PG Diploma in IOT & Embedded Systems

Eligibility: BE, B.Tech, ME, M.Tech

Intermediate

Overview

IOT Certification Course Online for Working Professional

Description

The IoT Certification Courses (Available Online) is designed for those interested in learning about IoT principles and applications. By the end of the course, the student will be able to develop, implement, integrate, and test complex IoT software.

Working professionals interested to improve their expertise in IoT can join this 5-month PG diploma in IOT course, designed to cater to the needs of working professional skill improvement.

Cranes Varsity provides Working Professionals with a disciplined framework for learning and improving technical skills. They are well-planned and delivered using examples to make the lectures more fun and clear. We want to help working professionals build a broader set of skill development through rigorous upskill and reskill models.

If you are looking to get started in IoT, a certification program that’s tailored to starting companies is the right choice. The IoT Certification Courses Online will be delivered in a series of classroom-based, instructor-led sessions and self-paced on-demand learning materials.

This certification will give you the knowledge and skills to progress in your career as an IoT Specialist, IoT Consultant, Strategy Manager or Product Manager. It will also give you the opportunity to gain a full understanding of what an effective IoT strategy entails and how it can transform your business.

The training includes a series of classroom-based, instructor-led sessions and self-paced on-demand learning materials that will help you prepare for the certification exam.

With some knowledge about computer programming languages and experience in working with IoT devices, you can easily get into this industry.

Cranes Varsity provides both Online and Offline training and offers services to aspiring individuals from training to placement as part of the Internet Things of (IoT) Training Courses with over 100+ participants placed in various multinational companies including TATA Elxsi, UST Global, Genpact, Embedded UR, Symphony, Capgemini, Vodafone, NISSAN, Wipro, IBM, Tech Mahindra, Western Digital, Mphasis, Saffron, Verifone, ZF, HTC, LG Soft, Toshiba, Samsung, etc.

Course Modules

Generic
  • Fundamentals of Electronics and Embedded Systems
  • Programming in C following MISRA C
  • Data Structures and Algorithms
  • C++
  • Linux System Prog and Socket Programming
Embedded Specialization
  • ARM 7 & Cortex M3 programming using Embedded C
  • Programming using ARM Cortex M3 based MCUàSTM32F446
  • Embedded Protocols – UART, SPI, I2C
  • RTOS – Hands on using Free RTOS of Amazon
IoT Specialization
  • Python Programming
  • Architecture and Connectivity Model
  • Edge Node Computing
  • IoT Protocols – MQTT, AMQP, CoAP
  • Gateway Computing
  • Security Using Industrial IOT
Project Stream
  • Embedded Project development using wired/wireless technology such as GPS, GSM, BLE, Wi-Fi and sensors
  • Application development based on Data Structure (eg: Flood fund releasing data, cyber management systems, Bank management system, contact management system)
  • Concurrent server to replicate a chat application using socket programming.
  • Ecommerce Server backend using socket programming
  • IoT based Advanced Security System
  • Remote monitoring and controlling using IOT communication Protocol
Platform
  • Ubuntu (Linux OS, with gcc compiler)
  • Lpc2129, Keil Micro vision

Course Content

Generic:

  • Introduction to C
  • Loop Control Structures
  • Working with Multiple Files
  • Arrays
  • Data types and Operators
  • Modular Programming using Functions
  • Preprocessor
  • Strings
  • Conditional Statements
  • Storage Classes
  • Conditional Inclusion
  • Recursion

  • Introduction to Pointers
  • Command line arguments
  • Structure and Bit Fields
  • Introduction  Data structures
  • Types of linked list
  • Pointer Arithmetic Operations
  • Dynamic Memory Allocation
  • Union, type def , enums
  • Stack and Queues
  • Trees Introduction
  • Constant Pointer and Pointer to Const
  • Memory Leakage Detection using Valgrind
  • File IO,  Random Access – fseek , ftell
  • Linked List
  • Binary Search Tree

  • Introduction to object oriented programming
  • Constructor and Destructor
  • Operator Overloading
  • Exception handling
  • STL Containers and Iterators
  • Procedural approach in C++
  • Copy Constructors
  • Inheritance
  • Templates
  • Smart Pointers
  • Object oriented approach in C++
  • Friends Functions
  • Run time Polymorphism
  • STL Algorithm
  • Lambda Expression

  • Introduction to operating system
  • Memory management systems
  • Linux file management system
  • Pipes
  • Semaphores
  • Computer networking
  • IP internet addressing
  • Process management subsystems
  • Shell
  • Linux process management system
  • Message queues
  • Threads
  • Network models
  • Client server paradigm
  • File management subsystems
  • Introduction to linux os
  • Signals
  • Shared memory
  • Mutex
  • Transmission media
  • Socket programming

Embedded Specialization:

  • Introduction to ARM Cortex M3, STM32F411 Microcontroller
  • Programming on GPIO ADC, TIMER
  • Interrupts and External Interrupts, Protocol: UAR

  • Universal Asynchronous transmitter ART
  • Serial Peripheral Interface(SPI).Inter-Integrated Circuit(I2C)
  • Introduction to ARM Cortex M3

  • RT Systems–Architecture, Introduction to tasks-CAN layered architecture
  • Memory management, Strategies of Memory Management Memory Allocation/De-allocation
  • Real-Time Task Management, State transition Diagramming Free RTOS Schedulers,  Inter task Synchronization
  • Inter task Communication Message Qs, Pipes, Shared Memory – pros &cons
  • Introduction to semaphores, types (Binary and Mutex), Programming with Semaphores
  • Introduction to Free RTOS Message

  • Introduction to operating system
  • Memory management systems
  • Linux file management system
  • Pipes
  • Semaphores
  • Computer networking
  • IP internet addressing
  • Process management subsystems
  • Shell
  • Linux process management system
  • Message queues
  • Threads
  • Network models
  • Client server paradigm
  • File management subsystems
  • Introduction to linux os
  • Signals
  • Shared memory
  • Mutex
  • Transmission media
  • Socket programming

IoT Specialization:

  • Introduction to IOT and its Applications
  • IOT communication Models
  • IOT framework/platforms, IOT Hardware

  • RaspberryPi3 Board Architecture and Configuration of Pi
  • Interfacing 16 X 2 LCD and 7-segment Display
  • Interfacing options on the Raspberry Pi
  • Interfacing sensors and Pi Camera
  • Interfacing peripherals, Interfacing LED and LDR, DHT11, LM35 sensors
  • Interfacing Actuators, Relay , ADC

  • Serial Communication using UART. Interfacing Bluetooth, RFID. 
  • Basics of MQTT, COAP protocols
  • Interfacing GPS and GSM modules with Raspberry

  • Connecting to Cloud. Analyze and Visualize Data
  • Remote control using Android  Device
  • Start TLS process, SMTP server using Raspberry.
  • Arduino and Node MCU  interfacing
  • Web Application using Flask Framework
  • Smart Gateway: smart home/smart car/smart grid

  • Key Considerations and Challenges: Interoperability, Standards,
  • Secure Data Transfer from device to device using encryption and decryption.
  • IOT Protocols and conventions, Technical and cost constraints
  • Industrial IoT, Sensor Technology and Applications
  • Productivity, Safety, and Security with IIoT

  • Tableau Introduction
  • Working with sets
  • Connect with Different Data sources
  • Cards in Tableau
  • Tableau Calculations using Functions
  • Traditional Visualization vs Tableau
  • Creating Groups
  • Visual Analytics
  • Charts, Dash-board
  • Building Predictive Models
  • Tableau Architecture
  • Data types in Tableau
  • Parameter Filters
  • Joins and Data Blending
  • Dynamic Dashboards and Stories

Placement Statistics

FAQs

The skills and experience that you might need to already have before starting to learn IoT would likely include an interest in engineering and embedded systems, a deep understanding of the internet and how it’s transforming society, and how devices are impacting businesses and consumers because of the Internet of Things. Some practical areas to learn might include C or C++ programming, debugging, and API setups.

Industrial IoT is used in the manufacturing industry. It is the application of IoT to industrial challenges.

Yes, Python is great for starting and experimenting with Raspberry Pi, for example. Arduino is another great platform for learning using C/C++.

IOT training is suitable for fresher, graduates, as well as postgraduates. If you are a professional who wants to polish your skill, then also you can join this training.

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Duration: 5 months
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