My research contributions primarily fall under the empirical research in the fields of safety analytics, quality analytics, and engineering ergonomics. A few of the contributions are mentioned hereunder based on the publications, theses supervised, and research projects executed. From the research conducted so far on safety analytics, the contributions made so far are: (i) development of sustainable safety management system, (ii) innovative use of Weibul control charts for monitoring hazards, (iii) development of key indices for safety assessment, (iv) development of a new concept called work system safety capability, (v) evaluation of interactions during accident occurrences, (vi) estimation of loss of accidents, (vii) evaluation of intervention effectiveness in accident/injury prevention, (viii) testing the generation five theory of accident causation, (ix) empirically validating work compatibility theory, and (x) development of safety function deployment. In quality analytics, the contributions made so far are: (i) a scheme for integrated data analysis in supply chain, (ii) an empirical evaluation of Multiblock partial least squares (MBPLS) and Mahalanobis Taguchi System (MTS), (iii) development of fault diagnostic statistics for stage-wise and variable-wise contribution in process monitoring, and (iv) measuring robustness in serial multistage manufacturing system. From engineering ergonomics point of view the contributions made so far are: (i) development of modified CUBE model for ergonomic exposure assessment for MMH workers, and (ii) experimental evaluation of muscle effect model for MMH workers.
My present research interests include occupational safety and health analytics, quality analytics and virtual reality based accident modeling and simulation. Our current major project entitled "Safety Analytics: Save people at work from accidents/injuries" deals with predictive analytics of occupational accidents, assessment of occupational health and virtual reality based accident modeling and simulation for Tata Steel Jamshedpur.
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Industrial Safety Management: 21st Century Perspectives of Asia. Ray P. K., Maiti J. By Industrial Safety Management: 21st Century Perspectives of Asia. 1-156 (2019)
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A real-time video surveillance system for traffic pre-events detection Pramanik A., Sarkar S., Maiti J. By Accident Analysis and Prevention 154 - (2021)
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A novel data mining approach for analysis of accident paths and performance assessment of risk control systems Singh K., Maiti J. By Reliability Engineering and System Safety 202 - (2020)
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A Weighted Similarity Measure Between Z-numbers and Bow-Tie Quantification Das S., Garg A. , Pal S. K., Maiti J. By IEEE Trans on Fuzzy Systems 20 2131-2142 (2020)
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Granulized Z-VIKOR model for failure mode and effect analysis Garg A., Das S., Maiti J., Pal S.K. By IEEE Transactions on Fuzzy Systems 30 297-309 (2020)
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Application of optimized machine learning techniques for prediction of occupational accidents Sarkar S., Vinay S., Raj R., Maiti J., Mitra P. By Computers and Operations Research 106 210-224 (2019)
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Modeling uncertainty in risk assessment: An integrated approach with fuzzy set theory and Monte Carlo simulation NS Arunraj, S Mandal, J Maiti By Accident Analysis & Prevention 55 242-255 (2013)
Principal Investigator
- AI and Virtual Reality Modelling and Collaborative Learning of Risk and Situational Awareness in the Socio-Technical System Under Disruptions
- Development of prediction based occupational safety management systems (OSMS) & virtual accident models
- Evaluation of District Skill Development Planning (DSDP) Awards under SANKALP Programme of MSDE
- Evaluation of Human Factors and Safety in Submersible Platform for Acoustic Characterisation and Evaluation
- QRAMS Modelling and Analysis for Futuristic UAV Systems
Co-Principal Investigator
- Hazard Identification and Risk Assessment (HIRA), Emergency Plan and Disaster Management Plan for Dhenkanal Steel Plant RUNGTA MINES LIMITED
- National Initiative for Design Innovation MHRD
- Safety consultancy services for the project six-laning of Barwa Adda-Panagrah section on NH-2 from km 398.240 to km 521.120 including Panagrah by pass in the state of Jharkhand and West Bengal under NHDP Phase -V on BOT (toll) on DBFOT pattern. NATIONAL HIGHWAYS AUTHORITY OF INDIA
- Slime Management, Risk Assessment and Disaster Management Plan of 10BP of M/s Rungta Mines Ltd. Rungta Mines Limited
Ph. D. Students
Abhijit Kumar Das
Area of Research: OR & Analytics
Aishwariya Chakraborty
Area of Research: Network applications
Amit Sharma
Area of Research: Vibration signal dynamics in human body
Anima Pramanik
Area of Research: Analytics
Anjali Ghosh
Area of Research: Electrical safety
Ashish Garg
Area of Research: Risk and uncertainty analysis
Ashish Kumar
Area of Research: Public Economics and Policy Analysis
Baneswar Sarker
Area of Research: Safety engineering and analytics
Madhwika
Area of Research: Quality Analytics
Priya Ranjan Mallick
Area of Research: Risk Optimization in Supply Chain
Ritesh Chandra Tewari
Area of Research: Human Computer Interface
Sankhadeep Pramanik
Area of Research: Traffic Safety
Saptarshi Das
Area of Research: Quality engineering and management
Satyajeet Sahoo
Area of Research: Safety engineering and analytics
Sinjana Choudhuri
Area of Research: Happiness, well being and safety of technology intervention using VR
Souvik Das
Area of Research: Virtual reality and safety studies
Suraj Gupta
Area of Research: Supply Chain 4.0
Sushovan Ghosh
Area of Research: Analytics
Swarna Kamal Pradhan
Area of Research: Safety Engineering and Analytics
Yogesh Kumar Singh
Area of Research: Cognitive science and safety
MS Students
Gourab Kumar Bagchi
Area of Research: Safety analytics
Moitrayee Gupta
Area of Research: Situational Awareness