Principal Algorithm and Control Engineer

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Responsibilities:

• Architect electrical subsystems for Nitric oxide generation, gas delivery control, and safety control.
• Develop analog and digital circuits for a complex system that generates nitric oxide gas, controls gas delivery, includes high voltage generation, current sensors, pneumatic control, environmental sensors, and gas delivery mechanisms
• Generates and implements software/firmware algorithms in C language including PID control loops for embedded software control and monitoring of complex systems, therapy delivery control, Nitric Oxide generation, and pneumatics
• Utilizes technical expertise to contribute to the development of system architectures for respiratory devices. Uses modeling, hardware-in-the-loop simulation and actual devices to develop, debug and test complex systems to meet required performance
• Develops and models complex cross-functional systems
• Performs advanced risk analyses using FMEA and fault tree methods. Works with other engineering disciplines to develop, implement, and verify system solutions
• Evaluates product performance on an on-going basis and initiates and evaluates required changes to the design to improve and optimize performance
• Interfaces with internal and external clinicians, physicians and thought leaders to create innovative products and features
• Ensures adherence to company quality system, product specifications, industry standards, and quality and regulatory procedures and requirements
• Maintains accurate documentation of concepts, designs, drawings, and processes through lab notebooks or other methods

Requirements:

• Master's degree in electrical or computer engineering or related specialization, and 10+ years of related experience
• Demonstrated experience designing, implementing, tuning and analyzing high accuracy, multi-sensor control circuits and systems, including high-performance PID feedback and open-loop controls
• Experience implementing software/firmware control algorithms in C language on embedded, real-time systems
• Experience with digital and analog electrical circuits
• Proven ability to engage effectively in risk analysis including FMEA
• Demonstrated strength in judgment, decision making, and critical thinking
• Excellent written and verbal communication
• Demonstrated strength in building relationships at all levels of an organization

Preferred Experience:

• PhD. in Electrical or computer engineering or related specialization
• Experience in software-based electromechanical medical device development
• Experience with statistical process control
• Experience with pneumatic systems and related components, particularly flow controllers
• Experience with ventilators and/or respiratory applications
• Experience with Python, Jupyter, and data acquisition systems
• Experience performing design of experiments
• ISO 14971, IEC 60601, IEC 62304.
• Well-versed in medical product R&D and clinical/regulatory process

Job Type: Full-time

Benefits:

• 401(k)
• 401(k) matching
• Dental insurance
• Health insurance
• Life insurance
• Paid time off
• Vision insurance

Schedule:

• 8 hour shift
• Day shift
• Monday to Friday

Education:

• High school or equivalent (Preferred)

Experience:

• Architecting Electrical Subsystems: 8 years (Preferred)
• Software/Firmware Algorithm: 10 years (Preferred)
• Electrical/Computer Engineering: 10 years (Preferred)
• High Accuracy Multi Sensor Control Circuits: 5 years (Preferred)
• C: 10 years (Preferred)
• Embedded Systems: 8 years (Preferred)

Ability to Commute:

• Waltham, MA 02452 (Required)

Ability to Relocate:

• Waltham, MA 02452: Relocate before starting work (Required)

Work Location: In person