Advance Metrology and Experimental Techniques
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Follow on Instagram for UpdatesAdvance Metrology and Experimental Techniques Syllabus — Unit-wise Content
The official GTU curriculum for Advance Metrology and Experimental Techniques (subject code ME01079021) as prescribed for ME · Semester 1 divides the course into 7 units, covering 68 listed topics. The unit-wise breakdown below is read from the GTU syllabus document for this subject code, so you can check what the course actually covers before deciding which papers to attempt.
Download the official syllabus PDF (ME01079021)Unit 1 Introduction
- Concept of accuracy
- Need for high precision measurement
- Accuracy of numerical control system
- Inaccuracy due to thermal aspects
- Detailed surface roughness concept
- Dimensioning & Dimensional chains
- Surface and form metrology flatness
- waviness cylindricity
- Methods of improving accuracy & surface finish
- Influence of forced vibration on accuracy
- Dimensional wear of cutting tools and its influences on accuracy
Unit 2 Analysis of Experimental Data
- Causes and Types of Experimental Errors
- Error Analysis on a Commonsense Basis
- Uncertainty Analysis and Propagation of Uncertainty
- Evaluation of Uncertainties for Complicated Data Reduction
- Statistical Analysis of Experimental Data
- Probability Distributions
- The Gaussian or Normal Error Distribution
- Comparison of Data with Normal Distribution
- The Chi- Square Test of Goodness of Fit, Method of Least Squares
- The Correlation Coefficient
- Multivariable Regression
- Standard Deviation of the Mean
- Students tDistribution
- Graphical Analysis and Curve Fitting
- Choice of Graph Formats
- Correlations, and Curve- fits
- General Considerations in Data Analysis
Unit 3 Design of Experiments
- Types of Experiments
- Experiment Design Factors
- Experiment Design Protocol and Examples
Unit 4 Laser Metrology
- Free electron laser – optical alignment
- measurement of distance – interferometry
- reversible counting
- refractive index correction
- 07 15 reversible counting
- surface topography and optical component testing
- beam modulation telemetry
- pulse-echo techniques surface velocity measurements using speckle patterns – laser spectroscopy – modular beam spectroscopy
- saturation spectroscopy
- two photon spectroscopy
Unit 5 Holography
- Basic principles
- holographic interferometry
- double exposure holographic interferometry
- sandwich holograms
- real time holography
- time-average holographic interferometer
- Character recognition
Unit 6 Coordinate Measuring Machine
- Co-ordinate metrology
- CMM configurations
- hardware components
- Probe sensors
- Displacement devices
- Performance Evaluations
- Dynamic errors
- Program Name: Engineering Level: PG Branch: Mechanical Engineering Course / Subject Code: ME01079021 Course / Subject Name: Advance Metrology and Experimental Techniques Thermal effects diagram
- Temperature variations environment control
Unit 7 Machine Vision and Image Processing
- Machine vision systems
- Vision system measurement multi- sensory systems
- Overview of Image Processing
- Computer imaging systems
- Image Analysis
- Human vision system
- Image model
- Image enhancement
- gray scale models
- histogram models
- Image Transforms
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