Michael Workman Email & Phone Number

Franklin Lakes, New Jersey, US

• In this dual role, I lead a team of 5-10 architects responsible for shaping the future of BD's infusion devices, connectivity solutions, and interoperability systems. As a functional manager, I provide technical vision.
• Lead and mentor a cross-functional team of architects, ensuring alignment with BD's strategic goals.
• Shape long-term technical direction, collaborating with senior leadership on project priorities and resource allocation.
• Foster a collaborative environment to integrate diverse technologies and solutions seamlessly.Key Accomplishments:
• Spearheaded contributions to the IHE Technical Framework, shaping protocols and drafting influential white papers.
• Led the development of alarm management solutions, enhancing patient comfort and safety in hospital environments.

Franklin Lakes, New Jersey, US

• Software and architecture lead for key projects related to the Alaris Infusion System, advancing clinical safety through innovations in Drug Error Reduction Software and Secondary Clamp Detection, and certification of.
• Directed the R&D team for the successful 510(k) relaunch, submitted in 2021 and clearance in 2023.
• Led development and release of the next generation of clinical safety features on the Alaris system, including patient-specific safety limits and advanced secondary clamp detection algorithms.
• Led development and certification of Alaris alarms management safety systems to meet IEC 60601-1-8 medical device safety regulations.
• Integrated smart pumps with hospital information systems through IHE Technical Framework-driven workflows, bi-directional data exchange, and real-time infusion monitoring.
• Collaborated with clinical and marketing teams to define and articulate problem statements aligned with user needs and safety standards.

San Diego, CA, US

• Led a software team of 8–15 members through the development of multiple groundbreaking projects, including the first commercially available infusion pump with bidirectional interoperability, successfully integrating.
• Oversaw all software aspects of FDA-regulated product development, focusing on safety-critical, real-time embedded systems utilizing multithreaded RTOS architectures.
• Collaborated with clinicians, marketing, and systems engineering teams to define problem statements, use cases, and user needs, ensuring alignment with clinical workflows and product goals.
• Led the integration and interoperability of the Alaris infusion pump with Cerner and Epic EMR systems, enhancing clinical workflow efficiency and patient safety through automated programming and documentation.
• Guided hazard-driven design processes, incorporating clinical feedback, usability principles, and risk mitigation strategies.
• Mentored software teams in object-oriented design, C++ implementation, and specification development within agile and iterative frameworks.

Dublin, OH, US

• Led a team of 5–10 engineers to develop critical software updates and modular solutions for the Alaris infusion system, advancing patient safety and hospital efficiency. Successfully delivered the Auto-ID modular.
• Managed software development within a regulated environment, ensuring adherence to FDA requirements for safety-critical systems.
• Designed and implemented real-time embedded solutions leveraging multithreaded RTOS architectures.
• Collaborated with clinical, marketing, and system engineering teams to define use cases, user needs, and system requirements, ensuring alignment with clinical workflows.
• Led hazard-driven design processes, integrating risk mitigation and usability improvements.
• Mentored team members in object-oriented design, specification development, and implementation in C++ within an iterative development framework.

• Contributed as a key member of the embedded software quality engineering team for the Alaris smart infusion pump, focusing on clinical application testing.
• Analyzed user needs, hazard documentation, design specifications, and system requirements to help improve product quality and ensure regulatory compliance.
• Assisted in the creation of comprehensive product models, enhancing test coverage, strategies, and overall system validation.
• Provided early-stage feedback to the design team, identifying potential design weaknesses and suggesting solutions for improvement.
• Played a pivotal role in the successful execution of black-box automation testing for embedded software, helping to establish foundational testing processes for future automation.

San Diego, CA, US

• Develop a four channel physiological monitor for marine animals. The device was composed of 4 analog filters, a micro controller, and compact flash card. The firmware was developed using C on a PIC microcontroller.
• Led team of engineering students to develop a four channel physiological monitor for marine animals
• Developed embedded code in C/C++ for the PIC micro controller

San Diego, California, US

• Developed and tested embedded RF tag prototype for US military applications
• Prototyped application with BASIC language and a voltmeter, ohmmeter, and oscilloscope.