Designing circuits, selecting components and capturing schematics, Integrating of software and programmable hardware onto hardware platforms, Defining and carrying out detailed integration testing, Developing automatedtesting procedures, Managing change control and configuration management, You: Qualified to degree level, In Electronics Engineering, or related discipline, Self-motivated and enthusiastic to become more »
Designing circuits, selecting components and capturing schematics, Integrating of software and programmable hardware onto hardware platforms, Defining and carrying out detailed integration testing, Developing automatedtesting procedures, Managing change control and configuration management, You: Qualified to degree level, In Electronics Engineering, or related discipline, Self-motivated and enthusiastic to become more »
Designing circuits, selecting components and capturing schematics, Integrating of software and programmable hardware onto hardware platforms, Defining and carrying out detailed integration testing, Developing automatedtesting procedures, Managing change control and configuration management, You: Qualified to degree level, In Electronics Engineering, or related discipline, Self-motivated and enthusiastic to become more »
round embedded software engineer and enjoy variety and daily design challenges in your role. Whilst any experience with MISRA compliance or working to unit testautomation procedures would really make your CV stand out. The successful embedded software engineer will be joining a small development team and will … a host of new product development projects in a challenging and rewarding environment. Desirable Skills and Experience: RTOS or Bare metal development C compliance testautomation or Python * Due to the nature of some projects all candidates are required to be British Citizens and will need to go more »
assurance of analysis codes and methods: • Verification of analysis models and software including analytical benchmarking and automated testing. • Validation of analytical models against experimental test data. • Quantification of analysis uncertainties including statistical methods and tool development. • Definition of requirements for and support to the design of thermal hydraulic testmore »
