Master Ingenierie Des Systemes Complexes — Systèmes embarqués - systèmes intégrés

Tuition fees for Master Ingenierie Des Systemes Complexes — Systèmes embarqués - systèmes intégrés are 250 EUR per year.

Systèmes embarqués - systèmes intégrés is a track within the Master Ingénierie des systèmes complexes at Université Bretagne Sud in Lorient, France, focused on the design and integration of embedded electronic and computing systems. Complex systems engineering as a discipline addresses how hardware, software, sensors, and control logic are combined into reliable systems that operate within physical devices, vehicles, or industrial equipment, often under constraints of power consumption, size, and real-time performance. Students in this field typically study digital and analog electronics, microcontroller and processor architecture, real-time operating systems, and embedded software development in languages such as C. Coursework also commonly covers signal processing, sensor integration, communication protocols between embedded components, and system-level testing and validation. Because embedded systems increasingly sit inside larger networked or industrial environments, programs in this area often introduce topics such as system reliability, hardware-software co-design, and the integration of embedded modules into broader automation or control systems. Graduates from this kind of program typically move into roles as embedded systems engineers, electronics design engineers, systems integration engineers, or firmware developers, working across sectors including automotive, aerospace, telecommunications, industrial automation, and consumer electronics. Some continue toward research or doctoral study in electronics or computer engineering. The program is taught in French, so a solid grasp of the language is expected for lectures, project work, and technical documentation. It runs over two years of full-time study, with an intake beginning in September. Yearly tuition is 250 EUR. Students drawn to the intersection of hardware and software, and interested in building systems that function reliably inside physical devices, will find this an appropriate area of specialization within complex systems engineering.