Systems Engineer

Systems Engineer

Lead system-level design, development, and integration of medical device products across hardware, software, mechanical, and electrical domains.

Design and review hardware architectures, including sensors, actuators, controllers, and embedded subsystems.

Develop and validate control systems for precise multi axis mechanical motion, motion profiling, and closed-loop feedback systems.

Collaborate with mechanical engineers to define and validate kinematic designs, tolerances, and movement accuracy for complex electromechanical systems.

Work closely with software teams on embedded and application-level software integration, ensuring seamless interaction with hardware and control systems.

Drive system requirements definition, allocation, traceability, and verification throughout the product lifecycle.

Participate in risk management activities (FMEA, fault analysis) and ensure compliance with medical device standards and regulatory requirements.

Support prototyping, system integration, debugging, verification, and validation testing at component and system levels.

Interface with manufacturing, quality, and regulatory teams to support design transfer and product commercialization.

Provide on-site technical support, issue resolution, and continuous improvement for deployed systems.

Proven experience as a Systems Engineer in medical device development, including full product lifecycle involvement.

Knowledge of Systems design, including analog/digital electronics, sensors, motors, actuators, and embedded platforms.

Hands-on experience with control systems design, modeling, tuning (PID and advanced control), and real-time implementation.

Demonstrated expertise in mechanical motion systems, precision positioning, robotics, or multi-axis motion control.

Experience integrating software, mechanical, and electrical subsystems into cohesive, reliable products.

Familiarity with medical device regulations and standards (e.g., FDA, IEC 60601, ISO 13485, ISO 14971).

Ability to read and interpret mechanical drawings, electrical schematics, and system block diagrams.

Strong debugging, problem-solving, and root-cause analysis skills in complex electromechanical systems.

Excellent communication and collaboration skills, with the ability to work effectively on cross-functional teams.

Experience with MATLAB/Simulink for system modeling, control design, and simulation.

Hands on experience using LabVIEW for test automation, system validation, and data acquisition.

Practical experience with motion controllers (commercial or custom) used in precision positioning systems.

Bachelor's