Role :- Graphic software developer
Duration :- Contract
Location :- Phoenix, AZ
Acceptable Visas: Only USC and GCs
Primary Skills: C++, Graphics Software development, ARINC
Job Responsibilities
- Good Understanding of avionics design, product development and application as well system integration and certification.
- Development of systems and software requirements from application specifications.
- Development and execution of system test cases on the integration benches.
- Identifying and debugging issues at the system level and understanding interaction with other aircraft systems.
- Good troubleshooting skills to identify and fix issues arising from applications or flight testing.
- Active participation and contribution in driving sub systems/systems integration/simulation bench; ability to co-ordinate with diverse set of team.
- Should have an understanding of system engineering, standards and certification, including DO-178B/C, ARP4754.
- V&V experience for Design for Test (DFT).
Skill Requirements:
- Expert in C & C++ programming
- Experience in 2D/3D OpenGL or Vulkan, graphics software development & embedded systems is preferred
- Hands-on experience in development of system & software requirements
- Good technical knowledge of Avionics Architectures/platforms
- Hands-on experience in system & software level testing, integration or sub-system benches
- Knowledge of any configuration management system (such as Dimensions, DOORS, BitBucket, SVN, etc.) would be an added advantage.
- Experience working in life cycle stages of systems Life cycle & AGILE exposure.
- Ability to proactively identify and resolve problems in a timely manner.
- Demonstrated ability to communicate effectively; both verbally and written.
- Experience in RTOS (RMA or ARINC 653) and single or multicore DEOS.
- Experience in chipsets, graphics pipeline and display devices (SOC, CPU, GPU, FPGA, etc.)
- Experience in image processing, including gamma correction.
- Experience in system performance measurement, analysis, and tuning (data rate, latency reduction).
- Ad-hoc in-house tool development.
