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A study of project managers’ choice on key methods, tools and techniques in managing engineering projects Cover

A study of project managers’ choice on key methods, tools and techniques in managing engineering projects

Open Access
|Mar 2021

Figures & Tables

Fig. 1

Research methodology.

Fig. 2

Most often used MMTTs.

Fig. 3

Frequently used MMTTs.

Fig. 4

Rarely used MMTTs.

Correlation of data on the evaluation of PM success and usage of MMTTs

MMTT that project managers useCorrelation rUsage level declared by project managers
International Competence Baseline0.860Frequently
Critical path method0.694Frequently
Organizational breakdown structure0.642Frequently
Project evaluation and review technique0.600Frequently
Sensitivity analysis0.582Frequently
Risk register0.545Frequently
Life cycle cost0.520Frequently
Precedence diagram method0.471Frequently
“In house” decision-making techniques and tools0.462Frequently
Risk assessment0.459Most often
Groupware (email only)0.310Most often
Cost-benefit analysis0.240Most often
Other information communication technology support tools0.207Frequently
Other risk assessment tools and techniques0.184Rarely
Flow diagrams0.173Frequently
Progress reports0.172Most often
Project goals charter0.168Most often
“In house” project management tools0.165Frequently
Cash flow analysis0.164Most often
Other project management tools0.151Frequently
Team building activities0.145Frequently
PM methodology developed “in house”0.114Most often
Strengths, weaknesses, opportunities and threats analysis0.105Frequently
Work breakdown structure0.075Frequently
Gantt bar charts0.062Most often
Decision analysis0.036Most often
Integrated groupware (email, collaborative tools, shared access to web portals, etc.)0.035Most often
Checklist analysis0.023Most often
“In house” communication and reporting system0.021Most often

Perceived usefulness of used MMTTs

Most often used MMTTsMf(n)Frequently used MMTTsMf(n)Rarely used MMTTsMf(n)
Integrated groupware (email, collaborative tools, shared access to web portals, etc.)4.3931Other decision-making techniques and tools4.147Agile board4.502

Lessons learned4.3813Team building activities4.0010Decision trees4.502

MS Excel4.2931Decision analysis4.006“In house” risk assessment tools4.004

Cost-benefit analysis4.1718Sensitivity analysis4.005Trend and variation analysis4.003

Reporting system4.0522Communication plan3.9111Earned value management4.002

Oracle Primavera4.0016“In house” project management tools3.9111Critical chain method4.001

Groupware (email only)3.9418Voice over internet protocol (e.g. Skype)3.9111Delphi method4.001

Gantt bar charts3.9327Project management software developed “in house”3.867Resource levelling4.001

Risk assessment3.9213Work breakdown structure3.867Other risk assessment tools and techniques3.754

Progress meetings3.9031Other project management tools3.836“What–if “scenario analysis – Cause and effect diagrams3.673

Cash flow analysis3.9020Microsoft Project3.758PMBOK® (Project Management Body of Knowledge)3.504

“In house” communication and reporting system3.8918Critical path method3.758SAP3.502

Checklist analysis3.8723Other information communication technology support tools3.7311Monte Carlo simulation3.502

Progress reports3.8629Life cycle cost analysis3.717Reliability analysis3.502

PM methodology developed “in house”3.7419Video conferencing3.717Other project management software3.333

Trend diagrams/S curves3.7114Other project management methodologies3.7010Probability and effect matrix3.333

Project goals charter3.6715Strengths, weaknesses, opportunities and threats analysis3.6010ISO 21500:2012 – Guidance on project management3.003
Project evaluation and review technique3.605Stakeholder analysis3.003
Flow diagrams3.605Fault tree analysis3.002
Probability analysis3.577Hazard and operability studies2.502
“In house” decision-making techniques and tools3.569Hazard analysis2.502
International Competence Baseline3.506Agile project management methodologies1.001
Communities of practice enabling tools (professional forums, etc.)3.4511
Organizational break-down structure3.405
Precedence diagram method3.339
Risk register2.836
DOI: https://doi.org/10.2478/otmcj-2021-0002 | Journal eISSN: 1847-6228 | Journal ISSN: 1847-5450
Language: English
Page range: 2327 - 2340
Submitted on: Dec 17, 2019
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Accepted on: Jan 12, 2021
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Published on: Mar 21, 2021
Published by: University of Zagreb
In partnership with: Paradigm Publishing Services
Publication frequency: 1 issue per year

© 2021 Mladen Radujković, Mariela Sjekavica Klepo, published by University of Zagreb
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 License.