Principal Electrical / Systems Engineer — Interventional X-Ray Systems

• Design, review, debug, and sustain electrical hardware for robotic interventional X-ray imaging systems.
• Develop and troubleshoot analog, digital, mixed-signal, and embedded hardware designs.
• Support PCB/CCA design, schematic capture, board layout review, bring-up, verification, and production release.
• Design and troubleshoot FPGA/programmable logic functions using Verilog and/or VHDL.
• Support interfaces involving detectors, generators, video management systems, motion/control subsystems, operator controls, I/O, and safety-related circuits.
• Develop robust subsystem-level test strategies for circuit card assemblies and system-level integration.
• Help transition designs from engineering prototype to production-ready configuration.

• Serve as a high-level technical troubleshooter for complex product, production, and field issues.
• Diagnose system-level failures involving hardware, firmware, cabling, grounding, noise, timing, communication, power, video, and subsystem interactions.
• Use oscilloscopes, logic analyzers, spectrum analyzers, current probes, DMMs, protocol analyzers, and other lab tools to isolate root cause.
• Lead structured root-cause analysis and corrective action for difficult or intermittent technical problems.
• Remain composed when systems are down, information is incomplete, or the problem is not obvious.

• Diagnose and resolve EMC, EMI, grounding, shielding, filtering, and cabling issues.
• Apply good design practices for medical electrical equipment, including noise immunity, leakage current awareness, isolation, grounding, and regulatory robustness.
• Support EMC testing, pre-compliance troubleshooting, and design changes needed to pass regulatory testing.
• Contribute to risk reduction and design documentation needed for medical device compliance.

• Provide advanced technical support to manufacturing, test, and field service teams.
• Act as a Tier 4 technical escalation resource for Field Service Engineers and internal technicians.
• Troubleshoot urgent field and production issues involving interventional X-ray systems.
• Communicate clearly with service personnel, technicians, engineers, suppliers, and leadership.
• Teach and mentor others so that manufacturing and service teams become more self-sufficient.
• Develop practical troubleshooting guides, work instructions, checklists, test procedures, and service documentation.

• Develop deep expertise in Omega’s interventional X-ray platforms, including system architecture, generator interfaces, detector integration, video systems, imaging workflow, subsystem communication, and clinical use cases.
• Understand how electrical design decisions affect image quality, system reliability, serviceability, manufacturability, and regulatory compliance.
• Become a trusted technical resource for difficult cross-functional questions involving engineering, service, production, quality, regulatory, and suppliers.

• Create clear, detailed, user-friendly engineering documentation, work instructions, checklists, and test procedures.
• Design or support test fixtures for subsystem and circuit card verification.
• Assist with verification, validation, design transfer, and production readiness activities.
• Provide technical oversight for suppliers, including review and validation of hardware/software updates.
• Support technical interface activities with key subsystem suppliers.

• Bachelor’s degree in Electrical Engineering or related technical discipline.
• Significant hands-on experience in electrical design, system integration, and troubleshooting.
• Strong analog and digital circuit design experience.
• PCB schematic and layout experience.
• Experience with board bring-up, circuit card troubleshooting, and design verification.
• Experience with FPGA or programmable logic design using Verilog and/or VHDL.
• Strong lab/debug skills using oscilloscopes, logic analyzers, DMMs, power supplies, current probes, and related tools.
• Ability to diagnose complex system-level failures, not just isolated circuit issues.
• Excellent written and verbal communication skills.
• Ability to explain complex technical issues clearly to engineers, technicians, service personnel, and leadership.
• Strong documentation discipline.

• Experience with medical electrical equipment or regulated product development.
• Experience with IEC 60601, EMC testing, safety testing, or medical device design controls.
• Experience with interventional X-ray, fluoroscopy, imaging systems, detectors, generators, video systems, or motion/control systems.
• Experience supporting production, field service, or customer-facing technical escalation.
• Experience developing test fixtures, subsystem test procedures, and production test strategies.
• Experience with EMI/EMC troubleshooting, grounding, shielding, filtering, and cable design.
• Experience working with suppliers on technical issue resolution and validation of design updates.

• Naturally curious and driven to understand how systems really work.
• A master debugger who enjoys hard problems and does not stop at superficial answers.
• Comfortable working from schematic to system level.
• Calm and methodical when problems are urgent or ambiguous.
• Strong enough technically to challenge assumptions, but humble enough to keep learning.
• A clear communicator who can support Field Service Engineers, manufacturing technicians, suppliers, and leadership.
• Willing to become a true subject-matter expert in interventional X-ray systems.
• Equally comfortable designing new hardware, fixing legacy issues, writing a test procedure, helping a technician, or chasing an EMC problem.

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