About the programme
This two-part programme is aimed at all health professionals who require a comprehensive understanding of spirometry theory and practice, as well as competence in spirometry measurement. It is recommended that both parts of the programme are completed within one year.
Find out how to deliver a training programme in your country.
Learning outcomes
Following completion of this training programme, participants will be able to clearly explain and understand each of the key areas of spirometry practice, including:
- definitions of spirometric values.
- knowledge of anatomy, physiology and pathophysiology required for spirometry.
- spirometry equipment including strengths and weaknesses, pitfalls and influencing factors to reference values.
- indications and contraindications of spirometry testing.
- how to perform quality spirometry and recognition of poor-quality manoeuvres.
- how to interpret spirometry tests.
- quality assurance, including the ability to correctly describe, document and ensure quality standards and practice.
Pre-requisites for all participants
To take part in and successfully complete the spirometry training programme, candidates must:
- understand and be able to perform basic math operations, including multiplication, division, decimals and percentages.
- demonstrate an understanding of calculating ratios.
- have access to a computer and internet access to follow online preparatory modules and assessments.
Programme overview
Part one: knowledge and basic skills
The first part of the training programme covers spirometry theory and practice, which is delivered through online modules and classroom learning. Participants will complete a multiple-choice question-based assessment to test their understanding of the content covered in the online modules and theoretical course. Those who successfully pass the assessment will be awarded certification for part one of the training programme.
Please note: participants who complete part one will acquire essential knowledge and basic skills in spirometry, however, the ability to independently perform and interpret spirometry is not attained by completing part one of the programme only – part two is required for this. The structure of part one is as follows:
Verification of pre-requisites and registration |
Online modules and theoretical course |
Multiple-choice assessment |
Certification of part one |
Part two: advanced skills and competence in measurement
In the second part of the training programme, participants will complete an online portfolio and attend a course focused on competency-based training. Participants will be required to complete spirometry exercises in a practical, skills-based assessment. Following successful completion of the online portfolio and the skills-based assessment, participants will be awarded certification for part two of the spirometry training programme.
It is recommended that participants complete part two within 3–12 calendar months of completing part one. The structure of part two is as follows:
Verification of part one certification |
Online modules and theoretical course |
Course and practical, skills-based assessment |
Certification of part two |
Recertification
Following successful completion of the Spirometry Training Programme, certification is valid for three years. The registration fee is €30.
To renew certification, candidates are required to:
- resubmit parts of the online portfolio, including calibration and quality assurance.
- produce ten spirometry tests that they have personally performed.
The portfolio will be assessed either by a local course organiser or a Spirometry Training Programme committee member. If required, participants may also be asked to complete a 30-minute practical assessment.
Committee members


Felip Burgos
Co-chair, Associate professor at University of Barcelona and senior research IDIBAPS – Fundació Clínic Mallorca University of Barcelona and IDIBAPS, Spain


Jellien Makonga-Braaksma
Co-chair, Respiratory function technologist Meander Medical Center, The Netherlands


Vicky Moore
Clinical Scientist for the Occupational Lung Disease service and Deputy Manager of Respiratory Physiology Birmingham Heartlands Hospital, United Kingdom


Diane Gray
Senior consultant and post-doc research fellow Red Cross War Memorial Children’s Hospital, University of Cape Town, South Africa


Monika Franczuk
Senior Researcher, Institute of Tuberculosis and Lung Diseases, Poland

