Joel M. Haight

发表

Statistical evaluation and analysis of safety intervention in the determination of an effective resource allocation strategy

Andris Freivalds, Ling Rothrock, Samuel A. Oyewole, 2010 .

Modeling using dynamic variables - An approach for the design of loss prevention programs

Joel M. Haight, Shakirudeen O. Shakioye, 2010 .

Handbook of Loss Prevention Engineering: Haight/Handbook of Loss Prevention Engineering

Joel M. Haight, 2013 .

Automation vs. human intervention: What is the best mix for optimum system performance? A case study

Joel M. Haight, Ralph G. Caringi, 2007 .

The ergonomic design of classroom furniture/computer work station for first graders in the elementary school

Andris Freivalds, Samuel A. Oyewole, Joel M. Haight, 2010 .

Kinematic Evaluation of Pulling Carry-on Luggage

Andris Freivalds, Myung-Chul Jung, Joel M. Haight, 2003 .

Roundtable Discussion: Where Does the Safety Engineering Discipline Fit into the Safety Profession?

Roger L. Brauer, Carter J. Kerk, Joel M. Haight, 2004 .

Impact of Safety Efforts Intervention Effectiveness Research: Phase 2 Design, Optimization & Verification of the Loss Prevention System & Analysis Models

Leo A. Smith, Robert E. Thomas, Joel M. Haight, 2001 .

Safety Issues Related to Petroleum Refineries

Joel M. Haight, 2013 .

Current Research - Safety and Health Management System Performance Measurement

Zhaohui Geng, Joel M. Haight, William Schwaderer, 2016 .

Grocery shelf stocking tool: analysis of productivity and human factors

Bryan A. Norman, Joel M. Haight, Corey J Blackwell, 2016 .

Intervention effectiveness research

Robert E. Thomas, Joel M. Haight, 2003 .

Do Automated Control Systems Really Reduce Human Errors and Incidents

Joel M. Haight, 2006 .

Predicting Incident Rates Artificial Intelligence As a Forecasting Tool

Joel M. Haight, Abdullah Al-Mutairi, 2009 .

Human Reliability Analysis – Cardiac Hospital Case Study with New Applicability

Joel M. Haight, 2011 .

Leading Indicator Research: Understanding Industrial Safety Programs and Optimizing Their Component intervention Strategies

Parameshwaran S. Iyer, Joel M. Haight, 2005 .

Automated Control Systems Do They Reduce Human Error And Incidents

Joel M. Haight, 2007 .

Dynamic Modeling-An Approach For the Design of Loss Prevention Programs

Joel M. Haight, Shakirudeen O. Shakioye, 2008 .

Forecasting Incident Rates through Artificial Intelligence

Joel M. Haight, Abdullah Al-Mutairi, 2007 .

Intervention Effectiveness Research - Engineering Design of Safety and Health Programs by Optimizing Intervention Activity

Joel M. Haight, 2002 .

Pushing and pulling carts and two-wheeled hand trucks

Andris Freivalds, Myung-Chul Jung, Joel M. Haight, 2005 .

Realistic human error rates for process hazard analyses

John C. Wincek, Joel M. Haight, 2007 .

Intervention effectiveness research: Understanding and optimizing industrial safety programs using leading indicators

Enrique Del Castillo, Parameshwaran S. Iyer, Joel M. Haight, 2004 .

The effective use of professional software in an undergraduate mining engineering curriculum

Vladislav Kecojevic, Joel M. Haight, Christopher Bise, 2005, Interact. Learn. Environ..

Determination of optimal paths to task goals using expert system based on GOMS model

Samuel A. Oyewole, Joel M. Haight, J. Haight, 2011, Comput. Hum. Behav..

Evaluation of complex and dynamic safety tasks in human learning using the ACT-R and SOAR skill acquisition theories

Samuel A. Oyewole, Joel M. Haight, Oladapo T. Okareh, 2011, Comput. Hum. Behav..

Designing for an Aging Workforce

Joel M. Haight, J. Haight, Umang Belwal, 2005 .

Changes in under-shoe traction and fluid drainage for progressively worn shoe tread.

Mark S. Redfern, Kurt E. Beschorner, Arian Iraqi, 2019, Applied ergonomics.