Internet of Things: Take your career to the next level with our advanced training program

1st January, 2024

Batch Starts

3-4 Months

Duration

3 Seats Left

Seats Available

4.6

Program Rating

Overview

Program highlight
Empower Your Career with Our Complete, Industry-Focused Program

Designed for college students, Professionals, and Innovators Across All Fields.

Master Industry-Standard Skills with Certified Programs by Wipro.

Earn certificates for your internship and program achievements.

Create a standout job-ready profile with an impressive project portfolio.

Here's Why You Need To Master This Program

40K +
Job Openings
$351 billion
Global Market Size
₹ 9 lakh
Average Annual Salary

  • Introduction to the course
  • Brief Introduction to IoT
    • Overview: The Internet of Things (IoT) refers to a network of interconnected devices that collect, share, and act on data through the internet.
    • How it works: IoT devices, embedded with sensors and software, communicate with each other and central systems to automate tasks and improve efficiency.
    • Applications: IoT is widely used in smart homes, healthcare, agriculture, transportation, and industrial automation.
  • IoT Architecture
    • Perception Layer: This is the physical layer where sensors and devices collect data from the environment.
    • Network Layer: Responsible for transmitting data collected by devices to storage or processing systems via the internet or other networks.
    • Application Layer: Provides specific services and interfaces for users, such as smart home apps, industrial automation, or healthcare monitoring.
  • Embedded System
    • Overview: An embedded system is a specialized computer system designed to perform specific tasks within larger systems, often in real-time.
    • Key Components: It includes hardware like microcontrollers and software tailored for the application.
    • Applications: Common in automotive systems, consumer electronics, medical devices, and industrial equipment.
  • Controller & Processor
    • Controller: Microcontrollers in IoT, such as Arduino or ESP32, manage sensors and actuators, offering low power consumption and ease of integration.
    • Processor: Microprocessors, like Raspberry Pi or ARM Cortex, handle complex data processing, enabling analytics, AI, and multitasking in IoT systems.
    • Usage: Controllers are used for simple tasks, while processors are preferred for advanced computing and decision-making.
  • Creating an account on Tinkercad
  • Basics of Arduino
  • LED
  • Led Blinking Assignment 1
  • Blinking Assignment Solution
  • Introduction to Serial Communication
  • For Loop
  • User Input
  • Controlling with User Input
  • Pushbutton LED
  • Introduction to PWM
  • GPIO
  • LED Forward Voltage
  • Potentiometer
  • String Input Assignment solution
  • Potentiometer Mapping Assignment Solution
  • Concept of RBG
  • Understanding Breadboard
  • Sensor Basic & Ultrasonic Sensor
  • Ultrasonic Sensor working
  • Temperature Sensor
  • PIR Sensor
  • Introduction to Robotics
  • DC Motor & L293D
  • Command to Motor
  • Motor
  • Servo Motor
  • Introduction of Remote Control Robot
  • Obstacle Avoidance Robot
  • Speed Control of Motor

IoT-Based Smart Factory System

Implement automated control for machines and processes in a factory setting.

Use IoT to control and monitor factory systems from anywhere.

Learn to improve productivity by minimizing manual interventions.

Implement the concept of IIOT/Industrial 4.0 using control system.

IoT-Based Weather Data System Using ESP32

Interface weather sensors with ESP32 for temperature, humidity, and pressure data.

Transmit weather data over Wi-Fi using MQTT protocols.

Display and analyze live weather data on cloud platforms or dashboards.

Gain experience in coding ESP32 for IoT applications.

IoT-Based Health Monitoring System Using ESP32

Develops a health monitoring system that uses an ESP32 microcontroller, DHT22 sensor, LCD display, and Blynk IoT platform.

Illustrate the wiring and connections between the ESP32 and health sensors, ensuring clarity in signal paths and power supply arrangements for accurate data acquisition.

Monitors and displays body temperature and heart rate.

Include details on how the ESP32 communicates with a cloud platform or mobile application for data transmission, specifying protocols like MQTT or HTTP for real-time health monitoring.

Obstacle Avoidance Robot Using Ultrasonic Sensor

Learn to detect objects using ultrasonic sensors.

Illustrate the placement of the ultrasonic sensor on the robot, specifying angles and distances from the chassis to optimize obstacle detection and improve accuracy.

Include a flowchart that outlines the decision-making process of the robot, detailing how it interprets distance readings from the ultrasonic sensor to navigate and avoid obstacles in its path.

Draft the wiring connections between the ultrasonic sensor, microcontroller (such as Arduino or Raspberry Pi), and the motors, ensuring proper power supply and signal pathways for effective operation.

Apply concepts of robotics to create real-world problem-solving robots.

Get Certified, Get Ahead! Your success starts here!

Meet your mentors!

Our expert instructors guide you through the fundamentals in an engaging and supportive learning environment.

Alumni’s Testimonies

See what 1Stop Learners have achieved.

Collaborating with 50+ top-tier universities and educational institutions

Enroll Now and Become One of 50,000+ Happy Learners!

₹ 4500

+18% GST

Buy Now
  • Program Duration : 4 months
  • 35 Hours of Content
  • 5 Projects
  • Live Sessions During Project Execution & Training
  • Life time access for content and Customised Dashboard
  • Project Completion Certificate from Partnered Companies
  • Internship Offer Letter
  • Internship Completion Certificate
  • Customised Resume Builder

₹ 2999

+18% GST

Buy Now
  • Program Duration : 2 months
  • 30 Hours of Content
  • 3 Major Projects
  • 1 year Access for Dashboard and Content
  • Project Completion Certificate
  • Internship Offer Letter
  • Internship Completion Certificate

FAQs

General
Mentors are Industry Experts as well as from the Company whose project you are selected for.
The students will need to dedicate 6 hours in a week towards the project. Consistency is the key, hence we recommend investing 30 minutes per day towards the project.
The last date for registration depends on the number of seats available for the project you are opting for. Since there are students applying for projects from all over hence we will recommend blocking your seat for the project.
The prereq will vary from project to project. You shall be provided all the details as shared by the respective company on your Dashboard.
Since all sessions are recorded and uploaded on the dashboard, you can access them anytime.
The Capstone and Live Project shall be explained by the Mentor in detail via Live classes During this session you can also clear all your doubts. In addition, if required,you will be given a15 days extension to complete the project and submit it. Once the Project is reviewed and approved by the respective mentor and company, certificate shall be issued
Yes, you may change your domain within 24 hours of your registration.
This is a hybrid program. You will need to complete the prerequisites before starting the live class for the project.
Yes, post projects get reviewed by a company, you will get the Guaranteed internship in the form of Live Project

Internship
The Duration of the internship is 2 months and you will be working on a Real Life Capstone Project.
No, there is no exam before the internship. Instead you need to learn all the prerequisites and submit the live project to get the internship.
The Live sessions are typically hosted in the evenings to accommodate the student’s availability. We shall be notifying you in advance via mail and messages through Telegram. In case if you miss any live classes, the recording of the live session will be uploaded in your dashboard which you can access anytime
As some companies still follow a work-from-home model for their employees, and we have also requested our partner companies to schedule online internships. This approach helps avoid challenges like traveling and finding accommodation, making the process more convenient for students.
Companies offer you a stipend ranging from 5000/- to 15,000/-.The stipend is directly proportional to your performance and completion of project.
The Respective Company SPOC along with the Mentor shall be reviewing your performance throughout the project duration. Based on your performance, if the companies find your performance up to the mark, they may offer you a PPO post interview. However all the interview and hiring rounds will need to be cleared by the student to be considered for the opportunity.
Yes, you may modify and submit your project as your Minor/Major project.
Post successful completion of your internship, you shall be getting an Internship Completion Certificate from the respective company.
You will be getting access to your student dashboard through which you can rasie any doubt with the respective company/ mentor. In addition all your learning modules Projects, Certificates, will be uploaded there. You shall be having life time access to it.
After completing the registration, our partner companies do not charge any additional fees.

Programs perfectly matched for you

If you haven’t heard, 1Stop is making major headlines!

Shashwat Dubey’s Strategic Leadership at 1Stop:

Revolutionizing the Tech Landscape by Merging Traditional Development Practices with Modern AI Solutions for Enhanced Productivity.

1Stop Celebrates Diversity:

Catering to Students from Various Backgrounds, Providing Equal Opportunities for All to Access Quality Education and Industry-Relevant Learning Through Its Comprehensive Programs.

Co-Founder Pushp Raj Singh on 1Stop's Mission: 

Delivering Quality Education Through Cutting-Edge Technologies and Real-World Projects for Aspiring Developers.

1Stop Sets New Standard in Edutech: 

Launching Interactive Workshops and Webinars Led by Industry Leaders, Providing Students with Valuable Insights and Skills for Career Advancement in a Competitive Market.

1Stop’s Collaborative Model Helps Startups Develop Clickable Prototypes, Attracting Investors and Validating Ideas While Keeping Costs Low and Efficiency High for Emerging Entrepreneurs.

1Stop's Vision for the Future:

Committed to Providing High-Quality Education and Training Programs, Enabling Students to Achieve Their Career Goals and Thrive in Their Chosen Fields

1Stop’s Collaborative Model Helps Startups Develop Clickable Prototypes, Attracting Investors and Validating Ideas While Keeping Costs Low and Efficiency High for Emerging Entrepreneurs. 

Empowering Young Minds:

1Stop Launches New Initiatives for Skill Development and Internship Opportunities, Helping Students Gain Real-World Experience and Boost Their Careers in Emerging Industries.