OLBI scoring: subscale scores, reversed items, and why cut-offs differ
OLBI scoring gives two subscale scores, one for exhaustion and one for disengagement, after positively worded items are reversed. Higher scores mean more exhaustion or disengagement. Published sources use different conventions and different cut-offs, so a score should be compared only with guidance for the same version. [5][6]
How do you calculate the OLBI?
First reverse the positively worded items so that a higher number always means more burnout. Then add up the eight exhaustion items and the eight disengagement items. Under the common summed convention, each subscale runs from 8 to 32 and the total from 16 to 64. [5] Other sources report the average per item, so each subscale runs from 1 to 4. [6]
LuriaLab says it provides instant scoring for the exhaustion and disengagement subscales and states that higher scores suggest greater burnout-related strain. [1] It does not publish score ranges or cut-offs on the page we read, so check the report you receive for how it reports results.
| Convention | Each subscale | Total of both |
|---|---|---|
| Sum of items | 8 to 32 | 16 to 64 |
| Mean per item | 1 to 4 | 1 to 4 |
Worked example: an exhaustion subscale
This is an invented example using the summed convention. Imagine eight exhaustion statements, already reversed where needed, scored 1 to 4 so that higher means more exhaustion.
The item scores are 3, 2, 4, 3, 3, 2, 4, and 3. Add them: 3 + 2 + 4 + 3 + 3 + 2 + 4 + 3 = 24. On a scale of 8 to 32, that is in the upper part of the range. The mean per item would be 24 divided by 8, which is 3.0. The same answers give two different-looking numbers, which is why you need to know which convention a report uses.
Are there cut-offs for the OLBI?
The OLBI has no agreed cut-offs. Several have been proposed, and they differ because they were derived from different samples and scoring conventions.
As one example, NovoPsych, a commercial publisher, reports total-score bands derived from pooled published studies totalling 4,463 people:
- Low: 43 and lower.
- Moderate: 44 to 51.
- High: 52 and above.
It also uses 44 and higher as a clinical burnout cut-off, citing a 2021 study, and gives subscale thresholds without a source. Its page also states that scores above the 50th percentile are indicative of clinically significant burnout, which conflicts with a raw cut-off of 44 and is not reconciled. [5]
The 2021 study it cites compared the OLBI with a physician-completed tool in 123 Belgian patients. It reported a sensitivity of 0.70 for the OLBI compared with 0.76 for the other tool, and specificity of about 0.60 to 0.67 for both. [7] Those figures mean the questionnaire missed a share of the people the physician tool identified and flagged a share who were not. They do not make it a diagnostic test.
Can the exhaustion and disengagement scores be added into one?
Some sources report a total, and the total range under the summed convention is 16 to 64. [5] But the two subscales describe different things and point to different places to look, so the pair of scores is usually more informative than the sum. [4]
Why does my result look different from a simple sum?
Reversed items are the usual reason. If you add your raw answers without reversing the positively worded statements, you will get a misleading number. A second reason is the convention: some reports show a mean, not a sum.
Common questions
What is the highest possible OLBI score?
Under the summed convention, each subscale runs from 8 to 32 and the total from 16 to 64. Under the mean convention, each runs from 1 to 4. [5][6]
What is a high OLBI score?
There is no agreed OLBI score that counts as high. One commercial publisher uses a total of 44 or more as a clinical cut-off, and also describes bands, but its own page is internally inconsistent and the source study was in 123 Belgian patients. Treat such numbers as one publisher's view, not as a diagnosis. [5][7]
Why are some OLBI answers reversed?
Half the statements are positively worded. They are reversed so that a higher number always means more exhaustion or disengagement. [6]
Sources and further reading
These links open external research and health-information websites.
- LuriaLab: Oldenburg Burnout Inventory (OLBI) test page
Sixteen items, two subscales, instant scoring statement, age 18+, disclaimers, and citation. Read on 24 October 2026. - World Health Organization: Burn-out an "occupational phenomenon" (2019)
ICD-11 definition of burn-out; not classified as a medical condition. - Maslach and Leiter (2016): Understanding the burnout experience. World Psychiatry, 15(2), 103-111
Notes that the Oldenburg Burnout Inventory assesses two dimensions, and discusses measurement and diagnosis. - Demerouti, Bakker, Nachreiner, and Schaufeli (2001): The job demands-resources model of burnout. Journal of Applied Psychology, 86(3), 499-512
Study of 374 workers: demands linked mainly to exhaustion, lack of resources mainly to disengagement. Abstract-level details only; full text not opened. - NovoPsych: Oldenburg Burnout Inventory (OLBI)
A commercial publisher's description of items, scoring ranges, its own cut-offs, and reliability figures it cites. Read on 24 October 2026. - SciELO: Oldenburg Burnout Inventory validation in Brazil (Ciencia & Saude Coletiva)
Describes the original 16-item structure, four-point agreement scale, balanced wording, and how the authors reversed items. Portuguese-language article read on 24 October 2026. - Leclercq et al. (2021): Interest of a joint use of two diagnostic tools of burnout. International Journal of Environmental Research and Public Health, 18(19), 10544
Compared the OLBI with a physician-completed tool in 123 Belgian patients. Figures taken from repository listings of the abstract; full text not opened.
This page is educational. A questionnaire score cannot establish a diagnosis or explain the cause of your symptoms. If you are struggling, speak with a doctor or mental health professional, whatever your score. Read when to get help for work stress or find a helpline in your country.