Instrument Design Engineering
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Follow on Instagram for UpdatesInstrument Design Engineering Syllabus — Unit-wise Content
The official GTU curriculum for Instrument Design Engineering (subject code ME02067031) as prescribed for AI · Semester 2 divides the course into 4 units, covering 82 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 (ME02067031)Unit 1 Design and Construction of Instruments
- Instrument Design
- The Designer’s Viewpoint
- Marketing Special Instruments
- Elements of Construction
- Electronic Components and Printed Circuits
- Surface-Mounted Assemblies
- Interconnections Materials
- Mechanical Manufacturing
- Functional Components
- Construction of Electronic Instruments
- Site Mounting
- Panel Mounting Bench-Mounting Instruments
- Rack-Mounting Instruments
- Portable Instruments Encapsulation
- Mechanical Instruments
- Kinematic Design
- Proximity Transducer
- Load Cell
- Combined Actuator Transducer
Unit 2 Instrument Installation and Commissioning
- General Requirements
- Storage and Protection
- Mounting and Accessibility
- Piping Systems
- Air Supplies
- Pneumatic Signals
- Impulse Lines
- Cable Types
- Cable Segregation
- Testing and Pre-Commissioning
- General Pre-Installation Testing
- Piping and Cable Testing
- Loop Testing Plant Commissioning
Unit 3 Reliability in Instrumentation and Control
- Reliability Principles and Terminology
- Definition of Reliability
- Reliability and MTBF The Exponential Failure Law, Availability Choosing
- Optimum Reliability
- Compound Systems
- Reliability Assessment
- Component Failure Rates
- Variation of Failure Rate with Time
- Failure Modes
- The Effect of Temperature on Failure Rates
- Estimating Component Temperature
- The Effect of Operating Voltage on Failure Rates
- Accelerated Life Tests
- Component Screening
- Confidence Limits and Confidence Level
- Assembly Screening
- Dealing with the Wear-out Phase
- Estimating System Failure Rate
- Parallel Systems
- Environmental Testing
- System Design
- Signal Coding
- Digitally Coded Systems
- Performance Margins in System Design
- Coping with Tolerance
- Component Tolerances
- Temperature Effects
- Design Automation
- Built-in Test Equipment
- Sneak Circuits
- Building High-Reliability Systems
- Reliability Budgets
- Component Selection
- The Use of Redundancy
- Redundancy with Majority Voting
- The Level of Redundancy
- Analog Redundancy
- Common Mode Faults
- The Human Operator in Control and, Instrumentation
- The Scope for Automation
Unit 4 Telemetry
- Communication Channels
- Transmission Lines
- Radio Frequency Transmission
- Fiber-Optic Communication
- Signal Multiplexing
- Pulse Encoding Carrier Wave Modulation
- Error Detection and Correction Codes
- Direct Analog Signal Transmission
- Frequency Transmission
- Digital Signal Transmission Modems Data Transmission and Interfacing
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