Course Name – Robotics and Embedded Systems Course
Duration – 2 Month
In the modern electronics world every product is made from SOC’s and sensors. Automation, automotive electronics, Robotics, Consumer electronics, networking, routing, biomedical…etc all contain the embedded system as their heart. To achieve the height of an embedded system and to put in top MNC’s then Digital Computer Classes is your right option to start your career as an Embedded Engineer. Join Robotics and Embedded Systems Course now.
We can’t imagine anything without embedded system technology because embedded systems are a combination of hardware and software . It’s going to be called Automation and its future is very bright for the purpose of a career option. Embedded system includes system application code which accomplishes the simultaneous number of tasks. It performs the important time operational task very smartly. Digital Computer Classes is one among the best training companies for I.T. Field aspirants that give smart and professional training in supervision of experts.
Take Away : Robotics and Embedded Systems Course
Each and each module will contain a project that has to be developed by students and will be in industrial standard. Important aspects in developing software and hardware are going to be taught to the students like Short Development Cycle(SDC), Circuit design, Logic implementation, memory reduction etc
Target Audience – Robotics and Embedded Systems Course
Engineering Students
Company Professionals
Job aspirants
Recommended Next Course
VLSI
Robotics
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Robotics and Embedded Systems Course Contents
Introduction to Robotics
Types of Robot according to application
Market exposure robotics
Introduction to Embedded System
What is embedded
Use of Embedded in our life
Introduction to Basic electronic equipment and component
Analog Electronic
Basic of Bread Board, Resistor, Capacitor
Voltage divider circuit
Testing with multimeter
Types of Switches
Digital Electronic
Logic gates
Basic of counters
Introduction to various general purpose ic
Power Supplies
Building a standard voltage supply
Regulated DC voltage Supply
Sensor And Actuator
Mechanism used by sensor
Line sensing, temperature sensor, Distance Measurement
Motors
Motor Drivers
Introduction to microcontroller
Overview of Microcontroller
Application & Scope of microcontroller
Introduction to AVR Architecture
Familiarization with various addressing Modes of Atmega 16
Embedded c
Programming Technique (Low level/ High level/ Very High Level)
Description of various function of Embedded C
Working on Simulator
Interfacing with Microcontroller
LED
Motor Driver IC
LCD
IR Sensor
Advance Sensor
Buzzer
Relay
DTMF IC
Communication using a mobile personal computer
Brushing up TTL logic communication
Communication without developing application (using Hyper Terminal)
