To know the key differences between them refer to the table given below which covers all the important details about both the courses in their comparison context:FeatureInstrumentation EngineeringControl Systems EngineeringFocusDesign, selection, and installation of instruments for measurement and control.Design and implementation of feedback control systems to achieve desired performance.EmphasisHardware - sensors, transducers, transmitters, actuators, valves, etc.Software - control algorithms, modeling, simulation, optimization, etc.Core CoursesPhysics, chemistry, materials science, instrumentation technologies, signal processing, da
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To know the key differences between them refer to the table given below which covers all the important details about both the courses in their comparison context:FeatureInstrumentation EngineeringControl Systems EngineeringFocusDesign, selection, and installation of instruments for measurement and control.Design and implementation of feedback control systems to achieve desired performance.EmphasisHardware - sensors, transducers, transmitters, actuators, valves, etc.Software - control algorithms, modeling, simulation, optimization, etc.Core CoursesPhysics, chemistry, materials science, instrumentation technologies, signal processing, data acquisition.Mathematics, computer science, control theory, system dynamics, robotics, mechatronics.Typical ProjectsSelecting sensors for a chemical reactor, designing a pneumatic control system, calibrating instruments.Developing a controller for an autonomous robot, optimizing performance of a power plant, designing a fault-tolerant control system.Industries servedChemical, oil & gas, power generation, pharmaceuticals, food processing, manufacturing.Aerospace, automotive, robotics, transportation, telecommunications, consumer electronics.Career OptionsInstrumentation engineer, field service engineer, calibration technician, project engineer.Control systems engineer, automation engineer, embedded systems engineer, robotics engineer.
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