Certificate program in Internet Of Things

Blended Learning | 4 Months (Inclusive of Project - 1 Month) | INR 47,200/-

Certificate program in Internet Of Things | Category : IT

Why Join Certificate program in Internet Of Things

  • Apply the knowledge of Embeded sytems in designing and development of IoT Applications
  • Apply the concept of Web Programming tools and frameworks to implement heterogeneous and heirarchial wireless sensor networks
  • Use open source prototyping platforms for IoT
  • Build Machine-to-Machine (M2M) applications such as renote monitoring, vehicle tracking, fleet management or smart grid

SKILLS TO BE MASTERED

Hardware Boards - Arduino, Raspberry Pi , Sense HAT pcDuino, Cubieboard , BeagleBone, Python Web Application FrameWork – Django Cloud Platforms - Amazon Web Services ( AWS), Microsoft Azure, ThingSpeak Data Science Platforms - Hadoop Yarn

  • Program Structure
  • Certificate
  • Curriculum & Learning Outcomes
  • Admission & Fee Details
  • Contact Us & FAQs
  • Download Brochure

PROGRAM STRUCTURE

This Program is designed to train you with immerging trends in Internet of Things with an in-depth conceptual and hands-on knowledge of integrating any number of devices in the network. Project-based learning (PBL) ensures prototyping of real-time implementation of IoT solutions using Raspberry Pi and Arduino boards. Introductory idea of pcDuino, BeagleBone, SenseHat and Cudieboard allows you to select and use best appropriate board as per the need and specifications of IoT applications. Inclusion of Python programming as an Interpreter for Cloud Platforms like Microsoft Azure and ThingSpeak allows program to enter into the most promising field of Data Science and Cloud Management.

Program Duration

4 Months (Inclusive of Project - 1 Month)

Mode Of Delivery:

Blended Learning

SKILLVILLE CERTIFICATE

CURRICULUM

This course has been designed to train you using Prototyping techniques for real-time solutions. This program clubs 2 major technologies – Cloud and Big Data, which maximise the data nodes for the implementation of Internet of Things
Introduction to IoT
- Introduction
- Physical Design of IoT
- Logical Design of IoT
- IoT Enabling technologies
- IoT level;s and deployment Templets
IoT physical devices & Endpoints
- Controlling LED with Raspberry Pi
- Interfacing an LED and switch with raspberry Pi
- Intefacing a light sensor with Raspberry pi
IoT Systems-Logical Design Using Python
- JSON
- XML
- HTTPLib & URLLib
- SMTPLib:
- Python program to compute document statistics
SDN and NFV for IoT
- Introduction
- M2M
- Difference between IoT and M2M
- SDN and NFV for IoT
IoT physical servers and cloud offerings
- Installing autobahn
- Wamp Publisher implementation using autobahn framework
- Thingspeak cloud for IoT
- Python program for sending data to Thingspeak cloud for IoT
- Django: Web framework
- Amazon web services for IoT:
- Python programming for launching EC2 instance
- Python program for stopping EC2 instance
- Python program for creating auto scaling group
- Python program for uploading a file to S3 bucket
- Python program for launching RDS instance
- Python program for launching a EMR jobs
- Sequence count mapper in Python.
IoT platform Design Methodology
- Purpose and requirement specification
- Process specifications
- Domain Session specifications
- Information model specifications
- Service specifications
- IoT level specifications
- Functional view specifications
- Operational view specifications
- Device and component specifications
- Application development
Domain Specific IoT

Home automation using IoT
- Purpose and requirement specification of Home automation using IoT
- Process specifications of Home automation using IoT
- Domain Session specifications of Home automation using IoT
- Information model specifications of Home automation using IoT
- Service specifications of Home automation using IoT
- IoT level specifications of Home automation using IoT
- Functional view specifications of Home automation using IoT
- Operational view specifications of Home automation using IoT
- Device and component specifications of Home automation using IoT
- Application development of Home automation using IoT
- Implementation

Weather Monitoring:
- Purpose and requirement specification of Weather Monitoring system
- Process specifications of Weather Monitoring system
- Domain Session specifications of Weather Monitoring system
- Information model specifications of Weather Monitoring system
- Service specifications of Weather Monitoring system
- IoT level specifications of Weather Monitoring system
- Functional view specifications of Weather Monitoring system
- Operational view specifications of Weather Monitoring system
- Device and component specifications of Weather Monitoring system
- Application development of Weather Monitoring system
- Implementation
IoT System management with NETCONF-YANG
- Managing smart irrigation IoT system with NETCONF-YANG(Case study /Implementation)
- Managing home intrusion detection IoT system with NETCONF-YANG(Case study /Implementation)
Data Analytics for IoT
- Introduction
- Apache Hadoop cluster setup
- Using Hadoop Mapreduce for Batch data analysis
- Apache oozie:
Setting up oozie
Oozie workflows for IoT data analysis
- Apache storm
- Setting up storm cluster

ADMISSION DETAILS

Eligibilty

  • Engineering, Graduate and Post Graduates (Computer Science, Information Technology)(Electronics and telecommunication, Electronics (With pre-requisite test)
  • Science Graduate (BSC IT, BCA) Diploma Engineer of above branches (With pre-requisite test)
  • Phd-Persuing in the above mentioned domains

FEES DETAILS

INR 47,200/-

Please consult your Admission Counselor for flexi-EMI options

CONTACT US

Please reach out to the admission office if you have any queries
100% Placement Assistance with Leading Corporates

Our placement assistance program offers students one-on-one career counselling, and the chance to work with our corporate partners.

What if I am unable to complete the course?

In case you drop out of the course due to a genuine reason, you will have 6 months’ time to return to it. If you fail to return to your course within this period, you will have to start afresh.

How will I pay for this course?

You can pay for the course of your interest on the website by clicking on the Fees tab via e-wallets, net banking, credit cards, debit cards as well as NEFT/Bank Transfer

What is the refund policy?

Refund must be claimed before the commencement of your batch. The Application form fees are non-refundable. Skillville will deduct 20% of the program fees paid till date of application for refund towards administrative charges and 80% will be refundable within 1 month from the approval of refund by a Skillville Authorized representative

What if you miss a class?

You will have an opportunity to catch up with a simultaneous batch in session or you can reach the respective Faculty to cover the missed class.

Whom should I contact in case of any purchase related query?

Please contact your Admission Counselor or drop an email regarding your querry to admissions@skillville.in.

Do I get a certificate of participation at the end of the training program?

Yes, you will get a certificate after completing your program after you meet the attendance and evaluation criteria set for your respective program.