Successful candidate will form part of a design team developing embedded software and firmware for digital electronic hardware for computing appliances, flight control units and other complex sub-systems. They follow formal development processes for highly reliable safety critical and mission-critical systems.
ROLES AND RESPONSIBILITIES
The Employee will work as a Senior Development Engineer in the field of Embedded Software. The scope of work includes (but is not limited to) the following:
- Employee will form part of a design team developing embedded software for digital electronic hardware for computing appliances, flight control units and other complex sub-systems;
- Formal design, development, implementation and verification of systems, subsystems and associated software and firmware, HDL code, limited hardware and algorithms. The focus covers the full range of development activities from high-level requirements, architectural and interface design through to low-level detailed design, implementation and verification;
- Playing a major role in the generation of outputs for projects, including design, testing, documentation, production and verification artefacts;
- Implementation of system engineering processes, plans and policies as applicable to a specific project;
- Performing minor support roles within the company, as required.
REQUIREMENTS
Minimum Qualifications:
Required Skills and Experience:
- C or C++ proficiency or experience;
- Linux proficiency or experience;
- FPGA development proficiency and/or experience;
- 2 to 5 years of relevant industry or post-graduate experience.
Recommended Skills and Experience:
- VHDL (or equivalent) Programming experience highly recommended;
- Hardware debugging tools (logic analysers and scopes) proficiency and experience;
- Python proficiency and experience.
General Skills:
- Ability to learn quickly and absorb new information rapidly;
- Ability to work as part of a team and collaborate on large projects;
- Ability to work independently;
- Ability to read and understand schematics and PCB layouts;
- Familiarity with communication protocols such as UART, etc.;
- Familiarity with safety critical and industry best practices;
- Strong problem-solving and debugging skills;
- High standard of communication skills in English (both verbal and written).
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