Manager, Subsystem Engineering, Beam Generation & Monitoring

Siemens Healthineers

1d•$179,740 - $247,148

About The Position

The Manager of Subsystem Engineering leads the Beam Generation & Monitoring (BGM) Subsystem Engineering team, which serves as the technical integrator for the Radiation Producing subsystem in complex radiation therapy products. The team is responsible for subsystem architecture and integration, servo-control algorithms, requirements and specifications, verification and validation, structured problem solving, technical project execution, and lifecycle stewardship. The role provides cross-functional technical leadership across engineering, manufacturing, quality, service, supply chain, product groups, and external suppliers in a regulated product-development environment. The successful candidate combines engineering expertise with the ability to lead technical teams, coordinate cross-functional activities, and drive execution. The position requires knowledge of servo-control algorithms, microwave engineering, radiation physics, high-voltage pulsed-power engineering, thermal and materials science, and electrical and mechanical design, supported by hands-on system-level design, troubleshooting, and structured problem-solving experience. Experience delivering products in a regulated environment and familiarity with product lifecycle management are also required. The position is with Siemens Healthineers, a medical technology company with more than 72,000 employees in more than 70 countries. The stated base pay range is $179,740–$247,148. Benefits, subject to applicable eligibility requirements, include medical, dental and vision insurance; a 401(k) retirement plan; life and short- and long-term disability insurance; paid parking or public transportation; paid time off; and paid sick and safe time. A successful candidate must be able to work with controlled technology in accordance with U.S. export control law.

Requirements

Master’s or doctoral degree in systems engineering, physics, electrical engineering, mechanical engineering, biomedical engineering, or a related technical discipline.
At least five years of people-management and leadership experience.
At least eight years of engineering experience developing complex technical systems.
Strong background in systems engineering, subsystem integration, and product development.
Experience with medical devices, radiation therapy systems, accelerators, high-voltage systems, industrial equipment, or other regulated products.
Familiarity with system risk management, reliability engineering, and regulated product-development processes.
Knowledge of servo-control algorithms, microwave engineering, radiation physics, high-voltage pulsed-power engineering, thermal and materials science, and general electrical and mechanical design principles.
Hands-on experience in system-level design, troubleshooting, and structured problem solving.
Experience delivering products in a regulated environment and familiarity with product lifecycle management.
Ability to work with controlled technology in accordance with U.S. export control law.

Responsibilities

Lead and develop a multidisciplinary engineering team.
Align team priorities, resources, and technical objectives with business and product needs.
Foster accountability, collaboration, technical excellence, and continuous improvement.
Own BGM subsystem engineering across new product development and continuing engineering, and support sustaining engineering activities.
Lead development and improvement of BGM servo, control, and interlock algorithms.
Lead subsystem integration of hardware, firmware, software, controls, and interfaces.
Align subsystem architecture with product requirements and system objectives.
Resolve complex cross-functional issues affecting performance, reliability, manufacturability, or serviceability.
Oversee component and interface requirements and specifications.
Support design reviews, risk assessments, subsystem testing, and verification.
Ensure rigorous investigations, root cause analyses, and corrective actions.
Direct resolution of QSR-related technical concerns.
Connect stakeholders with appropriate BGM subject matter experts.
Represent BGM across product groups and cross-functional teams.
Monitor field reliability, including interlock trends, component survival, and Pareto analyses.
Prioritize reliability improvements using data.
Partner with supply chain teams to identify sourcing and obsolescence risks.