Robotics

ROBOTICS TRAINING

Online robotics training

ROBOTICS TRAINING COURSE OVERVIEW

Robotics occupies constructions, operations, Design, and use of robots and it is the field that relates with engineering and computer science. Robotics’ main objective is to design machines that may assist and help humans. Robotics put together the field of control engineering, software engineering, mathematics, computer engineering, electronics, electrical engineering, mechanical engineering among others.

Basically, robotics is the Artificial intelligence branch responsible for designing and many more things and it is also used for controlling and performs sensory responses via information processing with Computer program helps. Robotic Process Automation is to use of Machine learning and AI capabilities software for managing large volume, repetitive tasks that need human performance. These Activities include inquiries, record keeping, and calculations. There are various benefits of Robotic Process Automation that include enduring business operations, better customer service, with many laws and regulations, create cost-effective and manual operations that permit processes to be done faster, etc. top Robotic Process Automation applications consist of accounting, health care, customer services, human resources, etc.

The scope of Robotics Training is high that’s why many institutes provide Robotics training via both online and offline mode. But our company i.e. ShapeMySkills Pvt Ltd offers the best Robotics training to the students. We also provide free demo sessions for any course. So, you must try once and we never make you disappointed.

Robotics is a branch of Artificial Intelligence responsible for the design, construction and operation of robots and is used to control, and perform sensory responses through information processing with the help of computer programs. 

Robotic Process Automation refers to the use of Artificial Intelligence and Machine learning capabilities software to manage large volume, repetitive tasks that require human performance. These activities may include calculations, inquiries, and record keeping. Instead of being part of the organization’s IT infrastructure, it stays on top of it and helps the company use the technology efficiently and effectively – all without changing existing system and infrastructure.

There are a number of benefits of Robotic Process Automation which include enabling better customer service, enduring business operations and processes compliant with various laws and regulations, creating cost-effective duplicate and manual operations, allowing processes to be done more quickly etc. The top Robotic Process Automation applications contain customer services, accounting, health care, financial services, human resources, and much more.

Program Features

  • IT Professionals as Trainers

    Learning a technology with a professional who is well expertise in that solve 60% of your needs.

  • 100+ old students to believe

    We satisfied 10000+ students from the day we started ShapeMySkills. Take a look of our old student’s video reviews and it says all.

  • Counselling by Experts

    If you are in dilemma to choose a course, we are having experts in counselling team to help you with perfect projection of your career.

  • Affordable Fees

    We are dead cheap in fees. We are having options to make the payment in instalments as well if needed.

  • Fully Hands-on Training

    We support any training should be more practical apart from theoretical classes. So, we always gives you hands-on training.

  • Own Course Materials

    We have every course material to understand which is prepared by our trainers and we will share with you after session completes.

WHO IS THIS COURSE FOR?

What Will You Learn?

Job Profiles

 

History of Robotics

320 BC

The hint given by bGreek Philosopher Aristotle that automated machine can come into reality.

1491

The first humanoid robot sketched by Leonardo Vinci

1913

Credit goes to Henry Ford to create first conveyor belt assembly line in his company.

1932

The first robot toy named as Lilliput produced by Japan and this toy can walk. 

1941

The legendary writer named as Issac Asimov write about 3 laws of robotics in writing called “liar”. 

1954

George Devol and Joseph Engleberger was designed the first programmable robot arm. 

1986

To build the first walking robot, Honda takes the project and the first LEGO based educational product was put to market

1998

LEGO was introduced First Robotics invention System

1999

Sony was released 1st version of AIBO. Robotic dog had the features to entertain its owners. 

2004

The first flying smallest robot releases by Epsom and was to be used for natural disasters.

Robotics Training Course Content

Introduction To Robotics

  • Present and future scope of robotics
  • Types of robots
  • Application of robotics

Basic Electronics

  • Resistors
  • Capacitors
  • Diodes
  • Transistor

Types Of Motors

  • Introduction to Motors
  • AC motor
  • DC motor
  • Stepper motor
  • Servo motor
  • DC geared motor

Types Of Sensors

  • Introduction to Sensing Devices
  • IR sensor
  • Light searching sensor
  • Temperature sensor
  • Touch sensor
  • Motion sensor

Motor Controlling Circuits

  • Motor controlling using driver ICs IC’s
  • LM358(dual op- amp)
  • LM35(Temperature sensor)
  • L293D(dual H-bridge IC
  • 7805(Voltage regulator)
  • Type of Microcontroller
  • Memory Classification

Pin Description & Architecture Of Avr Microcontroller

Memory Architecture Of Atmega16

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Brief Introduction To Computer Architecture

  • Classification of Von-Neumann and Harvard Architecture
  • Difference between RISC and CISC
  • Memory Classification (Primary & Secondary)

Computer Languages

  • Low Level Languages
  • Middle Level Language
  • High Level Language
  • Interaction of language with Compilers

Embedded Development Tools

  • Assembler
  • Interpreter
  • Compiler
  • Simulator
  • Emulator
  • Debugger

Led Interfacing

Seven Segment Interfacing

  • Non-Multiplex
  • Multiplex

Lcd Interfacing

  • To move data on LCD in 8- bit
  • To move data on LCD in 4- bit
  • To display data on both rows in 4 and 8-bit Mode
  • Scrolling message display on LCD in 4 and 8 bits Mode

Switch & Keypad Interfacing

  • Introduction to Switches & Keyboard Matrix
  • Interfacing Circuit of Switches & Keyboard Matrix
  • Programming of Keyboard Matrix & Switches
  • Controlling of LED’s by using Switches
  • Key board Matrix & LCD Interfacing Program

Timer

  • Timer0/Timer1/Timer2 Programming
  • PWM using Timers

Interrupt 

  • Timer Interrupts Programming
  • External Hardware Interrupts Programming
  • Interrupt Priority

Introduction To Embedded System

  • History & need of Embedded System
  • Basic components of Embedded System
  • Hardware Classification of Embedded System
  • Programming Language Classification of Embedded System
  • Advantage & Disadvantage of Low level & High level programming language of Embedded System

Classification Of Microprocessor & Microcontroller

  • Difference between Microprocessor & Microcontroller
  • Classification based on architecture
  • Classification based on Instruction Set

Introduction Of Embedded C

  • Why C
  • Benefits of C over Assembly
  • Constants, Variables & Data Types
  1. Keywords & Identifiers
  2. Data type & its memory representation
  3. User Defined Data type (structure)
  4. Array
  5. Pointers
  • Operators
  1. Arithmetical Operator
  2. Logical Operator
  3. Bitwise Operators
  • Control Statement and Loops
  1. If
  2. Switch
  3. For
  4. While
  5. Do While
  • Introduction to Preprocessor Directives
  • Assembly within C (Inline Assembly)

Rs232 Interfacing

  • Interfacing with PC using UART/RS232
  • Interfacing with PC using UART/RS232 with Interrupts

Adc Interfacing

  • To display digital data on LED
  • To display digital data on LCD

Sensor Interfacing

  • IR Sensor Interfacing
  • Temperature Sensor Interfacing

Other Communication Protocols

  • I2C protocol
  • SPI Protocol

 

Career Scope and Demand of Robotics

Research companies such as NASA employ robotics use in large scale fields such as:

  • Use the concepts of the Robotic arm for moving large objects in space.
  • Space Research

So the demand for robotics for professional’s skills is very high. Students who choose to do Robotics Course may have bright careers in the future.

Robotics engineering considers a high-end professional career in India. Various job opportunities are waiting for a candidate having professional training in Robotics. Robotics engineers can be employed in the mining, automation sector, life sciences, manufacturing plants, laboratories, medical fields aerospace engineering, etc. Even in the manufacturing unit and gaming industry, there is a great demand for robotic engineers.

Companies Use Robotics

The lists of top innovative companies that use Robotics are:

  • Touch Bionics
  • Rethink robotics
  • Bosch
  • Google
  • Irobot
  • Liquid Robotics

Some research companies also use robots for solving difficult problems:

  • NASA
  • ISRO

Why Join This Training?

ShapeMySkillsis one of the prominent names of Robotic Process Automation Training Institutes in Noida. Robotic Process Automation Training is offered according to the standards in the current industry that enable one to get their dream jobs from the world’s top companies. ShapeMySkills is a well-known training company that provides advanced training services in Noida, especially Robotic Process Automation Training. We pass on practical information about live and ongoing project training, and provide placement assistance to all. The Robotic Process Automation curriculum is designed to provide in-depth knowledge covering all modules from basic to advanced level.

Robotic Process Automation Training at ShapeMySkills is provided by company professionals with more than 9 years’ experience in live project training. Robotic Process Automation Training has both practical and theoretical periods. It enables students to understand and deal with the difficult and complex situations they may face when entering reality into the IT field.

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Duration: 6 WEEKS / 50 HOURS
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