E-learning course for dimensional metrlogy triaining

PAC01: Certified Calibration Laboratory Engineer Dimensional Metrology E-learning Course Duration: 8 Hours

Website: www.Punyamacademy.com Chapter - 1: CONTENTS OF CERTIFIED CALIBRATION LABORATORY ENGINEER – DIMENSIONAL METROLOGY E-LEARNING COURSE Sr. No.

The entire e-learning course has 5 main parts as below Lectures

1.

Details No. of slides

1.

Session – 1 : What is calibration?

18

2.

Session – 2 : Uncertainty of Measurement

27

3.

Session – 3 : Calibration Method and Records for Caliper

19

4.

Session – 4 : Calibration Method and Records for Height Gauge

23

5.

Session – 5 : Calibration Method and Records for External Micrometer

23

6.

Session – 6 : Calibration Method and Records for Plain Plug Gauge

24

7.

Session – 7 : Calibration Method and Records for Dial Indicator

23

Total no. of slides (with Audio lectures) 

157

2.

Hand-outs (each session detail document is given in PDF and participant can download, print, or save it for future reference)

Approx. 75 Pages in PDF

3.

Actual Calibration Demonstration Videos

5 Videos (Total 22 Minutes)

4.

Session Exams at end of each session and Final Exam

5.

Certified Calibration Laboratory Engineer - Dimensional Metrology Training Certificate

Total 8 Exams Award certificate

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PAC01: Certified Calibration Laboratory Engineer Dimensional Metrology E-learning Course Duration: 8 Hours

Website: www.Punyamacademy.com Part – 1 Lectures: Under this part total seven sessions are given as presentations with explanatory audio to understand the subject.

 Session - 1 : In this session, participants will learn about what is Calibration. It covers total 18 slides on below topics: 1. Overview of Session 1 2. What is calibration?

3. Why do we need Calibration?

4. Where is Calibration Required?

5. Equipment Selection 6. Types of Equipment 7. Calibration Methods 8. Metrological Traceability 9. Metrological Traceability 10. Transport and Storage 11. Requirements for Calibration through Outside Accredited Laboratory 12. Requirements for In-house Calibration 13. Requirements for Master Instruments 14. Identifying Frequency of Calibration Equipment 15. Selection of Calibration Agency 16. Selection of Calibration Agency (Continued...)

17. Elements to be addressed within the system 18. Checklist for establishing Instrument calibration system

 Session - 2 : In this session, participants will learn about the basics of Uncertainty of Measurement and Calculation Steps. It covers total 27 slides on below topics: 1. Overview of Session 2 2. What is Measurement Uncertainty?

3. Who has to calculate Measurement Uncertainty?

4. When Measurement Uncertainty needs to be calculated?

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PAC01: Certified Calibration Laboratory Engineer Dimensional Metrology E-learning Course Duration: 8 Hours

Website: www.Punyamacademy.com 5. ISO/IEC 17025:2017 Requirements for Measurement Uncertainty 6. Measurement Uncertainty – Factors?

7. Uncertainty of Measurement Factors 8. Methodology to Calculate Uncertainty of Measurement 9. How many numbers of readings?

10. Effect of increasing number of Measurements in calculating Type A Uncertainty 11. Remember: Type- A Dependence 12. Step 3: Type – A Evaluation (UA) Methodology (Continued...)

13. Step 4: Calculate Type – B Evaluation (UB) 14. Step 4: Calculate Type – B Evaluation (UB) (Continued...)

15. Step 4: Calculate Type – B Evaluation (UB) (Continued...)

16. Estimate the Magnitude of the Uncertainty Contributors Type- B 17. Type- B Evaluation of Standard Uncertainty 18. Step 4: Calculate Type – B Evaluation (UB) (Continued...)

19. Step 5: Combined Uncertainty (UC) 20. Step 6: Expanded Uncertainty 21. Step 6: Expanded Uncertainty (Continued...)

22. Step 7: Reality Check 23. Step 8: Reporting the result 24. Recap of all Steps for Calculating Uncertainty of Measurement 25. The uncertainty estimation process 26. Theoretical Steps for Calculation of Measurement Uncertainty 27. Table

 Session - 3 : In this session, participants will learn calibration methods and records of Caliper. It covers total 19 slides on below topics: 1. Overview of Session 3 2. Section – 1: Calibration Method for Caliper (Step 1 to Step 6) 3. Step – 7: Detailed Calibration Method 4. Step – 7: Detail Calibration Method (Continued...)

5. Step – 8: Record Preparation 6. Step – 9: Reference / Formats / Exhibit For more information about Certified Calibration Laboratory Engineer – Dimensional Metrology Training – E-learning Course Click Here www.punyamacademy.com E mail: sales@punyamacademy.com Tele: +91-79-2979 5322

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PAC01: Certified Calibration Laboratory Engineer Dimensional Metrology E-learning Course Duration: 8 Hours

Website: www.Punyamacademy.com 7. Section – 2: Worksheet for Caliper 8. Worksheet for Caliper (Blank) 9. Worksheet for Caliper (Filled) 10. Section – 3: Measurement Uncertainty of Caliper 11. How to Calculate Type A Uncertainty of Caliper?

12. How to Calculate Type B Uncertainty of Caliper?

13. How to Calculate Type B Uncertainty of Caliper? (Continued...)

14. How to Calculate Type B Uncertainty of Caliper? (Continued...)

15. How to Calculate Type B Uncertainty of Caliper? (Continued...)

16. How to Calculate Type B Uncertainty of Caliper? (Continued...)

17. How to Calculate Type C Uncertainty of Caliper? (Combined Uncertainty) 18. Section – 4: Calibration Certificate for Caliper 19.Calibration Certificate for Caliper

 Session - 4 : In this session, participants will learn calibration methods and records of Height Gauge.

It covers total 23 slides on below topics: 1. Overview of Session 4 2. Section – 1: Calibration Method for Height gauge (Step 1 to Step 6) 3. Step – 7: Detailed Calibration Method 4. Step – 7: Detailed Calibration Method (Continued...)

5. Step – 7: Detailed Calibration Method (Continued...)

6. Step – 7: Detailed Calibration Method (Continued...)

7. Step – 7: Detailed Calibration Method (Continued...)

8. Step – 8: Record Preparation 9. Step – 9: Reference / Formats / Exhibit 10. Section – 2: Worksheet for Height Gauge 11. Worksheet for Height Gauge (Blank) 12. Worksheet for Height Gauge (Filled) 13. Section – 3: Measurement Uncertainty of Height gauge 14. How to Calculate Type A Uncertainty of Height gauge?

15. How to Calculate Type B Uncertainty of Height gauge?

16. How to Calculate Type B Uncertainty of Height gauge? (Continued...)

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PAC01: Certified Calibration Laboratory Engineer Dimensional Metrology E-learning Course Duration: 8 Hours

Website: www.Punyamacademy.com 17. How to Calculate Type B Uncertainty of Height gauge? (Continued...)

18. How to Calculate Type B Uncertainty of Height gauge? (Continued...)

19. How to Calculate Type B Uncertainty of Height gauge? (Continued...)

20. How to Calculate Type B Uncertainty of Height gauge? (Continued...)

21. How to Calculate Type C Uncertainty of Height gauge?

22. Section – 4: Calibration Certificate for Height Gauge 23. Calibration Certificate for Height Gauge

 Session - 5 : In this session, participants will learn calibration methods and records of External Micrometer. It covers total 23 slides on below topics: 1. Overview of Session 5 2. Section – 1: Calibration Method for External Micrometer (Step 1 to Step 6) 3. Step - 7: Detailed Calibration Method 4. Step - 7: Detailed Calibration Method (Continued...)

5. Step - 7: Detailed Calibration Method (Continued...)

6. Step - 7: Detailed Calibration Method (Continued...)

7. Step - 7: Detailed Calibration Method (Continued...)

8. Step - 7: Detailed Calibration Method (Continued...)

9. Step - 7: Detailed Calibration Method (Continued...)

10. Step - 8: Record Preparation 11. Step - 9: Reference / Formats / Exhibits 12. Section – 2: Worksheet for External Micrometer 13. Worksheet for External Micrometer (Blank) 14. Worksheet for External Micrometer (Filled) 15. Section – 3: Measurement Uncertainty of External Micrometer 16. How to Calculate Type A Uncertainty of External Micrometer?

17. How to Calculate Type B Uncertainty of External Micrometer?

18. How to Calculate Type B Uncertainty of External Micrometer? (Continued...)

19. How to Calculate Type B Uncertainty of External Micrometer? (Continued...)

20. How to Calculate Type B Uncertainty of External Micrometer? (Continued...)

21. How to Calculate Type C Uncertainty of External Micrometer?

22. Section - 4: Calibration Certificate for External Micrometer For more information about Certified Calibration Laboratory Engineer – Dimensional Metrology Training – E-learning Course Click Here www.punyamacademy.com E mail: sales@punyamacademy.com Tele: +91-79-2979 5322

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PAC01: Certified Calibration Laboratory Engineer Dimensional Metrology E-learning Course Duration: 8 Hours

Website: www.Punyamacademy.com 23. Calibration Certificate for External Micrometer

 Session - 6 : In this session, participants will learn calibration methods and records of Plain Plug Gauge. It covers total 24 slides on below topics: 1. Overview of Session 6 2. Section - 1: Calibration Method for Plain Plug Gauge (Step 1 to Step 6) 3. Step - 7: Detailed Calibration Method 4. Step - 7: Detailed Calibration Method (Continued...)

5. Step - 7: Detailed Calibration Method (Continued...)

6. Step - 7: Detailed Calibration Method (Continued...)

7. Step - 7: Detailed Calibration Method (Continued...)

8. Step - 7: Detailed Calibration Method (Continued...)

9. Step - 7: Detailed Calibration Method (Continued...)

10. Step - 8: Record Preparation 11. Step - 9: Reference / Formats / Exhibits 12. Section - 2: Worksheet for Plain Plug Gauge 13. Worksheet for Plain Plug Gauge (Blank) 14. Worksheet for Plain Plug Gauge (Filled) 15. Section - 3: Measurement Uncertainty of Plain Plug Gauge 16. How to Calculate Type A Uncertainty of Plain Plug Gauge?

17. How to Calculate Type B Uncertainty of Plain Plug Gauge?

18. How to Calculate Type B Uncertainty of Plain Plug Gauge? (Continued.)

19. How to Calculate Type B Uncertainty of Plain Plug Gauge? (Continued...)

20. How to Calculate Type B Uncertainty of Plain Plug Gauge? (Continued...)

21. How to Calculate Type B Uncertainty of Plain Plug Gauge? (Continued...)

22. How to Calculate Type C Uncertainty of Plain Plug Gauge?

23. Section - 4: Calibration Certificate for Plain Plug Gauge 24. Calibration Certificate for Plain Plug Gauge

 Session - 7 : In this session, participants will learn calibration methods and records of Dial Indicator.

It covers total 23 slides on below topics: 1. Overview of Session 7 For more information about Certified Calibration Laboratory Engineer – Dimensional Metrology Training – E-learning Course Click Here www.punyamacademy.com E mail: sales@punyamacademy.com Tele: +91-79-2979 5322

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PAC01: Certified Calibration Laboratory Engineer Dimensional Metrology E-learning Course Duration: 8 Hours

Website: www.Punyamacademy.com 2. Section - 1: Calibration Method for Dial Indicator (Step 1 to Step 6) 3. Step - 7: Detailed Calibration Method 4. Step - 7: Detailed Calibration Method (Continued...)

5. Step - 7: Detailed Calibration Method (Continued...)

6. Step - 7: Detailed Calibration Method (Continued...)

7. Step - 7: Detailed Calibration Method (Continued...)

8. Step - 7: Detailed Calibration Method (Continued...)

9. Step - 8: Record Preparation 10. Step - 9: Reference / Formats / Exhibits 11. Section - 2: Worksheet for Dial Indicator 12. Worksheet for Dial Indicator (Blank) 13. Worksheet for Dial Indicator (Filled) 14. Section - 3: Measurement Uncertainty of Dial Indicator 15. How to Calculate Type A Uncertainty of Dial Indicator?

16. How to Calculate Type B Uncertainty of Dial Indicator?

17. How to Calculate Type B Uncertainty of Dial Indicator? (Continued...)

18. How to Calculate Type B Uncertainty of Dial Indicator? (Continued...)

19. How to Calculate Type B Uncertainty of Dial Indicator? (Continued...)

20. How to Calculate Type B Uncertainty of Dial Indicator? (Continued...)

21. How to Calculate Type C Uncertainty of Dial Indicator?

22. Section - 4: Calibration Certificate for Dial Indicator 23. Calibration Certificate for Dial Indicator

Part – 2 Hand-outs: For each lectures, hand-out is given in PDF format. The participant can download or print any documents to read it later to get detailed knowledge of all the seven topics.

Sr. No

Name of Literature

Total Pages

1 2 3

Guidelines for Calibration of Instruments Evaluation of Measurement Uncertainty Calibration Method – Caliper (Vernier / Dial / Electronic)

14 08 10

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PAC01: Certified Calibration Laboratory Engineer Dimensional Metrology E-learning Course Duration: 8 Hours

Website: www.Punyamacademy.com 4 5 6 7

Calibration Method - Height Gauge Calibration Method - External Micrometer Calibration Method - Plain Plug Gauge Calibration Method - Dial Indicator

10 10 12 11

Part – 3 Actual Calibration Demonstration Videos: A complete video demonstration of actual calibration is provided under this section.

Calibration engineer can view and learn how to perform calibration and maintain the quality of instrument calibration process.

Sr. No

Name of Videos

Duration

1 2 3 4 5

Calibration Method – Caliper (Vernier / Dial / Electronic) Calibration Method - Height Gauge Calibration Method - External Micrometer Calibration Method - Plain Plug Gauge Calibration Method - Dial Indicator

6 Minutes 3 Minutes 3 Minutes 4 Minutes 4 Minutes

Part – 4 Exams: Each session contains session exam, Participants have to pass the exam after completion of each session. After passing all session exams there is one final exam, participant must have to pass exam with minimum 80% marks. User can reappear and clears each exam to complete the course and get download/print their Certified Calibration Laboratory Engineer Dimensional Metrology training certificate.

Part – 5 Training Certificate: After passing the exam the colorful training certificate is generated and user can download it or print it. Any one globally can cross verify the training certificate through our LMS platform.

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PAC01: Certified Calibration Laboratory Engineer Dimensional Metrology E-learning Course Duration: 8 Hours

Website: www.Punyamacademy.com Chapter - 2: COURSE OBJECTIVES Upon Completion of this course, participants will be able to: 

    

Basic knowledge of calibration such as Requirements of calibration, why do we need calibration, equipment selection, Types of equipment, Metrological traceability, selection of calibration agency etc.

Understand requirement of ISO/IEC 17025:2017 requirements for measurement uncertainty Understand theory of uncertainty of measurement, selection of uncertainty measurement factors, and calculation of measurement uncertainty.

Understand the relevance of instrument measurement, including the use of instrument.

Understand technical requirements and calibration method for relevant instruments.

Preparation of calibration certificates and work sheet

Chapter - 3: WHO SHOULD ATTEND THIS COURSE? This course is developed and brought to you by Punyam Academy; an ISO/IEC 17024 accredited training provider company, which offers various e-learning as well as classroom training courses for working professionals, college students, and other individuals for enhancing their career to new heights. Our e-learning courses help them to succeed in today's competitive environment, to renew licenses, and to update, strengthen and add quality to their existing knowledge and skills. Our courses are also useful for those who want to get certification, or start a new profession.

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PAC01: Certified Calibration Laboratory Engineer Dimensional Metrology E-learning Course Duration: 8 Hours

Website: www.Punyamacademy.com Chapter - 4: USER MANUAL Compatibility and Requirements for smoothly running our course 1. Bandwidth: Internet bandwidth must me 1 MBPS or higher.

2. Operating System: Microsoft Windows XP and higher versions, iOS, Android.

3. Browser: Best viewable in Mozilla Firefox, Google Chrome. Also supports Internet Explorer.

4. Screen Resolution: To view slides properly, you must have a screen resolution of 1024 x 768 or higher.

5. Cookies: You must have browser cookies enabled, so that we can maintain your current session as you navigate through the application.

6. JavaScript: You must have enabled JavaScript, so that application runs smoothly.

7. Adobe Acrobat Reader: Some documents in our application are in .pdf format, so you must have installed adobe acrobat reader in your computer to be able to read such documents that you download.

8. Pop-up Enable: In your browser setting, check Pop-up blocker off, or enable Pop-up window.

9. Speaker: You must have speakers or a headphone attached to your computer, so that you can listen to the course lecture while learning.

Click

ENROL

to Purchase this Course.

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PAC01: Certified Calibration Laboratory Engineer Dimensional Metrology E-learning Course Duration: 8 Hours

Website: www.Punyamacademy.com Chapter - 5: ABOUT COMPANY Punyam Academy is an ISO/IEC 17024 certified training provider company, which offers various ISO Training Courses and conducts webinars for online certification as well as classroom training. We are a leading name in E-learning, training and certification on ISO standards and all other types of management system standards. Punyam Academy specializes in a complete range of courses on awareness, auditor and lead auditor courses on ISO 9001, ISO 14001, ISO 45001, ISO 22000, ISO 27001, OHSAS 18001, ISO/IEC 17025, ISO/IEC 17020, ISO/IEC 17021, FSSC 22000, ISO 27001, ISO 50001, ISO 13485, ISO 20000, ISO/IEC 17024, ISO 17034, Sedex, ISO 22301, NABH, Certified Calibration Engineer and other management system training courses. We provide E-learning courses on all of these topics through effective, enjoyable and time-saving online training sessions and webinars. We have conducted more than 300 public training programs as well as online corporate training sessions in more than 45 countries.

How Our E-learning Course Works,

Click Here

Visit Our Website for more E-learning Courses and PPT Packages:

https://www.punyamacademy.com/eshop

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