Date & Time
- from
- 10/09/2024
- until
- 17/09/2024
- duration
- 7days
Learn how to validate and verify quantitative and qualitative microbiological test methods according to ISO 16140 and how to determine the measurement uncertainty according to ISO 19036
Time: 10 - 11 & 17 September 2024, 9 – 16 hrs
Speakers: Dr Karina Hettwer, Dipl.-Math. Bertrand Colson
Price: 550,- € net per day and per participant, all days can be booked individually or together. Total price 1650,- € net
Overview:
Please note that the three web seminar days have been split over two weeks!
Day 1, 10 September 2024: Verification of quantitative and qualitative microbiological test methods
Day 2, 11 September 2024: In-house validation of quantitative and qualitative microbiological test methods
Day 3, 17 September 2024: Evaluation of the measurement uncertainty of quantitative microbiological test results
Target group:
Laboratory managers and laboratory staff from private and public/official testing laboratories in the field of microbiology, especially food microbiology
Interested employees and scientists from research institutions
Interested employees and scientists from the fields of veterinary medicine, hospital hygiene, environmental and agricultural sciences
Benefit from the exchange with other participants and QuoData experts in various discussions.
A stable internet connection, a headset and a microphone are all you need to participate
The participation fee per participant and day is 550,-€ net
Presentation slides and a certificate of participation are included in the price
Get exclusive & free access to the QuoData App µ-KPI - the app that makes it much easier for you to use the ISO 16140 protocols and guides you quickly and conveniently through your individual study planning (with report, interpretation and including a comparison with acceptance criteria).
The above texts, or parts thereof, were automatically translated from the original language text using a translation system (DeepL API).
Despite careful machine processing, translation errors cannot be ruled out.