Professional software engineering is the key to profitable and top-quality embedded software solutions. First of all, this covers the systematic analysis of customer requirements and the design or modeling of a sustainable software architecture. How can you achieve explicit and complete requirements? How can you achieve a sustainable embedded architecture, and how can it be maintained? These are essential issues in embedded software analysis and design - we provide you with answers.

The implementation of requirements and the embedded architecture requires extensive knowledge of real-time programming with programming languages like embedded C or embedded C++ as well as of real-time operating systems (RTOS). Used systematically and with experience, debuggers and test tools ensure that your embedded software meets specific quality requirements. Learn more about the efficient use of programming languages, programming techniques and RTOS (real-time operating systems) for real-time requirements.

Microcontrollers, whether singlecore or multicore, are the centerpeace of almost all embedded solutions. It is imperative to understand the architecture of your microcontroller and its development environment. This will enable you to utilize the functionality and performance of singlecore, multicore and peripherals for an efficient embedded solution. How do you make the most of a microcontroller with reasonable effort? Our trainings and coachings provide you with answers.

The entire development process, through to the finalized embedded system, is accompanied by quality assurance and test measures. The purpose is to ensure that all functional and non-functional requirements as well as those from a (safety) standard are met. Various test levels, like unit test, integration test, system test, acceptance test and certification are the basis for project success and customer satisfaction. Make sure you know where to use which test methods and tools in the (agile) development process so as to achieve the specified product quality and how to comply with safety standards in order to fulfill the requirement of working along the state-of-the-art of science and technology.