Senior Embedded Software Engineer

Depending on your experience and preferences you can opt for Medical or Automotive Industry.

- Medical Industry

The Embedded Software Development Engineer is a technical specialist for important projects in software field. He / She is a source for new ideas for solutions in the software domain, works on innovations for existing products and processes, creates technical specifications and takes care for proper implementation.

Here is a glimpse of what you’ll do:

Design new software and firmware architecture for Medical Embedded Devices/Systems (medical devices in the diagnostics, drug delivery, imaging and lab sectors);
Develop in either procedural or object-oriented design method;
Write source code, technical design and functional documentation;
develop drivers, protocols, application, algorithms, BSP, through the usage of OS based or lightweight architecture;
work with other design team members on such things as HW bring up, SW test, System design, project management.

- Automotive

The Embedded Software Development Engineer is a technical specialist for important projects in software field. He holds special knowledge and experience across different projects. He is a source for new ideas for solutions in the software domain, works on innovations for existing products and processes, creates technical specifications and takes care for proper implementation. He consults teams as well as other projects and provides guidance and training to other engineers or team members. Activities which combine analytical and design knowledge with software and hardware technology, in the sense of designing, testing, implementation & modification of informatic systems which contain as main component software:
DC-DC converters, fuel pumps, roof consoles and in-car communication gateways.

Degree in Electrical or Software Engineering and more than 3 years of relevant embedded SW design and development.

C programming skills, 8/16/32 bit MCU architecture

Device driver & SW architecture with and without OS

Design for testability, capability of debugging, code instrumentation, usage of laboratory instruments

BSP development and customization

Bug tracking and revision control, IDE, debuggers, tracing and compiler tools

Efficiency in communication in English