Studenti budou umět:

Odhadnout nejistoty výsledků různými postupy

Validovat měřicí postup

Sestrojit a používat regulační diagramy

Organizovat, plánovat a vyhodnocovat mezilaboratorní postupy

Napsat příručku kvality pro laboratoř

Orientovat se v různých sytémech jakosti

Students will be able to:

Estimate uncertainty of results by different method

Validate measurement procedure

Construct and use control charts

Organise, plan and evaluate interlaboratory tests

Formulate Quality Manual

Recognise various quality systems

R: Quality in Chemical Measurements, Neidhardt B., Wegscheider W. Eds., Springer-Verlag Berlin 2001.

Žádné.

None.

1. Concept. principles and tools of quality management in analytical laboratory

2. National and international standardisation, testing and certification of products, responsibility to products

3. Management systems ISO 9000+, ISO 17025, ISO 15189, GLP

4. Czech accreditation system, international cooperation, accreditation procedure

5. Quality manual, documentation control

6. Validation of analytical procedures

7. Metrology in Chemistry, metrological traceability, legal metrology

8. Reference materials, their use and preparation, database COMAR

9. Measurement uncertainty, comparison to legal limits

10. Methods of evaluation of measurement uncertainties

11. Quality control, statistical regulation, control charts

12. Interlaboratory study, proficiency testing, external quality control

13. Analytical instrumentation, qualification, software validation

14. A role of international organisations in quality of analytical measurements

Analyticka chemometrika

studijní materiály budou umístěny na \\pyr\scratch

Analytical Chemometrics

materials for study will be placed to \\pyr\scratch

zavěrečný test >50%

final test >50%