IoT

About IoT

Internet of Things (IoT) represent the network of tangible objects things that are embedded with sensors software and other technologies for the purpose of connecting and exchanging data with other devices and systems over the internet.

Who Uses

IoT based applied science have a lot of unlike applications. The technologies are used in process self-operating, home automation, smart cars, decision analytics, and smart grids. The list of IoT applications will spread as the technology evolves in the years ahead

For Example

  • Smart City.
  • Smart grids.
  • Industrial internet.
  • Connected car.
  • Connected Health (Digital health/Telehealth/Telemedicine)
  • Smart retail

SCOPE

IoT has proved to be one of the best implementation for the healthcare industry. It helps provide ultra-modern healthcare facilities to patients, doctors, and researchers. These services include smart diagnosis, wearable devices for tracking health, patient management, and many more

Eligibility

The job-seeker should satisfy at least one of the following two criteria for learn IoT Must have secured at least 75% aggregate marks in class 12 (or equivalent) Board examination. Must be within the top 50 percentile of successful applicant in their respective class 12 (or equivalent) board examination.

For Example

No age limit for the applicant. The applicants who have to progress Class 12 examination in 2018, 2019 or appearing in 2020 are eligible to appear in both exams. The applicant should content themselves about the eligibility of age limit

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JOB OPPORTUNITIES

  • The IoT India take-home pay 2020 Study continues that the salary of ID IOT professionals in India is nearly 76% higher than that of IT professionals.
  • Application developer

Course Syllabus

  • Introduction to IOT
  • Understanding IOT fundamentals
  • Arduino Introduction Simulation Environment
  • Arduino Uno Architecture
  • Sensor
  • Actuators with Arduino
  • Overview of Sensors Working
  • Basic of Wireless Networking
  • IOT Protocols
  • Project
  • IOT Engineer
  • Citizen IOT Scientist
  • IOT App Developer
  • Technologies that led to evolution of IOT
  • IOT and SCADA
  • IOT and M2M
  • IOT and Big Data
  • IOT Standards
  • IOT standards in practice.
  • Operating platforms /systems
  • Components of IOT System.
  • Design of IOT systems
  • Development of proto IOT in everyday life
  • Internet of Everything
  • IOT and Individual Privacy types.
  • Syllabus for IOT
  • IOT concepts
  • IOT Standards
  • Components of IOT System
  • Relevance of IOT for the future
  • IOT Applications
  • IOT for smart cities
  • IOT in Indian Scenario
  • Challenges in IOT implementation
  • Technologies that led to evolution of IOT
  • IOT and SCADA
  • IOT and M2M
  • IOT and Big Data
  • IOT Standards
  • Design of IOT systems

 

  • Development of prototypes.
  • Relevance of IOT for the future.
  • IOT in everyday life
  • Internet of Everything
  • IOT and Individual Privacy
  • IOT Applications.
  • Lighting as a service
  • Intelligent Traffic systems
  • Smart Parking
  • Smart water management IOT for smart cities
  • IOT in Indian Scenario
  • IOT and Aadhaar
  • IOT for health services.
  • IOT for financial inclusion.
  • IOT for rural empowerment.
  • Challenges in IOT implementation.
  • Big Data Management.
  • Connectivity challenges.
  • Mission
  • Critical application
  • Network Layer
  • The Business IoT Case for IP
  • The need the for Optimization
  • Optimizing IP for IoT
  • Profiles and Compliances
  • Application Protocols for IoT
  • The Transport Layer
  • IoT Application Transport Methods
  • The “Things” in IoT
  • IoT Access Technologies