Senior Electrical Engineer — Imaging & NDT Systems Lead

Carestream; City of Rochester (NY); On-site; USD 140,000 - 190,000; Full time

Job summary

Carestream is seeking a senior NDT Principal Electrical Engineer to lead end-to-end development of electrical subsystems for next-generation digital radiographic equipment. You will own design, testing, and integration of battery systems, PCBs, and harnesses, collaborating with mechanical, firmware, and manufacturing teams.

The role emphasizes robust, manufacturable designs that meet safety and regulatory expectations, with opportunities to influence system architecture and IP development.

Qualifications

• Bachelor degree in electrical/electronics/related STEM field.
• 10+ years leading electrical systems on medical/imaging products.
• Diverse experience from concept to production and regulatory compliance.

Responsibilities

• Design analog/digital circuits for digital radiographic detectors.
• Create schematics, PCB layouts, and supporting docs.
• Board bring-up, testing, debugging, validation.
• Collaborate with firmware/software for embedded systems integration.
• Support manufacturing via troubleshooting and root-cause analysis.
• Design harnesses with connectors, wire safety, and documentation.
• Coordinate with suppliers on fabrication, DT/DFM feedback and obsolescence mitigation.
• Generate design docs ensuring traceability and compliance.
• Contribute to system architecture and IP development.

Skills

Embedded systems design

PCB design

Schematic capture

System integration

Test & validation

ARM Cortex

C/C++ firmware

FPGA design

Soldering 0402

DCI/DDR interfaces

Harness design

Measurement equipment

Visio (Electrical)

Education

Bachelor of Science in Electrical Engineering

Tools

Microsoft Visio

Job description

Carestream is seeking a senior NDT Principal Electrical Engineer to lead end-to-end development of electrical subsystems for next-generation digital radiographic equipment. You will own design, testing, and integration of battery systems, PCBs, and harnesses, collaborating with mechanical, firmware, and manufacturing teams.

The role emphasizes robust, manufacturable designs that meet safety and regulatory expectations, with opportunities to influence system architecture and IP development.