Embedded, IoT & Automation

Robotics & Embedded Systems

This course brings robotics and embedded systems together into hands-on project work. You'll program microcontrollers, integrate sensors and motors, and build robots that sense and respond to their environment. It's an exciting, practical course for engineers and enthusiasts who want to make hardware come alive.

Duration: 3 Months
Format: Live 1-on-1
Level: Professional
Certificate: Osian

Overview

What this course is about

Osian Academy teaches Robotics & Embedded Systems through live one-on-one online classes built around clear explanations and practical work. You will study embedded c or python foundations, microcontrollers, gpio, sensors, motor drivers, pwm, serial communication, power safety, control logic and debugging. This Robotics & Embedded Systems pathway gives that point a course-specific practice focus, reference 216-25. This Robotics & Embedded Systems pathway gives that point a course-specific practice focus, reference 216-25. This Robotics & Embedded Systems pathway gives that point a course-specific practice focus, reference 216-25.

Practice centres on a sensor-guided mobile robot with motor control, obstacle detection, calibration notes and a clear wiring diagram. This Robotics & Embedded Systems pathway gives that point a course-specific practice focus, reference 216-25. The lessons use a microcontroller kit, sensors, motors, driver board, safe power source, coding ide and laptop, with simulator alternatives where possible, with version or access checks discussed before setup. This Robotics & Embedded Systems pathway gives that point a course-specific practice focus, reference 216-25.

This course is especially useful when you want embedded coding, sensor integration, motor control, wiring discipline and troubleshooting. It is distinct from robotics for kids, this programme is designed for older learners needing deeper electronics, coding and system debugging, because the lessons here prioritise the tools, vocabulary and practical decisions specific to robotics & embedded systems. This Robotics & Embedded Systems pathway gives that point a course-specific practice focus, reference 216-25.

By the end

What you’ll be able to do

Explain the core ideas behind robotics & embedded systems using accurate terminology
Set up and use the main tools for robotics & embedded systems practice
Apply embedded c or python foundations in a guided practical task
Build and review a sensor-guided mobile robot
Practise Robotics & Embedded Systems in a guided task, course note 216-25.
Present a portfolio or study outcome relevant to embedded systems and robotics development support

Syllabus

How the course flows

1
Electronics BasicsWeeks 1–2
Circuits, components and safe hands-on work.
2
Microcontroller ProgrammingWeeks 3–4
Programming boards to sense and respond.
3
Sensors & ActuatorsWeeks 5–6
Reading the world and controlling devices.
4
ConnectivityWeeks 7–8
Getting devices online and talking to each other.
5
Capstone BuildWeeks 9–12
A complete working project of your own.

Toolkit

Tools you’ll use

Arduino
Raspberry Pi
Sensors & modules
Python / C
PLC / SCADA

Audience

Who this course is for

Beginners seeking robotics & embedded systems classes with a personal teacher
Learners selecting Robotics & Embedded Systems for a focused pathway, group 216-25.
Learners selecting Robotics & Embedded Systems for a focused pathway, group 216-25.
Learners selecting Robotics & Embedded Systems for a focused pathway, group 216-25.
Learners selecting Robotics & Embedded Systems for a focused pathway, group 216-25.

Where it leads

Roles this opens up

Embedded Systems Developer
Use robotics & embedded systems knowledge to support practical tasks, projects and continued skill development.
Robotics Engineer
Contribute to a sensor-guided mobile robot with motor control, obstacle detection, calibration notes and a clear wiring diagram under the guidance of a senior practitioner or team.
Firmware Testing Assistant
Apply the course workflow in documentation, troubleshooting and day-to-day delivery settings.

Questions

Before you enrol

Basic programming and electronics are useful, but the teacher can start with microcontroller and circuit fundamentals. This Robotics & Embedded Systems pathway addresses that point through guided practice, reference 216-25.

Plan to use A microcontroller kit, sensors, motors, driver board, safe power source, coding IDE and laptop, with simulator alternatives where possible. This Robotics & Embedded Systems pathway addresses that point through guided practice, reference 216-25.

A central exercise is a sensor-guided mobile robot with motor control, obstacle detection, calibration notes and a clear wiring diagram. This Robotics & Embedded Systems pathway addresses that point through guided practice, reference 216-25.

It develops embedded coding, sensor integration, motor control, wiring discipline and troubleshooting through demonstrations, practice and feedback. This Robotics & Embedded Systems pathway addresses that point through guided practice, reference 216-25.

Compared with Robotics For Kids, this programme is designed for older learners needing deeper electronics, coding and system debugging, this course gives priority to embedded c or python foundations, microcontrollers, gpio, sensors, motor drivers, pwm, serial communication, power safety, control logic and debugging.. This Robotics & Embedded Systems pathway addresses that point through guided practice, reference 216-25.

This Robotics & Embedded Systems pathway addresses that point through guided practice, reference 216-25. This Robotics & Embedded Systems pathway addresses that point through guided practice, reference 216-25.