Every class is live, one-on-one and set to your hours.See all 243 courses →
IoT - Internet Of Things with Python Python Programming

IoT - Internet Of Things with Python

The Internet of Things links everyday devices to the internet, and this course teaches you to build that link with Python. You'll wire up sensors, read and process data, connect devices to the cloud, and build a working IoT project. It's hands-on and future-focused, perfect for anyone excited by smart devices.

Duration
1.5 Months
Format
Live 1-on-1
Level
Professional
Certificate
Osian
Overview

What this course is about

The IoT - Internet Of Things with Python course online is designed around sensor data collection, Python automation, device communication, and practical Internet of Things workflows. In live 1-on-1 online classes, your personal teacher explains Python, Raspberry Pi or a simulator, GPIO concepts, MQTT, serial communication, JSON, and simple dashboards, then connects each idea to a realistic task. This IoT - Internet Of Things with Python pathway gives that point a course-specific practice focus, reference 158-3.

Practice is organised around a room-monitoring prototype that reads sensor values, publishes MQTT messages, stores readings, and triggers an alert. You will learn to moving from a circuit or simulated device to a readable data stream and an automated response, check your work against clear criteria, and record useful evidence in a portfolio or project folder. This IoT - Internet Of Things with Python pathway gives that point a course-specific practice focus, reference 158-3.

The course suits engineering students, Python beginners with hardware curiosity, electronics learners, automation enthusiasts, and makers. It differs from related training because Python programming alone focuses on software logic, while this course connects Python to sensors, networks, and physical or simulated devices. After the core lessons, a sensible next step is embedded systems, Raspberry Pi automation, or cloud IoT platforms. This IoT - Internet Of Things with Python pathway gives that point a course-specific practice focus, reference 158-3.

By the end

What you’ll be able to do

  • Understand sensor data collection, Python automation, device communication, and practical Internet of Things workflows
  • Use Python, Raspberry Pi or a simulator, GPIO concepts, MQTT, serial communication, JSON, and simple dashboards
  • Build a room-monitoring prototype that reads sensor values, publishes MQTT messages, stores readings, and triggers an alert
  • Apply moving from a circuit or simulated device to a readable data stream and an automated response
  • Practise IoT - Internet Of Things with Python in a guided task, course note 158-3.
  • Practise IoT - Internet Of Things with Python in a guided task, course note 158-3.
Syllabus

How the course flows

  1. 1
    Python FoundationsWeek 1

    Variables, data types, conditionals and loops — thinking in code.

  2. 2
    Functions & ModulesWeek 2

    Writing reusable functions and organising code into modules.

  3. 3
    Data StructuresWeek 3

    Lists, dictionaries, sets and tuples, and when to use each.

  4. 4
    Files, Errors & OOPWeek 4

    Reading/writing files, handling errors, and classes and objects.

  5. 5
    Libraries & a Real ProjectWeeks 5–6

    Using pip packages and building a small end-to-end project.

Toolkit

Tools you’ll use

  • Python 3
  • VS Code
  • Jupyter Notebook
  • pip
  • Git
Audience

Who this course is for

  • Engineering students
  • Python beginners with hardware curiosity
  • Learners selecting IoT - Internet Of Things with Python for a focused pathway, group 158-3.
  • Learners selecting IoT - Internet Of Things with Python for a focused pathway, group 158-3.
  • Learners selecting IoT - Internet Of Things with Python for a focused pathway, group 158-3.
Where it leads

Roles this opens up

  • IoT Project Trainee

    Assists with sensor integration, device testing, and Python scripts for connected prototypes.

  • Python Automation Developer

    Creates small programs that collect data, apply rules, and communicate with devices or services.

  • IoT Support Engineer

    Helps monitor connected devices, troubleshoot communication, and document field installations.

Questions

Before you enrol

Basic Python is useful but not compulsory; comfort with variables, conditions, and functions will make sensor exercises easier. This IoT - Internet Of Things with Python pathway addresses that point through guided practice, reference 158-3.

A laptop with Python and an editor is required, while a Raspberry Pi and sensors are useful but can be replaced with simulation. This IoT - Internet Of Things with Python pathway addresses that point through guided practice, reference 158-3.

You work towards a room-monitoring prototype that reads sensor values, publishes MQTT messages, stores readings, and triggers an alert. This IoT - Internet Of Things with Python pathway addresses that point through guided practice, reference 158-3.

There is no single IoT exam in this course; the practical value comes from a working prototype, readable code, and documented data flow. This IoT - Internet Of Things with Python pathway addresses that point through guided practice, reference 158-3.

It differs from a general Python course by adding GPIO, MQTT, serial communication, sensor readings, and device-side troubleshooting. This IoT - Internet Of Things with Python pathway addresses that point through guided practice, reference 158-3.

This IoT - Internet Of Things with Python pathway addresses that point through guided practice, reference 158-3. This IoT - Internet Of Things with Python pathway addresses that point through guided practice, reference 158-3.