Real-Time Operating Systems (RTOS) are a cornerstone of modern embedded systems. You’ll learn about the predictability, multitasking capabilities, and stabilities that RTOS brings to embedded designs. Additionally, we’ll discuss real-world applications applications, highlighting industries where RTOS is essential for maintaining precision and reliability in critical systems.

You will learn about the role of Linux in an embedded system, to configure the Linux kernel, and the creation of drivers and device trees. The training includes practical information about bootloaders and root filesystems. The participants will receive a Linux-based distribution and as the training continues, each of the main parts of the distribution will be gradually replaced with versions created by the participants.

This training is focused on the AUTOSAR MCAL layer. With this training, you will learn how to configure different peripherals of the microcontroller using the EB Tresos tool. Besides getting to know about the features of the peripherals, you will learn the concepts AUTOSAR uses for its configuration.

C will be your main programming tool for microcontrollers. You will do more than 50 programming exercises that will help you with this task. You will strengthen basic topics like variables, statements, cycles, and functions. You will also study more advanced topics like pointers, structures, and preprocessors. Not only that, you will also learn where and why to use them. You will create a Round-Robin scheduler with timers and queues. Everything will be compiled using the terminal and a small makefile. Furthermore, you will have to perform unit tests on the programs you create.

You will study the terminology of the architecture for embedded software and the importance of software architects. You will learn about the responsibilities and tasks of a software architect and its role in a project. You will apply methods and techniques currently used in the development of software architectures for the automotive industry. At the end of this training, you will be able to coordinate software projects and design and document the software architecture.

With this training, you will learn what is an operating system (OS) and what makes an OSEK type OS different. You will understand the concepts and terminology used in OS’s like scheduler, tasks, priorities, preemption, and semaphores. You will design and implement an application based on an OSEK type OS.