with stakeholders, challenges the
linearity of traditional methods by viewing uncertainty
as an inherent and inevitable characteristic of a
pro
ject’s lifecycle. This approach, however, introduces
challenges in documentation, risk management, and
integration into hierarchical organizational structures.
Combined schemes for example, Agile-Waterfall or
ScrumBAN are aimed at synthesizing opposite logics,
combining individual practices of an agile environment
for example, sprints and standups with traditional
staging, so a project can include a cascading phase of
requirements collection and then move to an iterative
execution model.
Consider the scenario illustrated in
Figure 2
, where
project flow incorporates several project management
frameworks during its execution. However, this
approach is considered a simplified implementation, as
different frameworks are not applied simultaneously to
the same project phase.
Figure 2
–
Hybrid Project Management Framework
Such projects are integrated into the project execution
processes within the broader organizational structures
of their parent companies, creating an entanglement of
interdependencies.. Despite the apparent complexity
of these mechanisms, the number of widely adopted
organizational structures remains surprisingly limited
due to relatively minor differences in the fundamental
principles across companies. It can be concluded that
the primary challenge lies in creating and maintaining
an optimal organizational structure that not only
strengthens project teams but also ensures seamless
coordination and fosters a productive work
environment [1].
Below,
Figure 3
illustrates an example of an
organizational structure that adopts a highly diversified
hybrid project management framework, requiring
specialized skills and knowledge from involved project
managers.
The American Journal of Management and Economics Innovations
80
https://www.theamericanjournals.com/index.php/tajmei
Figure 3
–
Example of an Organizational Structure for a implementation project
The integration of flexible components into classical
schemes goes beyond technical changes
–
it causes
cultural reorientation, since self-organization, cross-
functionality and customer co-creation in an agile
environment contradict the control and formalism of
classical models.
In this regard, organizations are required to implement:
–
change management initiatives;
–
educational
programs
focused
on
mixed
competencies;
–
review of role functions and success indicators.
Of particular importance is the work of interdisciplinary
groups, whose versatility, problem-solving ability, and
participation in knowledge exchange make them key
mediators between methodological foundations.
Empirical evidence consistently indicates that well-
implemented hybrid strategies outperform rigid
models by criteria such as participant engagement,
supply chain responsiveness, and ability to reconfigure,
but success depends on meeting the conditions
–
what
is applicable in the IT sector will be unproductive in
construction or healthcare without appropriate
adaptation. Figure 4 shows the comparative strengths
and weaknesses of flexible, traditional, and mixed
approaches.
The American Journal of Management and Economics Innovations
81
https://www.theamericanjournals.com/index.php/tajmei
Figure 4
–
Comparative attributes of methodologies
Agile, a methodology known for its dynamism, is highly
adaptable, promotes intensive cooperation with
clients, and encourages well-coordinated teamwork.
However, its strengths are related to costs
–
predictability is reduced, risk management is poorly
controlled, and documentation remains insufficient,
which often leads to changes in important details. In
contrast, Waterfall works predictably, adhering to a
rigid step-by-step structure backed by careful
documentation. However, such a strict approach limits
customer engagement and stretches delivery times.
Combining
Agile
and
Waterfall,
the
hybrid
methodology represents a combination of agile
adaptability and Waterfall's disciplined structure.
CONCLUSION
The results of the study emphasize the need for such
project management frameworks that reflect the
complex and changing nature of the modern
organizational environment: neither flexible nor
traditional methods in isolation represent a complete
solution, while thoughtful hybrid forms, supported by
cultural settings and cross-functional interaction, open
the way to sustainable management.
The transition to hybridization is accompanied by
obstacles,
from
resistance
to
change
and
methodological uncertainty to the risks of blurring
logic, but with strategic support, training, and
managerial involvement, these barriers can be
overcome. Ultimately, the future of project
management lies in the ability to adapt
–
not as an
abstract ideal, but as a practical necessity that
permeates the structure, culture, and daily actions of
project teams.
REFERENCES
1.
Brooks, Frederick P. No Silver Bullet
—
Essence and
Accident in Software Engineering
–
// URL:
https://www.cs.unc.edu/techreports/86-020.pdf
–
Publication date: 1986.
2.
Boehm B., Turner R.
–
Balancing Agility and
Discipline: A Guide for the Perplexed
–
Publication
date: 2003
3.
Hybrid Project Management: Combining Agile and
Traditional Approaches / A. Tanzeem, S.R. Chetan,
C. Subrahmanyasarma [et al.] // Distributed
Learning and Broad Applications in Scientific
Research
electronic
journal.
–
URL:
https://dlabi.org/index.php/journal/article/view/9
3.
–
Publication date: 2020.
4.
Kutsch, E. Project Resilience / E. Kutsch, M. Hall.
–
London Routledge, 2016.
–
236 p.
5.
Špundak, M. Mixed Agile/Traditional Project
Management Methodology
–
Reality or Illusion? /
M. Špundak // Procedia
- Social and Behavioral
The American Journal of Management and Economics Innovations
82
https://www.theamericanjournals.com/index.php/tajmei
Sciences
:
electronic
journal.
–
URL:
https://www.sciencedirect.com/science/article/pii
/S187704281402196X.
–
Date of publication: 2014.
6.
Timinger, H. A Framework for the Construction and
Tailoring of Engineering Development Process
Models / H. Timinger, M. Schmidtner, F. Reiche //
IEEE:
electronic
journal.
–
URL:
https://ieeexplore.ieee.org/abstract/document/96
74777.
–
Publication date: 2023.
7.
How project management approach impact project
success? From traditional to agile / D.C. Lalic, B.
Lalic, D. Milan [et al.] // International Journal of
Managing Projects in Business: electronic journal.
–
URL:
https://www.emerald.com/insight/content/doi/10
.1108/ijmpb-04-2021-0108/full/html.
–
Publication
date: 2022.
8.
Kent Beck et al. Manifesto for Agile Software
Development
//
URL:
https://agilemanifesto.org/principles.html
–
Publication date: 2001
9.
Buganová, K. Risk management in traditional and
agile project management / K. Buganová, J.
Šimíčková // Transportation Research Procedia:
electronic
journal.
–
URL:
https://www.sciencedirect.com/science/article/pii
/S2352146519303060.
–
Publication date
:
2020
