3. Embedded Systems Design

From domestic devices like washing machines to complex space technology like satellites, most products require integrated digital control and software. These components have great impact on functionality and performance. With more than 16 billion devices embedded systems are everywhere. As hidden systems the embedded systems determine innovations in industrial equipment, medical devices and scientific instruments. Since many products without embedded systems cannot compete on the market, specially trained personnel are demanded by the industry worldwide.

The University of Applied Sciences Bremerhaven recognizes these demands and starts it’s new master study program Embedded Systems Design (ESD) in summer 2011. An embedded system in the scope of ESD is a system where a mechanical or electromechanical system receives it’s the essential functionality by electronics, control and software. Courses like system identification, mechatronics, discrete control systems and qualify the students to design future embedded systems in industrial, medical, or scientific applications (ISM market). The graduate students will meet the challenge to design modern, safe and reliable embedded products.

Applicants should be interested in control engineering, mechanics, digital systems and software development. Basic knowledge in these areas as well as sound engineering principles of a preceding technical bachelor are requirements for admission to the ESD master program.

Interfacing D/A converters Interfacing D/A converters

Remote operational vehicle Remote operational vehicle

Lab experiments Lab experiments

FPGA embedded microprocessor FPGA embedded microprocessor (soft processor core)

==> You can access here an ESD demo design