INTERNET OF THINGS (IOT)
Best Course for graduating candidates to start their career | curriculum designed by Industry Experts | 120 Hours (3 Months of Program) | Hybrid Classes | World-Class Curriculum
Program's Key Features
Outcome of Program
- The learner will get sound understanding of core concepts and sub domains of IoT and Industry 4.0
- Learner will get proficiency in writing codes for developing IoT Gateway, collecting telemetry data and visualizing data.
- Learner will be able to land a job role as an IoT Professional, working on IoT Projects.
- The Learner can also easily switch from an existing job role with around a 20% hike from the current salary switch to any field where IoT and Industry 4.0 techniques are being used.
Syllabus
- Understanding IoT Concepts
- What is IoT and its significance?
- IoT ecosystem: devices, sensors, connectivity, data, and applications.
- IoT Architecture
- Components: sensors, actuators, gateways, cloud platforms.
- Communication protocols: MQTT, CoAP, HTTP, etc.
- Edge computing vs. Cloud computing in IoT.
- IoT Security and Privacy
- Threats and challenges in IoT security.
- Encryption, authentication, and authorization.
- Basics of microcontrollers and microprocessors.
- Programming languages: C, C++, Python for IoT.
- Lab: 1
- Sensors and Actuators
- Types of sensors: temperature, humidity, motion, etc.
- Actuators: motors, servos, relays.
- Interfacing sensors with microcontrollers.
- Prototyping Platforms
- Introduction to Arduino/Node MCU and Raspberry Pi.
- Hands-on projects to create basic IoT setups.
- Lab: 2
- Wireless Communication
- Wi-Fi, Bluetooth,
- Lab: 3
- Comparing communication protocols for IoT.
- Data Communication
- Publishing and subscribing to MQTT topics.
- HTTP vs. CoAP for IoT applications.
- Lab: 4
- Storing data in databases: SQL vs. NoSQL.
- Time-series databases for sensor data.
- Lab: 5
- Data Analytics
- Basics of data analysis and visualization.
- Using tools like Python libraries (Pandas, Matplotlib).
- Lab: 6
- Cloud Platforms
- Introduction to cloud platforms: AWS IoT, Azure IoT, Google Cloud IoT.
- Setting up IoT devices and managing data on the cloud.
- Lab: 7
- Web and Mobile App Development
- Building a web-based dashboard for IoT data visualization.
- Developing mobile apps to control IoT devices remotely.
- Labs: 8
- Edge Computing
- Processing data at the edge vs. sending to the cloud.
- Edge analytics and decision-making.
- Security and Privacy in IoT
- Deep dive into IoT security best practices.
- Implementing secure device management.
- Lab: 9 & 10
- Case study and Project Work
- Overview of Certifications
- Tips and Strategies for Exam Preparation
- Practice Questions and Mock Exams
END OF PROGRAM
Pre-requisites-
- Any graduates candidate can join the program
- Candidate should have basic understanding of Electronics
- Candidate should have basic understanding of Programming Language
Covered Projects
5 Projects will cover out of given Projects during program.
Smart Waste Management: Create a waste management system that uses IoT sensors to monitor the fill levels of trash bins, optimizing waste collection routes and reducing operational costs
Environmental Monitoring: Develop a solution that uses IoT sensors to monitor air quality, noise levels, and pollution in urban areas, helping municipalities make informed decisions about urban planning.
Wearable Safety Devices: Create wearable devices that incorporate with sensors to enhance personal safety, such as sending alerts to emergency contacts in case of an accident or distress.
Smart Agriculture: Design a solution that uses IoT sensors to monitor soil moisture, temperature, and light levels in agricultural fields, sending alerts to farmers and enabling efficient irrigation and crop management.
Industrial IoT Monitoring: Develop a system to monitor industrial equipment and machinery using sensors to track parameters like temperature, vibration, and operational status. This can help in predictive maintenance.
Weather Station: Build a weather station that collects data such as temperature, humidity, and air pressure from various sensors and displays the information in real-time on a web dashboard
Suggested Job Profile after taking this course
- IoT Product Manager
- IoT Developer
- IoT Architect
- Industrial Data Scientist
- Industrial Network Engineer
- IoT Cloud Architect
How can your host this program for your students?
Dear Faculty member as you may aware that this program/course can be hosted at your campus, to host is program here is the process-
- Book an online meeting with our manager using given calendar below
- Discuss about the program also discuss about your queries
- Confirm the schedule for the program
It is 3 Months Hybrid Classes
Any faculty member can schedule the program for their students. call/WhatsApp to -8341957746, This program specially design for college students/ On Campus
Any graduate can join the program
Standard fee for this program is INR 17,500/- per candidate, but fee is negotiable for bulk registration.
Yes, each attendee will get the certificate from ElectroCloud Labs, ECL will also to help attendee to get the recognized certification form Microsoft, Google.
After this program attendee will be ready to grab the career opportunities.
Hybrid Classes- Online and offline combine classes, 60% will be online Classes and 40% will be Classroom .
