Job Description Summary

　　Job Description

　　Job Description Summary

　　The Embedded Software Engineer will be working to define requirements, enhance product features for an IEC 61850 compliant Control System, working together with engineers based in global locations. The role is accountable for business-critical software development to meet product requirements and timelines for future commercial HVDC projects.

　　Job Description

　　Roles and Responsibilities

　　Design, develop and implement Platform Software for Real Time control system including system architecture and device drivers targeted at embedded systems.

　　Platform Software requirements elicitation.

　　Design and develop Platform Embedded SW modules.

　　Integrate software packages with existing systems and sub-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.

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

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

　　Understanding of sockets and network programming.

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

　　Software lifecycle, Requirement and change management.

　　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

　　Languages: English and basisc German

　　Additional Information

　　Relocation Assistance Provided: No