Measuring And Understanding Cognitive Overload And Human Error

7 years ago Posted By : User Ref No: WURUR11345 0
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  • TypeWebinar
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  • Location New York, United States
  • Price
  • Date 28-03-2017
Measuring And Understanding Cognitive Overload And Human Error, New York, United States
Webinar Title
Measuring And Understanding Cognitive Overload And Human Error
Event Type
Webinar
Webinar Date
28-03-2017
Last Date for Applying
28-03-2017
Location
New York, United States
Organization Name / Organize By
Compliance Global Inc
Organizing/Related Departments
E-learning
Organization Type
Training/Development
WebinarCategory
Both (Technical & Non Technical)
WebinarLevel
All (State/Province/Region, National & International)
Related Industries

Education/Teaching/Training/Development

Information Technology

Location
New York, United States

Overview

Human error is known to be the major cause of quality and production losses in many industries. Although it is unlikely that human error will ever be totally eliminated, many human performance problems can be prevented. Human errors start at the design stage. Procedures play a vital role in human reliability. Nevertheless, it is really important to understand human behavior and the psychology of error as well as understand exactly where the instructions weaknesses are, so procedures can be human engineered, improved and/or fixed. 

This human error assessment and reduction technique webinar offers practical approaches to address writing rules to reduce the likelihood of procedures.

Why Should You Attend

Cognition overload is usually linked with attention and memory failures. Mistakes and decision making troubles can be identified and reduced. During the live session, our expert will walk you through the types of human error, the classification of human error, human error reduction initiatives, relationship between cognitive load and human error, and more. The knowledge gained can be applied to risk evaluation, root cause analysis and CAPA development.

Areas Covered in this Webinar

  • Definitions
  • Human Error Categories
  • Human limitations related to cognition
  • Cognitive Load Categories that affect memory, attention and decision making. 
  • How to prepare the floor assessment
  • What to look for when doing the assessment
  • How to present results
  • How to present recommendations

Learning Objectives

  • Know the definitions of cognitive load factors. 
  • Learn the Human Factors (20% Individual Performance).
  • Learn the questions and possible answers.
  • How to assess the areas.
  • How to collect the responses.
  • How to analyze the responses and determine the cognition levels. 
  • How to report the level of risk for Human Errors
  • Recommend solutions

Who Will Benefit

  • QA/QC directors and managers 
  • Process improvement/excellence professionals 
  • Training directors and managers 
  • Plant engineering
  • Compliance officers 
  • Regulatory professionals 
  • Executive management
  • Manufacturing operations directors 
  • Human factors professionals 

Speaker Profile

Ginette Collazo, PH.D is a human error and human behavior expert. She has spent more than 15 years in technical training, organizational development and human reliability areas. 

She has worked with Bristol-Myers Squibb, Johnson & Johnson, Schering-Plough, Wyeth, and has been a consultant with major firms like Abbott, Johnson & Johnson, Perrigo, among many others. 

Also has implemented human error reduction programs and technology in many more small and mid-sized drug and device companies. 

An active researcher in specialized studies related to human reliability, she is the author of numerous publications on these topics.

 

Others Details

For more details and updates please visit webinar website

Registration Fees
Available
Registration Fees Details
Live Session: 175.00 For more details and updates please visit webinar website
Registration Ways
Website
Address/Venue
  2754 80th Avenue, New Hyde Park, NY 11040 
Official Email ID
Contact

Toll Free: +1-844-746-4244 Tel: +1-516-900-5515 Fax: +1-516-900-5510

[email protected]