Performance Evaluation of project in Construction industry
DOI:
https://doi.org/10.61841/bhg6d927Keywords:
Lean Construction Mechanism,, Last Planner, I, mplementation, FrameworkAbstract
Construction industry is usually allocated to computing the standard functionality indices as schedule and cost while the analysis of entire task efficiency is carried through in a subjective or structured less manner. An incorporated framework for project general performance measurement is necessary to formalize how contractors evaluate functionality of construction projects. The objective on this evaluation is examining the practical use of a few lean construction methods, especially, virtually all the tools which might be employed in moderate sizing construction companies. Due to the outcomes of the lean production procedure for creation, the structure business has brought lean strategies to get rid of waste in addition to improve revenue. This particular analysis comes with a historic past of evolution of concepts as well as output methods with the building sector via the standard techniques to existing lean manufacturing. The variants within manufacturing principles, the boundaries of theirs, as well as the impacts of theirs within the construction internet business might additionally be evaluated. An area analysis is carried out to look at the practical use of a few lean building techniques such as for instance final planner, enhanced visualization, regular huddle conferences, very first operate accounts, the 5s procedure, and also be unsuccessful shielded for successful task managing as well as website implementation.. The info compilation methods included immediate observations, interviews, questionnaires, as well as documentary evaluation. The practical use of lean building equipment is examined through the lean setup measurement standard format & general performance demands. Outcomes confirmed that by utilizing lean building reduced the amount of stages within the whole task by 57 %. The whole cycle period over the project was decreased by 75 %.
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1. Oguntona O A and Aigbavboa C O (2018), An Assessment of Lean Construction Practices in the Construction Industry, International Conference on Applied Human Factors and Ergonomics,524 – 534, Springer, Cham.
2. Saad Sarhan (2018), Institutional Waste within the UK Construction Industry: An Exploratory Study
3. K P Ramaswamy and S N Kalidindi (2009), Waste in Indian Building Construction Projects, Proceedings of the 17th Annual Conference of IGLC, 3 – 14.
4. David Herranz Limon, A Performance Measurement Model Supporting The Implementation Of Lean Practices In The Norwegian Construction Industry, A Thesis Of Department Of Production And Quality Engineering, Norwegian University Of Science And The Technology.
5. Amin Nikakhtar and Abbasian Hosseini (2015), Application of Lean Construction Principles to Reduce Construction Process Waste using Computer Simulation: A Case Study, International Journal of Services and Operations Management, 20, 4, 461 – 480.
6. Remon Fayek Aziz And Sherif Mohamed Hafez, Applying The Lean Thinking In The Construction And Performance.
7. Rishav Sarma Bardalai And Arunima Jayakumar, Study And Implementation Of Lean Technique, In Construction Industry- A Case learning. International Journal Of Innovative Research In Science, Engineering And Technology, Vol, 4, Issue 4, April 2015.
8. Mohd ArifMarhani, Aini Jaapar And Nor Azmi Ahmad Bari, Lean Construction: Towards Enhancing Sustainable Construction In Malaysia, Asia Pacific International Conference On Environment-Behaviour Studies, Egypt, on 31 October 2 November 2012.
9. Jay Shankar Goit, Minimization Of Wastage Using Lean Technology In Construction, International Journal Of Technical Research And Applications E-Issn: 2320-8163, www.ljtra.com Volume 4, Issue 3 (May- June, 2016), Pp. 382-390
10. Fiona Keru Mwacharo (2013), Challenges of Lean Management: Investigating the Challenges and Developing a Recommendation for Lean Management Techniques.
11. Formoso C T and Isatto E L (1999), Method for Waste Control in the Building Industry, Proceedings of the 7th Annual Conference of IGLC, 325 – 334.
12. Bruno Pontes Mota, Ricardo RôlaMota And Thaís Da C. L. Alves, Implementing Lean Construction Concepts In A Residential Project, UG Student, Civil Engineering, Federal University Of the Cearas, Brazil.
13. Kerzner, Harold. (1989). Project Management: A Systems Approach to Planning, Scheduling and Controlling, 3rd edition. Melbourne, Australia: Van Nostrand Reinhold.
14. Mohsini, R. A., & Davidson, C. H. (1992). Determinants of performance in the traditional building process. Construction Management and Economics, 10(4), 343-359.
15. Morris, P. (1986). Research at Oxford into the Preconditions of Success and Failure of Major Projects. 1986 Proceedings, Project Management Institute, Montreal, Canada, 53-66.
16. Parker, Stephen K., &Skitmore, Martin. (2005). Project Management turnover: Causes and effects on project performance. International Journal of Project Management, 23(3), 205-214.
17. Pinnell, Steven S. (1980). Construction/Engineering Management: A Comparison. Issues in Engineering Journal of Professional Activities, ASCE, 106(4), 405-413.
18. Rad, Parviz F. (2003). Project Success Attributes. Cost Engineering, 45(4), 23-29.
19. Rowings, James E., Nelson, Mark G., & Perry, Kimberly J., (1987). Project Objective-Setting by Owners and Contractors. A report to the Construction Industry Institute.
20. Saaty, Thomas L. (1982). Decision Making for Leader. Belmont, CA: Lifetime Learning Publications.
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