Sensors and Measurements
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Follow on Instagram for UpdatesSensors and Measurements Syllabus — Unit-wise Content
The official GTU curriculum for Sensors and Measurements (subject code C4324101) as prescribed for Nano · Semester 2 divides the course into 5 units, covering 27 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 (C4324101)Unit 1 Fundamentals of Measurement Systems
- 1.1. History and evolution of Measurement system 1.1a. Indian Traditional ancient Measurement System v/s Existing Measurement System
- 1.2. Blocks in Block Diagram of Measurement system a. Primary Sensing Element b. Signal Conditioner c. Output Device
- 1.3. Units of Measurement ;
- 1.4. Fundamental and Derived Units
- 1.5. MKS Units System, CGS Unit System and FPS Unit System
- 1.6. Conversions based on Prefixes and Different Unit System Sensors and Measurements Course Code: C4324101
Unit 2 Features and Placement of Sensors
- 2.1. Features of Sensors: a. Accuracy b. Precision c. Dead Zone d. Threshold e. Sensitivity f. Resolution g. Measuring Lag h. Repeatability i. Reproducibility j. Operating Range k. Span l. Linearity m. Speed of Response n. Error o. calibration
- 2.2. Types of Sensors a. Active and Passive b. Analog and Digital c. Contact type and NonContact type
- 2.3. Block Diagram of Automation System a. Controlling stage b. Correcting stage c. Plant or process to be controlled d. Measuring stage e. Feedback stage
- 2.4. Types of Automation System a. Open loop System b. Close loop System
- 2.5. Symbolic diagram of system a. Air Compressor b. Bottle Filling plant c. HVAC system
Unit 3 Sensor Technologies
- 3.1. Describe the general working principles of given sensor
- 3.2. Discuss some applications of given sensor
Unit 4 Robotic Sensors
- 4.1. Categorize various robotic sensors
- 4.2. List various Internal and External sensors used in Robotic Application
- 4.3. List various Contact and NonContact sensors used in Robotic Application
- 4.4. Describe the general working principles of given sensor
- 4.5. Explain Construction and Working of given Robotic sensor with neat sketch
- 4.6. Discuss some applications of given sensor
- 4.7. Write procedure to choose right sensor for particular Application
- 2. Incremental iii. LVDT
Unit 5 Robotic Vision
- 5.1. Explain Basic fundamental of Robotic Vision
- 5.2. Create a block diagram of Robotic Vision Systems (RVS)
- 5.3. Give examples of Industrial Application of Vision Controlled Robotic System
- 5.4. Explain different setups of cameras for RVS
- 5.5. Recreate a block diagram of process of Imaging
- 5.6. Recreate an Architecture of Robotic Vision
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