Controls Engineer (2nd Shift) Job Opening at Raytheon in Asheville, NC
- Raytheon is seeking a Controls Engineer for a second-shift position at its operations facility in Asheville, North Carolina, according to a job posting identified on July 16, 2026.
- The position requires technical expertise in programmable logic controllers (PLCs) and human-machine interfaces (HMIs) to support second-shift production.
- The role involves implementing control system upgrades and ensuring that automated equipment meets specific safety and performance standards.
Raytheon is seeking a Controls Engineer for a second-shift position at its operations facility in Asheville, North Carolina, according to a job posting identified on July 16, 2026. The role focuses on the maintenance and optimization of automated systems within the company’s manufacturing environment.
Controls Engineer Requirements in Asheville
The position requires technical expertise in programmable logic controllers (PLCs) and human-machine interfaces (HMIs) to support second-shift production. According to the company’s hiring specifications, the engineer will be responsible for troubleshooting hardware and software issues to minimize downtime in the Asheville operations center.

The role involves implementing control system upgrades and ensuring that automated equipment meets specific safety and performance standards. Candidates are expected to manage the integration of new machinery into existing production lines while maintaining operational continuity.
Second-Shift Operational Support
By staffing the second shift, Raytheon aims to provide continuous engineering coverage for its Asheville facility. This scheduling ensures that technical failures occurring outside of standard business hours are addressed immediately, reducing the risk of production delays.
The Controls Engineer on this shift serves as the primary technical point of contact for operational staff, bridging the gap between production needs and system engineering. This involves real-time diagnostic work and the application of corrective actions to automated cells.
