Embedded Firmware Full Stack Developer, Stroud
Software Engineer required to work from C# / C++ Front ends that drive measurement and control embedded firmware. You will have a strong BSc, MSc, PhD or equivalent in Science or Engineering with low level software development. Key Skills: C & Assembly languages with some C# & C++. Hardware & software tools: emulator, simulator, modeling, scopes, logics analyzer, etc. Microprocessor & DSP based hardware design, ability to read and understand schematics and manufacturer datasheets of components. Peripherals & serial communications programming. DSP algorithms and implementation. Real Time Operating System, Matlab, Object Oriented Design and Embedded C++. Agile and iterative development. Role Responsibilities: Design & implement embedded software for measurement and control systems incorporating multiple processors using Real Time Operating Systems. Design of high speed, hard Real Time data acquisition & logging systems. Testing & debugging hardware / software issues. Implementation of DSP algorithms.
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Software Engineer required to work from C# / C++ Front ends that drive measurement and control embedded firmware. You will have a strong BSc, MSc, PhD or equivalent in Science or Engineering with low level software development. Key Skills: C & Assembly languages with some C# & C++. Hardware & software tools: emulator, simulator, modeling, scopes, logics analyzer, etc. Microprocessor & DSP based hardware design, ability to read and understand schematics and manufacturer datasheets of components. Peripherals & serial communications programming. DSP algorithms and implementation. Real Time Operating System, Matlab, Object Oriented Design and Embedded C++. Agile and iterative development. Role Responsibilities: Design & implement embedded software for measurement and control systems incorporating multiple processors using Real Time Operating Systems. Design of high speed, hard Real Time data acquisition & logging systems. Testing & debugging hardware / software issues. Implementation of DSP algorithms.
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