The influence of a goal programming approach for safety management practices on the performance of a selected Indian construction organization

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The construction industry in India is the second most important contributor to its gross domestic product. However, high rate of accidents and fatalities have tarnished the image of industry in India. Although the industry contributes significantly to the Indian economy, safety management is the primary concern alongside with frequent workplace accidents. The role of safety management is vital to improve safety performance of an organization. The functions of safety management include planning, organizing, staffing, directing, controlling and coordinating safety activities with an aim to minimize accidents/injuries. Safety trainings, employee participation, compliance of safety procedures and motivational schemes are part of safety management which influences the overall safety performance. Several metrics were developed to measure the safety performance of an organization but not a single measure will reflect the overall performance. The present study considered parameters pertaining to the safety management which have influence on the safety performance of a construction organization in India. The parameters are analyzed by formulating a goal programming model. The results of the study suggests that much improvement is needed in the area of safety trainings and the revised targets were established.

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  • Beriha G.S. Patnail. B. Mahapatra S.S. 2011. Safety performance evaluation of Indian organizations using data envelopment analysis Benchmarking: An International Journal 18(2) 197-220.

  • Cheng E.W.L. Li H. Fang D.P. Xie F. 2004. Construction safety management: An exploratory study from department of building and real estate Construction Innovation 4 224–229.

  • Devendrakumar P. Jha K.N. 2015. Safety Performance Assessment of a Construction Site Using Construction Safety Index: Evidence from Indian Construction Industry Journal of Safety Health and Environmental Research 11(1) 222-231.

  • Fakhradin Ghasemi I. M. Alireza Soltanian S. M. Esmaeil Z. 2015. Surprising Incentive: An Instrument for Promoting Safety Performance of Construction Employees Safety and Health at Work 6 227-232.

  • Fernandez-Muniz B. Montes-Peon J.M. Vazquez-Ordas C.J. 2009. Relation between occupational safety management and firm performance Safety Science 47980 – 991.

  • Guha H. Thakur B. Biswas P. 2013. Construction Safety Management Climate in Kolkata India International Business Research 6(8) 68-78.

  • Hinze J. Thurman S. Wehle A. 2013. Leading indicators of construction safety performance Safety Science 51(1) 23–28.

  • Hislop R.D. 1991. A Construction safety Program Professional Safety 36(9) 14-20.

  • Husrul N.H. Hamimah A. Kamaruzaman J. 2008. Management of Safety for Quality Construction Journal of Sustainable Development 1(3) 41-47.

  • Indian Standard 3786. 1983. Method for Computation of Frequency and Severity rates for Industrial Injuries and Classification of Industrial Accidents. 1-28. Retrieved March18 from

  • Kanchana P. Gayani K. Sajani J. 2013. Construction Safety Assessment Framework for Developing Countries: A Case Study of Sri Lanka Journal of Construction in Developing Countries 18(1) 33–51.

  • Kanchana S. Sivaprakash P. Joseph S. 2015. Studies on Labour Safety in Construction Sites The Scientific World Journal Article ID.590810 1-6.

  • Kim Y. Park J. Park M. 2016. Creating a culture of prevention in occupational safety and health practice Safety and Health at Work 7 89-96.

  • Lam W.S. Chen Jia W. Lam Weng H. 2017. Analysis on the Bank Financial Management with Goal Programming Model International Journal of Economic Theory and Application 4(5) 40-44.

  • Leung S.C.H. Ng W.I. 2007. A goal programming model for production planning of perishable products with postponement Computers & Industrial Engineering 53(3) 531-541.

  • Lingard H. Rowlinson S. 2005. Occupational Health and Safety in Construction Project Management Oxon: Spon Press London and New York.

  • Mohd Kamar I.F. Lop N.S. Mat Salleh N. Mamter S. Suhaimi H.A. 2014. Contractor’s Awareness on Occupational Safety and Health (OSH) Management Systems in Construction Industry E3S Web of Conferences3 1-6.

  • Nasruddin H. Hazwa Hanim M.H. Siti Maisarah Md. 2013. A Goal Programming Approach for Rubber Production in Malaysia American-Eurasian Journal of Sustainable Agriculture 7(2) 50-53.

  • Needleman C. 2000. OSHA at the Crossroads: Conflicting Frameworks for Regulating OHS in the US Retrieved from

  • Permana I.E. 2007. Construction safety practices in Batam Indonesia (a case study) M.Sc dissertation Universiti Teknologi Malaysia 1-249.

  • Podgorski D. 2015. Measuring operational performance of OSH management system – A demonstration of AHP-based selection of leading key performance indicators Safety Science 73 146-166.

  • Rajaprasad S.V.S. Venkatachalapathi P. 2016. An Analysis of Accident Trends and Modelling of Safety Indices in an Indian Construction Organization Independent Journal of Management and Production 7(3) 890-902.

  • Saad M. S. Fatimah S. Zairihan H. 2012. The determinants of industrial Accidents in the Malaysian manufacturing sector African Journal of Business Management 6(5) 1999-2006.

  • Taha H.A. 2017. Operations Research: An Introduction. 10th Edition Pearson India.

  • Tam C.M. Fung I.W.H. 1998. Effectiveness of Safety Management Strategies on Safety Performance in Hong Kong Construction Management and Economics 16 49-55.

  • Vinodkumar M.N. Bhasi M. 2010. Safety management practices and safety behaviour: Assessing the mediating role of safety knowledge and motivation Accident Analysis and Prevention 42 2082–2093.

  • Zhipeng Z. Yangm Miang G. Qiming L. 2015. Overview and analysis of Safety Management Studies in the Construction Industry Safety Science 72337-350.

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