Date of filling in this questionnaire or last update: 14/02/2026
1. JOB-EXPOSURE MATRICES
JEM name
  EuroJEM: Airborne infectious agents
Institute
  TNO
Country
  Netherlands
Contact person
  Karen Oude Hengel
Email
  karen.oudehengel@tno.nl
References (citation)
 

  • Oude Hengel KM, Peters S, Stokholm ZA, Burdorf A, Pronk A, Kolstad HA, van Tongeren M, Basinas I, Schlünssen V. Capturing occupational risk of airborne disease: An international job-exposure matrix based on five exposure factors. Scand J Work Environ Health. 2025 May 22;51(5):444-448.

References (weblinks)
 

  • https://www.sjweh.fi/article/4235

Attachments
 

Year JEM was developed
  2024
Agents
 

  • Other (specify)

Agents | Other (specify)
 

  • Infectious agents

Occupation Axis
  Yes
Coding system
 

  • ISCO 2008

Industry Axis
  No
Intensity
  Yes
Intensity categories/units
 

  • Qualitative (specify cut-off points, if applicable)
  • Semi-quantitative (specify categories and cut-off points, if applicable )

Specify: Qualitative (specify cut-off points)
  Depending on the factor, Categories: 1-2-3
Semi-quantitative (specify categories and cut-off points, if applicable )
  Hours per week on site: 1: site (<24 hours) Working 2: 4 days per week on site (≥24 hours or <32 hours per week) 3: Working 5 days per week on site (≥32 hours)
Probability
  No
Duration
  Yes
Duration categories/levels
  Number of hours for (1) hours per day working indoor and (2) hours per week on site
Frequency
  No
Peaks
  No
Data source(s)
 

  • Expert assessment
  • Self-reported data

Relation with other JEMs
  Covid-19-JEM
Strengths
  Iterative approach used to develop the general airborne infectious agents JEM
Weaknesses
  A notable limitation is that, by design, a JEM does not account for within occupation variability. As a result, well-established risk factors such as inadequate ventilation and moisture could not be incorporated, as their variability within occupations is likely to exceed the variability observed between occupations.