Software Development
IoT Training
Connect sensors, microcontrollers and cloud services to build complete IoT solutions
- Duration
- Live batches
- Format
- Live online
- Modules
- 10 modules
- Certificate
- On completion
- ✓Live instructor-led online training in scheduled batches
- ✓Sensors, actuators and microcontrollers (ESP32 / Arduino) in practice
- ✓Communication protocols: MQTT, HTTP, BLE, Wi-Fi and LoRaWAN overview
- ✓Cloud ingestion, dashboards and alerts
- ✓Edge computing and Raspberry Pi basics
- ✓IoT security and device management fundamentals
About the course
What this course covers
The Internet of Things connects physical devices to software, from smart meters to factory sensors. This course takes you through a full IoT stack: choosing sensors, programming a microcontroller, sending data over MQTT, storing it in the cloud and showing it on dashboards with alerts.
You will work with ESP32 or Arduino-class boards, learn basic electronics you need for reliable circuits, and publish telemetry to a cloud service. Where learners do not own hardware, exercises can be completed in an online simulator such as Wokwi. The later modules cover Raspberry Pi as an edge gateway, device management, security and designing a project for real-world constraints like power and connectivity.
No external exam is attached. You finish with an end-to-end IoT project that you can demonstrate.
Who should attend
- ● Electronics, electrical and computer engineering students
- ● Software developers curious about hardware and embedded systems
- ● Hobbyists and makers who want a structured path
- ● Industrial automation and maintenance professionals
- ● Startup founders building connected products
Prerequisites
- ● Basic programming knowledge in any language; C/C++ or Python is helpful
- Basic electronics concepts (voltage, current, resistors) are helpful, but we revise them
Key skills
Skills you will walk away with
IoT architecture
Describe the layers from sensors and gateways to cloud and applications.
Microcontroller programming
Program ESP32 / Arduino boards to read sensors and control outputs.
Sensors and actuators
Interface temperature, motion, light and relay modules correctly.
Communication protocols
Use MQTT, HTTP and Wi-Fi/BLE, and know when LoRaWAN or cellular suits better.
Cloud integration
Send data to an IoT cloud platform and store and query time-series data.
Dashboards and alerts
Visualise telemetry with tools like Node-RED and Grafana and trigger notifications.
Curriculum
Module-by-module syllabus
10 modules · 40 topics
1Module 1: IoT Fundamentals4 topics ▾
Learning objective: Understand the IoT landscape.
- ▸ IoT architecture and layers
- ▸ Use cases across industries
- ▸ Hardware options: Arduino, ESP32, Raspberry Pi
- ▸ Project planning and constraints
2Module 2: Electronics Basics4 topics ▾
Learning objective: Build circuits correctly.
- ▸ Voltage, current, resistance
- ▸ Breadboards and wiring
- Digital and analog signals
Schedules
Upcoming live batches
Enroll now and choose your batch dates
Send an enquiry and we'll reserve your seat in the next batch.
Certification
How you get certified
- 1Enrol in a scheduled live batch and, if you want to build on real hardware, choose a basic ESP32 or Arduino kit.
- 2Attend the live sessions and complete the lab exercises, using simulators where needed.
- 3Build and demonstrate the capstone IoT project.
- 4Receive an Assure Success course completion certificate.
- 5Explore cloud certifications or embedded systems courses as next steps.
Career outcomes
Roles this opens up
IoT Developer / Engineer
₹4–12 LPA (approx.)Builds firmware, connectivity and cloud integration for connected products.
Embedded Systems Engineer (entry)
₹3.5–9 LPA (approx.)Programs microcontrollers and develops device-level software.
IoT Solutions / Support Engineer
₹3.5–9 LPA (approx.)Deploys and maintains IoT systems at customer sites.
Industrial IoT Technician / Analyst
₹3–8 LPA (approx.)Monitors sensor data in manufacturing and utilities.
Salary ranges are approximate figures for India and vary by city, company and experience.
Why this certification is worth it
Full-stack view
Understand both the hardware side and the software side.
Why Assure Success
Learn it once, pass it once
Trainers from the field
Every session is led by a practitioner who uses this material at work.
Batches that fit your week
Weekday and weekend batches in IST, scheduled for working professionals.
Exam-style practice
Practice questions and, where available, a full simulator free with the course.
Exam voucher help
Discounted vouchers and step-by-step help booking your exam.
Human support
WhatsApp support Mon–Sat, 9 AM–8 PM IST — a person answers.
Pay your way
UPI, cards, netbanking and EMI in India; international cards accepted.
FAQs
Questions learners ask us
Q.Do I need to buy hardware?
Hardware is optional. The core exercises can be done in an online simulator, but a low-cost ESP32 or Arduino kit gives a better experience.
Q.Do I need electronics knowledge?
No. We revise basic electronics in Module 2.
Q.Which programming languages are used?
C/C++ (Arduino framework) for devices and Python for the edge gateway, with simple dashboards built using tools like Node-RED.
Q.Which cloud platform is used?
We use MQTT, which works with any broker, and show examples with major cloud IoT services. The concepts apply to all of them.
Q.Is there an exam?
No external exam. You receive an Assure Success course completion certificate.
Q.How long is the course?
It is delivered as live online instructor-led sessions in scheduled batches. The schedule is shared when you enrol.
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IoT Training