Sr. Embedded Firmware Engineer
AI summary of the role
Lead safety-certified embedded software development for aerospace actuation systems at Curtiss-Wright's Actuation Division in Shelby, NC.
What you’ll do
- Plan, design, verify, and coordinate safety-certified aerospace actuation software per DO-178C/ED-12C and customer-specific requirements.
- Lead a remote or local development team, advising on resources and infrastructure needs.
- Develop software plans, standards, design documentation, block diagrams, state diagrams, and timing analysis.
- Create and manage software requirements, test environments, and test plans; implement software on target devices and oversee verification.
What you’ll bring
- Must be a US Citizen.
- Bachelor's Degree in Computer Science, Engineering, or Software Engineering.
- 10+ years of experience.
- Experience with DO-178C / ED-12C software certification.
Technologies
DO-178C · ED-12C · DO-254 · ED-80 · ARP4754 · ARP4761 · bare-metal firmware · embedded software · motor controllers · actuator controllers
About Curtiss-Wright Corporation
Highly engineered mission-critical components, electronics and services for aerospace, defense, commercial nuclear, process and industrial customers, with deep naval nuclear and MOSA hardware niches.
Public · 5000+ people
Source and classification
Production engineering · Evidence for this classification:
Software Development Engineer, Sr We are looking for a Sr Software Development Engineer to join our Shelby team! As our Software Development Engineer you will be responsible for the planning, design, verification, and overall coordination for safety-certified aerospace actuation applications. Performs activities in accordance with DO-178C / ED-12C and other customer- specific requirements. Collaborates closely with other team members to optimize performance and robustness while accomplishing certification objectives for hardware (DO-254 / ED-80), equipment/system (ARP4754), and safety (ARP4761). Leads a remote or local development team. Familiar with the use of microprocessors to implement embedded software solutions (i.e. bare-metal software or firmware) relevant to motion/motor control and power conversion applications in aerospace environments. Interfaces frequently and well withHow jobs are selected
Employer postings · Data from · Sources