Development of Instruments & Embedded Systems
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45 hours
About Course
This course focuses on developing working instruments and embedded systems using sensors, microcontrollers, and digital logic. Perfect for students looking to innovate in electronics, this hybrid-format course will help you conceptualize, simulate, and prototype actual hardware solutions.
What Will You Learn?
- Design embedded systems using microcontrollers and sensors
- Build working instruments like alarms, controllers, automation setups
- Use simulation tools to test and refine circuits
- Understand how logic gates form the basis of system behavior
- Work on real-time projects and document them professionally
Requirements
- Laptop with Proteus or Tinkercad installed
- Hardware kits (can be ordered separately)
- Basic understanding of electronics or willingness to learn
Audience
- Engineering & diploma students (EEE, ECE, Mechatronics, CSE)
- Technical school students (ITI, polytechnic)
- Tinkerers, innovators, and embedded hardware learners
- Faculty members conducting labs or workshops
Course Content
Module 1: Fundamentals of Instrumentation & Embedded Systems
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Difference between instruments and systems
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Applications in automation, industry, and healthcare
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Embedded system basics
Module 2: Sensors & Signal Conditioning
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Types of sensors (temperature, gas, pressure, etc.)
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Analog to Digital Conversion (ADC)
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Filtering & signal stability
Module 3: Microcontroller Architecture & Interfacing
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Microcontroller vs microprocessor
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Ports, timers, memory layout
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Sensor and actuator interfacing (basic)
Module 4: Logic Gates & Digital Systems
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AND, OR, NOT, XOR – Truth tables
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Combinational & sequential circuits
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Flip-flops, counters, and timers
Module 5: Simulation & Design Tools
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Proteus for circuit simulation
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Fritzing / Tinkercad for design layout
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Working with datasheets and documentation
Module 6: Project-Based Instrument Development
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Build a temperature controller
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Design a gas leakage alarm system
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Automate fan/light systems using sensors
Module 7: Debugging, Calibration & Deployment
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Common errors and fault detection
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Calibration techniques
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Case studies in smart industry systems
Instructors
WDA
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