Lead Embedded Software Developer (m/w/d)

b-systems.

• Prepare unit test and regression test specification, release packages and templates.

• Interact with a multi-discipline engineering team to meet the project requirements.

• Prepare formal and informal engineering documentation.

• Implement software QA activities, incl. Code, Milestone and Release reviews.

Required Qualifications

• Bachelor's degree or above in, Technology or Engineering.

• Proficient in Real-Time Embedded Software Engineering in C/C++ on any embedded processor/DSP/ Microcontroller and RTOS.

• Proven Experience in writing Device Drivers for various peripherals on embedded processor boards in C/C++ or ASM.

• Proficient in Debugging the low-level source code/ assembly code on the Microprocessors/ DSP/ Microcontrollers using In Circuit Emulators (ICE) and other suitable methods.

• Proven history in delivering successful high quality embedded software products in C/C++, under embedded real time operating systems such as VxWorks.

• Understanding of system scheduler with respect to performance tuning.

• Clear understanding of sockets and network programming.

• Software design and integration experience specific for control systems development.

• Experience in all phases of the product engineering and development cycle.

• Test driven design techniques (e.g., Continuous Integration, Unit Testing, automated regression testing).

• Software lifecycle, Requirement and change management.

• Conceptual understanding of full stack of software and in-depth experience in more than one area (e.g., firmware, middleware, control algorithm)

Desired Characteristics

• Knowledge and experience in safety critical and/or control system software development practices (e.g., IEC 61508, IEC 62304).

• Knowledge and experience in cyber security in programming aspects.

• Knowledge of Communication protocols (Ethernet, TCP/IP, IEC 61850, IEC 80750-104, DNP3, ...)

• Static analysis tools and procedures (e.g., Workbench).

• Software architecture and modelling (e.g., UML, SysML).

• Model-Based Design techniques (e.g., Matlab-Simulink).

• Agile development practices (e.g., Scrum).

• Power Electronics control system design.

• Knowledge of HVDC

Additional Information

Relocation Assistance Provided: No