Applications of Embedded Control Systems

Description

Review of Microcontrollers and their Integrated Development Environment - Major Microcontroller features: review and utilization of DI, DO, Timers and modes - Major Microcontroller features: review and utilization of Interrupts, ADC and DAC - The coding of discretized controllers: P, PI, PID, Lead and Lag compensators - Wireless Communication Techniques: Bluetooth - Wireless Communication Techniques: ZigBee and Wi-Fi - Implementation of Smart Process Sensor/Transducer and its Networking - Implementation of Frequency, Voltage and Current digital measurement - Realization of Smart Meter, Smart Plugs and Digital Relays - Imbedded Control in Power Electronics: DC-DC converters (Buck . Boost) - Application of Embedded Control in DC Drives (speed and position) - Imbedded Control in Power Electronics: DC-AC inverters - Application of Embedded Control in AC Drives - The use of Embedded Controllers in Smart Cars and Electric Vehicles.

Program

Bachelor Degree in Electrical and Control Engineering (160)

Objectives

• To meet the needs of industrial requirements, the student will learn the implementation of embedded control systems applications and its supporting tools.