BS Instrumentation and Control

Categories: Technical Courses
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About Course

Engineers in control engineering use control theory to assure optimum productivity and theoretically infinite repeatability while adhering to industrial health and safety regulations in the design, monitoring, and control of various industrial processes.

In an industrial context, process control equipment is used to measure and regulate process variables using hardware and software. Models of industrial processes and systems are used to create mathematical models of control systems to be used in them.

About the instructor

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Course Curriculum

Semester-1

  • Analog vs. Digital Instruments
  • Computer Configurations of Supervisory Units
  • Computers—Simulation by Analog and Hybrid Systems
  • Electronic vs. Pneumatic Instruments
  • Assignments # 1
  • Assignments # 2

Semester-2

  • Control Basics
  • Control Modes—PID Controllers
  • Control Modes—PID Variations
  • Control Modes—Digital PID Controllers
  • Control Systems—Cascade Loops
  • Empirical Process Optimization
  • Model Predictive Control and Optimization
  • Neural Networks for Process Modeling
  • Nonlinear and Adaptive Control
  • PID Algorithms and Programming
  • Assignments # 1
  • Assignments # 2

Semester-3

  • Controllers—Pneumatic
  • Controllers—Electronic
  • Converters and Dampeners
  • Relays for Computing and Programmers
  • Telemetering Systems
  • ransmitters—Electronic
  • Transmitters—Fiber-Optic Transmission
  • Software for Fuzzy Logic Control
  • Statistical Process Control
  • Tuning Level Control Loops
  • Assignments # 1
  • Assignments # 2

Semester-4

  • Annunciators and Alarms
  • Control Centers and Panels—Traditional
  • Control Center Upgrading
  • Electronic Analog and Digital
  • Basic Trends and Advances
  • Control and Simulation Advances
  • Installation and Commissioning
  • Integration with Buses and Networks
  • Integration with Other Systems
  • Management of Abnormal Situations
  • Assignments # 1
  • Assignments # 2

Semester-5

  • Binary Logic Diagrams for Process Operations
  • Ladder Diagrams
  • Optimization of Logic Circuits
  • PLCs: Programmable Logic Controllers
  • PLC Programming
  • PLC Software Advances
  • Assignments # 1
  • Assignments # 2

Semester-6

  • Application and Selection of Control Valves
  • Accessories and Positioners
  • Actuators: Digital, Electric, Hydraulic, Solenoid
  • Actuators: Pneumatic
  • Advanced Stem Packing Designs
  • Characteristics and Rangeability
  • Assignments # 1
  • Assignments # 2

Semester-7

  • Dampers and Louvers
  • Electric Energy Modulation
  • Pumps as Control Elements
  • Thermostats and Humidistats
  • Variable-Speed Drives
  • Assignments # 1
  • Assignments # 2

Semester-8

  • Aeration and DO Controls
  • Airhandler and Building Conditioning Controls
  • Batch Control Description, Terminology, and Standard S88
  • Batch Processes and their Automation
  • Blending and Ratio Controls
  • Boiler Control and Optimization
  • Centrifuge Controls
  • Chemical Reactors: Batch Sequencing
  • Chemical Reactors: Basic Control Strategies
  • Chemical Reactors: Control and Optimization
  • Assignments # 1
  • Assignments # 2

Ebooks

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