Embedded System Training

Today, we are surrounded by computing systems and every controlling system has embedded systems as a major part. Almost every digital or electronic system makes use of this technology. Air traffic control system is the best example of embedded design, wherein, the entire system depends upon embedded technology.

Apart from this, embedded systems are also found in digital cameras, cell phones, washing machines, home security systems, calculators, lighting systems, automated teller machines and what not. This technology is rising rapidly and is reported to have made its presence felt in the nuclear industry as well.

This clearly shows that there is a very high demand of professionals in this field. Students interested in this field definitely have a bright future ahead, full of opportunities. Designing such systems is not an easy task and experience and knowledge about embedded schemes is very important as all high level control systems are used. For this, expert guidance is needed from an excellent platform.

TCIL-IT Chandigarh provides just the perfect platform for this. We have experienced specialists of embedded technology with us. They will impart knowledge and enhance your skills, thus preparing you for a bright future. They will tell you how the industry functions and will impart knowledge to help you start a career in this field.

Every candidate can also benefit from our relationships with the people and companies from the industry. Our training is always result oriented and this is clearly reflected in the fact that many of our students are working in famous companies of the industry.

Our main objective is to keep our training program updated with the latest technology. TCIL-IT Chandigarh is a well reputed company and high ranking company not only in Chandigarh but all across India.

Modules:

• Course-1: Embedded Systems Development
• Basic Concepts
• Fundamentals of Electronics Product development
• Introduction to Embedded system. Scope of Embedded system in Electronics Products.
• Introduction to Microprocessors, Microcontrollers, CISC, RISC.
• Introduction and Analysis of Different Families of Microcontroller.
• PCB Designing & Electronics Circuits Development
• Introduction to PCB, Types of PCB, Different Material used in PCB, PCB standard.
• Schematic Design using Capture.
• Single Side and Double Side PCB designing using Layout.
• Working with through hole and SMD Components
• Understanding to Power Supply Designing.
• Introduction to various Analog and Digital devices.
• Hardware Interfacing’s and Programming with AVR (8 Bit) family of Microcontroller
• Fundamentals of C programming Language. Difference between C and Embedded C programming techniques.
• Study of Architectural Features, Pin Details and Code Burning Techniques.
• Practical Interfacing with ATmega-16
• Output Driven [LED, Motors, Relays, etc.]
• Input Reading [Switches, Sensors, Data bits etc.]
• Display Devices [Dot matrix LCD, 7 Segment Display]
• ADC (Analog to Digital convertor)
• Introduction to 8 bit, 12 bit, 20 bit .On chip, Off Chip, Parallel and Serial types of ADC
• Practical to be done with 10 bit on chip ADC.
• Analog Sensors Implementation with ADC-Temperature, pressure, Humidity, Light etc.
• Wired Data Communication protocols [RS232, I2C, One wire, SPI etc.]
• Wireless Data Communication protocols [RF, Bluetooth, GSM etc.].
• Practical Implementation and programming of All On chip peripheral as given below
• UART 2.Timer/Counter 3. PWM 4. Interrupts.
• Project Development
• Course-2:Embedded Systems and IOT (Raspberry pi)
• Basic Concepts
• Fundamentals of Electronics Product development
• Introduction to Embedded system. Scope of Embedded system in Electronics Products.
• Introduction to Microprocessors, Microcontrollers, CISC, RISC.
• Introduction and Analysis of Different Families of Microcontroller.
• PCB Designing & Electronics Circuits Development
• Introduction to PCB, Types of PCB, Different Material used in PCB, PCB standard.
• Schematic Design using Capture.
• Single Side and Double Side PCB designing using Layout.
• Working with through hole and SMD Components
• Understanding to Power Supply Designing.
• Hardware Interfacing’s and Programming with AVR family of Microcontroller
• Fundamentals of C programming Language. Difference between C and Embedded C programming techniques.
• Study of Architectural Features, Pin Details and Code Burning Techniques.
• Practical Interfacing with ATmega-16
• Output Driven [LED, Motors, Relays, etc.]
• Input Reading [Switches, Sensors, Data bits etc.]
• Display Devices [Dot matrix LCD, 7 Segment Display]
• ADC (Analog to Digital convertor)
• Introduction to 8 bit, 12 bit, 20 bit .On chip, Off Chip, Parallel and Serial types of ADC.Practical to be done with 10 bit on chip ADC.
• Analog Sensors Implementation with ADC-Temperature, pressure, Humidity, Light etc.
• Wired Data Communication protocols [RS232, I2C, One wire, SPI etc.]
• Practical Implementation and programming of All On chip peripheral as given below
• UART (2) Timer/Counter    (3) PWM    (4) Interrupts
• Working with Raspberry pi
• Introduction to Raspberry pi platform
• Different versions of Raspberry pi module
• Architectural features and Pin details of Raspberry pi 3 module
• Operating system installation on Raspberry pi 3 module
• Understanding the tools and basic configurations of Raspberry pi desktop.
• Introduction to Linux Operating system and Use of Command Line
• Python Programming
• Working with NODE RED software for Hardware control
• Implementation of VNC (Virtual Network Computing)
• Implementation of Remote access of raspberry pi desktop on smart phone and PC/Laptop.