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Master Internet of Things

From embedded IoT systems to cloud connectivity and fast-track IoT development for real-world applications

Build Connected IoT Systems

Choose between comprehensive industry-grade training or rapid IoT prototyping

Embedded with IoT Program

Complete IoT systems with embedded firmware, cloud integration, and end-to-end design

Embedded IoT Cloud Sensors
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IoT Fast-Track Program

Quick IoT skills for rapid prototyping and deployment of connected systems

Fast Track Prototyping Dashboard
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Program 1

🟦 Embedded Systems with IoT – Industry Program

Connected Embedded Devices, Sensors, Cloud & Edge Systems

🎯 Program Objective

This program trains engineers to design end-to-end IoT systems — from embedded firmware and sensor interfacing to network communication, cloud integration, and real-time data visualization.

The focus is on building real IoT products, not just connecting a board to Wi-Fi.

For: Embedded Engineers & Graduates
Duration: 12-14 Weeks
Prerequisite: Embedded Fundamentals

Who Is This Course For?

Students who completed Embedded Systems – Fundamentals
Embedded engineers moving into IoT roles
Electronics / ECE graduates
Professionals targeting IoT, Edge, and Product roles
Engineers interested in connected systems

⏱ Course Format

Weekend / Online

12–14 weeks

Structured online learning

Full-Time

2–3 months

Intensive industry training

End-to-end IoT System Flow

Topics
  • What is IoT? Real-world use cases
  • IoT device vs gateway vs cloud
  • Edge computing concepts
  • Data flow in IoT systems
  • Security challenges in IoT
Learning Outcomes

✔ Understand full IoT system architecture

✔ Identify components of real IoT products

Topics
  • Sensor selection for IoT
  • Analog & digital sensors
  • Power consumption considerations
  • Sensor calibration & accuracy
  • Interfacing multiple sensors
Labs

✔ Multi-sensor data acquisition system

Topics
  • Firmware architecture for IoT
  • Event-driven vs polling systems
  • State machines for IoT nodes
  • Error handling & recovery
Labs

✔ Modular firmware design for IoT node

Topics
  • UART, SPI, I2C recap
  • Wi-Fi, Bluetooth, BLE overview
  • MQTT, HTTP, CoAP protocols
  • Device provisioning basics
Labs

✔ Sensor data transmission over Wi-Fi

✔ MQTT publish/subscribe demo

Topics
  • IoT cloud platforms overview
  • REST APIs & MQTT brokers
  • Data formats (JSON)
  • Real-time data ingestion
Labs

✔ Send sensor data to cloud dashboard

Topics
  • RTOS benefits in IoT systems
  • Task separation (sensor, comms, control)
  • Queues, semaphores
  • Timing & reliability
Labs

✔ RTOS-based IoT firmware

Topics
  • Device authentication
  • Secure communication basics
  • Firmware integrity
  • Secure boot overview
Labs

✔ Secure device-to-cloud communication

Topics
  • Battery-powered IoT design
  • Sleep modes & wake-up sources
  • Power profiling
  • Trade-offs in connectivity
Labs

✔ Low-power IoT sensor node

Topics
  • Real-time dashboards
  • Alerts & thresholds
  • Data logging & analytics
  • Mobile & web visualization concepts
Labs

✔ Live sensor dashboard with alerts

Topics
  • Firmware updates (OTA overview)
  • Scaling IoT systems
  • Debugging field issues
  • Deployment considerations
Labs

✔ Simulated device deployment & monitoring

IoT Projects

🛠 Medium → Complex IoT Projects
Smart environmental monitoring system
IoT-based home automation controller
Industrial IoT sensor gateway
Cloud-connected data logger
Low-power battery-operated IoT node
🎓 Capstone Project (Mandatory)

Choose ONE:

🚀 Option 1: Smart IoT Product
  • Multiple sensors
  • Cloud connectivity
  • Dashboard & alerts
  • Low-power design
🚀 Option 2: Industrial IoT System
  • Edge device + gateway
  • MQTT-based communication
  • Data visualization & logging
🚀 Option 3: Connected Embedded Device
  • Firmware + connectivity
  • Error handling & recovery
  • Real-world deployment simulation

Tools & Technologies Used

Arduino / STM32
Embedded C
Wi-Fi / BLE

Modules

MQTT / HTTP
Cloud Dashboards
Sensors & Actuators

Skills You Will Gain

End-to-end IoT system design
Embedded firmware for connected devices
Sensor integration & communication
Cloud connectivity & data visualization
IoT debugging & reliability

Career Outcomes

IoT Engineer
Embedded + IoT Developer
Edge Systems Engineer
Product Firmware Engineer

Why This Course Is Industry-Grade

Focuses on real IoT products
Covers device-to-cloud flow
Balances firmware, hardware & cloud
Emphasizes reliability and power efficiency
Enroll in IoT Program
Program 2

🟦 IoT Fast-Track Program

Build, Connect & Deploy IoT Systems – Quickly & Practically

🎯 Program Objective

This fast-track program enables learners to design, build, and deploy complete IoT solutions in a short time by focusing on connectivity, data flow, cloud dashboards, and real-world use cases, without going deep into MCU internals.

The goal is rapid IoT system development, not low-level embedded engineering.

For: Quick IoT Skills & Prototyping
Duration: 4-6 Weeks
Prerequisite: Basic Programming

Who Is This Course For?

Students looking for quick IoT skills
Working professionals adding IoT to their profile
Software developers entering IoT
Entrepreneurs & product builders
College workshops & certification programs

⏱ Course Format

Duration

4–6 weeks

Accelerated learning

Mode

Weekend / Online / Bootcamp

Flexible options

Effort

6–8 hours per week

Focused sessions

Fast-Track Curriculum

1-2
Foundation Phase

IoT Fundamentals & Hardware

Modules 1-2
  • IoT system architecture
  • Sensor data acquisition
  • Hardware basics
  • Practical labs with sensors
3-4
Connectivity Phase

Communication & Cloud

Modules 3-4
  • Wi-Fi & MQTT communication
  • Cloud platform integration
  • Data transmission
  • Real-time data handling
5-6
Deployment Phase

Dashboards & Final Project

Modules 5-7
  • Dashboard creation
  • Security basics
  • Power management
  • Final project development

Fast-Track Features

Rapid Prototyping

Build IoT systems quickly with minimal theory

Real Dashboards

Create live data visualization from day one

Cloud Integration

Connect devices to cloud platforms immediately

End-to-End Flow

Complete device-to-dashboard implementation

Fast-Track Projects

🛠 Fast-Track Mini Projects
Smart temperature monitoring system
Cloud-connected sensor dashboard
Alert-based IoT application
Remote data logging system
🎓 Final Project (Mandatory)

Choose ONE:

Smart environmental monitoring
IoT-based room automation
Remote sensor monitoring dashboard

Tools & Technologies Used

Arduino / ESP Boards
Sensors

Temperature, humidity, light

Wi-Fi / BLE
MQTT / HTTP
Cloud Dashboards

Skills You Will Gain

End-to-end IoT system understanding
Sensor data acquisition
Cloud connectivity
Dashboard creation
Rapid IoT prototyping

Career & Application Areas

IoT Developer (Entry-Level)
IoT Application Engineer
Smart Systems Prototyping
Product Demo & POC Development

Why This Fast-Track Works

Minimal theory, maximum practice
Real-world IoT focus
Ideal for quick upskilling
Scalable into advanced embedded or edge courses
🔜 What's Next After This Course?
Embedded Systems with IoT – Industry Program
Advanced Embedded Systems (STM32 + RTOS)
Edge AI / Smart Devices
Start Fast-Track Program Talk to Advisor

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