Now showing items 1-20 of 40

  • PtD A Program That Fits All OSHE Fields 

    Popov, Georgi I. (2011-12-03)
    PtD: A Program That Fits All OSHE Fields
  • Food Safety Lean and Six Sigma 

    Zhen, Ying; Popov, Georgi I.; Iske, Samuel Allen; Blunt, Leigh Ann (2011-12-03)
    A Hazard Analysis Critical Control Points (HACCP) plan was implemented to modify the process. This research identified potential areas of IH involvement in Critical Control Points (CCPs) decision making process. Applicability ...
  • Probability Educational Module 

    Popov, Georgi I. (2011-12-03)
    Various probability models were developed to help the students understand probability formulas and calculations.
  • Prevention through Design (PtD) Education 

    Popov, Georgi I. (2011-12-03)
    Prevention through Design (PtD) addresses occupational safety and health needs in the design and redesign processes to prevent or minimize the work-related hazards and risks associated with the construction, manufacture, ...
  • Conversions calculator 

    Popov, Georgi I. (2011-12-09)
    The most common units used by EHS professionals are ppm and percent by volume and most of the detector tubes sold today display concentrations in ppm and % by volume. Conversions may be made from mg/m3 to ppm by using the ...
  • Ergo example TVS 

    Popov, Georgi I. (2012-01-12)
    Silicone spark plug wires manufacturing requires significant amount of repetitive movements. MSD’s, Lower back, and Carpal Tunnel Syndrome injuries are common. HR reported difficulties hiring new employees and the company ...
  • Prevention through Design (PtD) Model 

    Popov, Georgi I. (2012-02-15)
    A Value-add project for refuse trucks improvements is presented. PtD principles are combined with risk assessment tools, productivity evaluation and sustainability. EHS professionals could play a significant role in the ...
  • Incident Rate and EMR Tool 

    Popov, Georgi I. (2012-03-19)
    OSHA Incident rate and EMR calculator
  • EHS Management Gap Analysis tool 

    Popov, Georgi I. (2012-03-19)
    EHS Management Gap Analysis tool
  • Oil Spills - PPE selection model 

    Popov, Georgi PhD, QEP, CMC (2013-02-22)
    Oil spills PPE selection model
  • REBA 

    Popov, Georgi PhD, QEP (2013-08-02)
    Ergo tool
  • PPE selection model 

    Popov, Georgi PhD, QEP (2013-09-06)
    PPE selection model
  • Ergo IQ - Ergonomics Risk Assessment Tool 

    Lyon, Bruce, CSP, PE, ARM, CHMM (ASSP PSJ, 2013-12-01)
    Variety of Ergonomics Risk Assessment Tools were presented in an article published in ASSP’s Professional Safety in December 2013. One such tool is Ergonomics Task Analysis Screening Tool It was developed by Bruce Lyon, ...
  • PtD BCC MV 

    Biddle, Elyce (2014-01-16)
    The proposed Business Case Calculator for Road Safety Strategies (BCC) will provide safety and health professionals with the ability to demonstrate the business value of preventative interventions that improve the safety ...
  • Prevention through Design (PtD) Standard Integration 

    Brown, Rayna; Popov, Georgi, PhD, QEP (2014-03-03)
  • RA Cert - Final Project 

    Popov, Georgi I. (2015-02-16)
    3 files: QAP RA Case Study; RA Deliverable; RA Cert QAP Final Project. Files are hyper-linked. Should be kept in one folder.
  • Bhopal Bow-Tie Tool 

    Popov, Georgi, PhD, QEP (2015-08-14)
    The Bow-Tie method can be combined with other techniques to address more sophisticated risks. To demonstrate, a FMEA and Bow-Tie are combined in the following Bhopal Disaster Case Study.
  • Prevention through Design (PtD) for Hazards in Construction 

    Popov, Georgi, PhD, QEP (2015-09-03)
    With the results of a risk assessment in hand, the optimal move is Prevention through Design (PtD). In this session, you will learn how to affect that link and use PtD methodology for hazards specific to the construction ...
  • UCM Risk Assessment Symposium 

    Popov, Georgi, PhD, QEP (2015-11-05)
  • Prevention through Design (PtD) for Hazards in Construction 

    Popov, Georgi, PhD, QEP (2016-04-19)
    • As indicated in the Prevention through Design Hierarchy of Controls model, the most effective means of preventing and controlling occupational injuries, illnesses, and fatalities in construction is to avoid, eliminate ...