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DAY: Monday, 29 April
Time: 9 - 11 am (Group A)
Venue: Metrology LAB

DAY: Tuesday, 30 April
Time: 9 - 11 pm (Group B) and 11 - 1 pm (Group C)
Venue: Metrology LAB

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1) students got back their marked TEST 1 papers to check their marks (Farid, Andy and Najimah got 0.5 added marks)
2) GDT, Feature Control Frame, FIT problem solving question was expalined in class. (for TEST 2, questions will not be based on Table 3, 6 & 7)
3) TEST 2 was decided to be held on Thursday 2nd of May during class time (en shahrul handle the TEST)
4) LAB tests will be held during Monday and Tuesday Lab sessions

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TEST 2 (Problem solving 20 marks) & QUIZ 2 (Theory 20 marks)

THEORY - Quiz 2 (20 marks)
SECTION A: 15 True/False (answer 10 only) (10 marks) ...State the correct answer
Topics: Tolerances, FITs, Error, Accuracy, Precision
SECTION B: Describe, fill in the blanks, label, why, what, sketch (15 marks)
Topics: FITs, GDT, Error, Accuracy, Precision

PROBLEM SOLVING - Test 2 (20 marks)
SECTION C: Two questions of Calculations
Topics: FIT, Error, Accuracy, Precision

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FIT solution using easy tables 1, 4 ,5

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FIT solution using advanced tables 3, 6 ,7

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TEST 1 (Problem solving 10 marks) & QUIZ 1 (Theory 30 marks)

THEORY - Quiz 1 (30 marks)
SECTION A: 20 True/False (answer 10 only) (10 marks)
Topics: CMM & VMM
SECTION B: write, fill in the blanks, list, label, why, what, sketch (20 marks)
Topics: SI, CMM, Linear, Non-contact measurement, Angular

PROBLEM SOLVING - Test 1 (10 marks)
SECTION C: Calculation
Topics: Linear, Angular Measurement

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Note: week 9 & 10 classes were cancelled due to 1) FYP evaluations 2) Faculty meeting but was cancelled as well

7th April: students were taught Error, Accuracy, Precision, Discrimination
8th April: TEST Review questions

Test next week (Thursday): SI units, Linear, Angular, CMM, VMM (theory quiz)

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Fiber Optic cable

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1) coaxial vs non coaxial lighting,
2) coaxial cable is not related to coaxial light
3) coaxial light could be achieved through mirror reflection technique or through fiber optic cable

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1) explained VMM coordinate systems,
2) effect of focus (Field of View FOV, Depth of Field DOF, Low vs High resolution, relation between DOF, Aperture, Resolution)
3) effect of Lighting (Backstage, LED Ring light, Coaxial light ) .... need to explain about over exposure function, contrast function,

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1) recap of CMM
2) showed videos of Laser Scanner CMM
3) Lecture Non-Contact measurement + VMM (little left from VMM)

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CMM was covered

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Angular Measurement was covered

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Class cancelled due to FRGS Workshop by FRIT

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Lecture 1: SI unit (first slide) was covered, Conversion details including Cross multiplication method, SI official Document (Unit derivation network/web), Malaysian Standards Online, Students returned the first homework of sketching the measurement tools.
Lecture 2: SI unit (second slide) + Angular Measurement

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LAB: students were given general introduction to Lab equipments by en zul
Lecture: introduction lecture was covered, SI lecture (not yet), Linear measurement (was covered quickly for LAB 1 next week

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TEST 2 (30 marks): briefing of content and questions
Topics: CMM, Error, Accuracy, Precision, Fits, Tolerances
Theory 10 marks:
Section A (All Topics):
Section B (Bold Topics):

Section C: Problem Solving 20 marks:

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1) Lecture Error, Accuracy & Precision was completely covered
2) Lecture Tolerances & Fits was completely covered (however, only Table 1, 4 & 5 was taught for FIT problem solving)
3) Lecture GD&T was not Covered

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CMM theory was done successfully

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TEST 1 Instrumentation was successfully done on 19th Nov 2018

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CMM Lab session
2) Coordinate System direction rule (right hand rule)

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CMM Lab session
Exp 1:
1) procedure to create origin and align axis

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Review of TEST 1 was made (showing all past questions since 2010)
1 hour and 30 minutes was spent

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1) Error, Accuracy, Precision (Lecture) ... last slide (Sheep and Cat example)

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1) TEST after mid-sem break
2) Lecture (Surface) was covered
- sand blasting & Peening Machining videos were shown to students (machining processes that produce non-directional Lay)
3) Lecture (Calibration) was covered
4) Lecture (General Characteristics of Instrument Selection) was covered

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1) Non-Contact Measurement (Vision Measurement Machine) was covered totally
2) Next LAB session is LAB 5 VMM: Print the sheet and bring it during the Lab session

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Lecture about angular measurement (covered)

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Lecture about scientific notations, prefixes, Linear measuring instrument up to vernier scale technique

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LAB SESSION NO 1: Introduction to Linear, angular, CMM and VMM measurement machines

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Today's Class (17/9/18):
1) Measurement Systems Lecture
2) Base and Derived units (not yet into scientific notation)
3) SI document was covered

Note: Monday's Lecture will be as it is starting at 4 pm to 6.20 pm. Dr Siti wants to conduct LAB after 2 pm.

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LAB leaders: please complete the rest of the group members and inform me as soon as possible

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Lecture Introduction ,Metrology videos and DCI were covered...

On Tuesday 18 Sept, 16 students attend LAB at 11-1pm, another 16 will attend the LAB at 2-4pm

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Changes to the Schedule: 1) LAB session C, 2) Lecture starts earlier at 2:30 on Monday (this plan was cancelled due to lab of electrical at 2 pm to 4 pm on monday

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ONLINE COURSE: Measurement Uncertainty
http://www.npl.co.uk/upload/pdf/intro-meas-uncert-flyer.pdf
http://www.npl.co.uk/commercial-services/products-and-services/training/e-learning/measurement-explained-series/

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ISO STANDARDS FOR METROLOGY
https://www.iso.org/ics/17/x/

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UK GUIDE
http://www.npl.co.uk/publications/guides/

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TEST 1 (30 marks): briefing of content and questions
Topics: SI measurement units, Linear, Angular, Calibration, VMM, Instrument Selection characteristics, Surface Measurement
Theory 20 marks:
Section A (All Topics): 13 True/False (answer 10 only): 5 marks
Section B (Bold Topics): 5 Compulsory Questions (write, complete, label, why, what, sketch): 15 marks

Section C: Problem Solving 10 marks: 1 question (selected from the last topic taught)

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Hadith Narrated by Imam Muslim