What you'll learn

Setting up Raspberry Pi board.

Exploring embedded systems concepts.

Programming on the Linux platform.

Shell scripting, Python programming, C programming.

Theory + Practicals.

Interface external hardware peripherals.

Camera project.

Requirements

Programming experience in 'C'.

Basic computer proficiency. Basic electronics knowledge.

Self motivation to explore and learn new topics.

A desktop/laptop with good internet connectivity is recommended. A 64 bit computer of atleast 4GB RAM and 10GB of HDD free space with Windows/Ubuntu/Mac OS is recommended.

Raspberry Pi 4 single board computer.

Hardware peripherals: LED, Push buttons, Buzzer, HD44780 LCD display, DC motor, Servo Motor, L293 driver board, Arduino Uno board, I2C LCD display, 5K Potenitometr, Pi Camera V1.3 module, Speaker

Description

Everyone probably uses Linux, multiple times a day, without noticing. If you made a phone call, took a picture, used traffic lights, listened to the radio, watched television, all these are powered by Linux. Literally billions of people are using Linux. Linux , powers these applications. Which means it involves programming, that handles several technologies. Embedded Linux programming expertise, will fetch you a highly rewarding career. On learning this, you get to know how computers work and how electronic products around you work.So,What exactly is Raspberry Pi, and why is it used in our course?How do you design an embedded Linux product?What are the software tools used? How do you interface hardware peripherals with an embedded Linux board?How do you write an embedded Linux application in 'C' or in Python?What is a Linux shell script?How to design a socket application for communication?This course covers, all these topics. The course is a blend of both theory, and practicals. This is a step by step course on Raspberry Pi, and Embedded Linux Programming, with information suitable for beginners and gradually progressing to intermediate level. You will learn how to set up and configure a Raspberry Pi board, explore basic embedded systems concepts, and delve into programming on the Linux platform. By the end of the course, you will be able to develop your own embedded Linux applications and projects.