Alex Gutzeit Email and Phone Number

Oversee the Electrical Engineering department, providing resources for multi-disciplinary projectdevelopment teams in Electro, Mechanical, Design Quality, and Software domains.• Drive advancements in medical devices for resuscitation and acute critical care through effectivecollaboration with project Directors and Managers.• Manage budget planning, tracking, logistics support, vendor interactions, and departmentalimprovements.• Play a pivotal role as a functional and technical leader in the Research and Development group.• Involved in all aspects of electrical design, testing, and performance assessment for new platforms andproduct improvements throughout the product life cycle.• Develop the capabilities of the Electrical Engineering team by enhancing skills, recruiting talent, andstrategically planning for the future.• Direct electrical design and development activities, managing project lead engineers and overseeing allphases of the electrical development life cycle.• Coordinate work across projects, aligning EE skill sets, and designing state-of-the-art electricalarchitecture in collaboration with other leads.• Mentor the Electrical Engineering team in adopting best practices in circuit design, component selection, and test effectiveness.• Explore new technologies, projects, and system concepts, providing informed recommendations.• Respond to project changes and challenges, ensuring compliance with external product standards.• Contribute to building and defining related intellectual property.• Embrace serving leadership principles and directly supervise various levels of Electrical Engineeringstaff.

Lead the design of hardware that runs Vicarious Surgical robotic device. Worked closely with embeddedand mechanical engineers to specify and design solutions to complex real-world problems. Made a largeimpact on the architecture and direction of the electrical systems.• In house expert on development and implementation of the electrosurgery system strategy Interface with key stakeholders, including marketing and surgeons, to translate user needs to system requirements• Established system and subsystem requirements for electrosurgery system• Led for implementation of medical standards (IEC 60601-1 and collateral standards)• Developed system architecture definition, system integration, system V&V plans• Provided electrical guidance and support to cross functional teams• Collaborated with Core Teams and PMO department to meet strategic goals and deliverables• Communicate progress and roadblocks to project management organization and leadership• Developed architecture, circuit design, part selection, simulation and schematic capture. Hands-on layoutand supervision of PCB designer for rigid and flexible printed circuit design• Design for functional safety standards and/or medical safety standard and qualify products to thesestandards through outside test labs• Participated in design qualification with reliability and validation team• Authord clear design documentation and test procedures• Worked with development teams, product managers, supply chain, vendors and manufacturing to create new products that meet cost, functionality and time to market goals

Own the development of capsule controller: “C-Scan Track TRIO”. Lead innovating research, testing, selection, implementation, and maintenance of the cutting-edge, ultra-low-consumption technologies. Interact daily with R&D teams and product managers to identify requirements, oversee implementation, and deliver a final product for FDA pivotal study. Possess a thorough understanding of most current technologies and trends.• Improved the Track TRIO Performance in energy consumption by 10% by, FW update, optimizing all components for minimal current consumption operation.• Improved the Track TRIO Performance in energy consumption by 10% by moving to a lower voltage supply output.• Passed Medical Standards (Safety and EMC/EMI) for FDA pivotal study.• ELS tracking system (wireless tracking system), Increased signal to noise by 85% of the A/D system with algorithmical changes, changing timing in the working cycle.• Improved the yield of the manufacturing process by 5%.• Designed next generation Product for European market.• Created the foundations for architecture of the mass-produced product, with low cost and ease of assembly in mind.• Optimized power supply filters to not have it effect A/D during the life of the battery, when voltage drops.• Optimized A/D front end to reduce interference from the Digital systems.

Led innovation, design, and optimization for hardware of the firm’s meters devision globally with a focus on increasing production yield and stabilizing the performance of the current products. • Headed the design of next generation product, the G4n, what includes FPGA, MCU and various Digital and Analog topologies (A/D, D/A, etc). Including all stages from specifications, driven by clients and the sales department, to a working prototype. Lead the design, coordinating Embedded, Verification, SW and Engineering teams on all stages of the design.• R&D with various companies on HW and design level such as IEC (Israeli electrical company), Electrical Companies, around the world (South America, Australia, Europe) to tailor new expantion products that fits their needs.• Successfully implemented changes in current products design to conform with the latest and necessary international standards for the EU and the US (EMC/EMI, Safety, Environment etc.) including products such as the Pure family and G5 family meters.• Revamp of production and manufacturing process of the metering products across the company lineup, including the design of automated testing stands and reworking the products Boards to comply with IPC and other manufacturing standards. The result was a 20% improvement of the yield in production.• Lowered the dependency on EOL and obsolete components across all company products.• Trained and mentored the HW team engineers on the proper design and manufacturing processes. • Authored new company design, training, manufacturing, assembly and engineering documents on all products for the capability to change manufacturing partners with ease, up to a full turn solution with a short as possible lead time.

• Design of a new lineup of low cost Controller-Driver for DC motors for up to 30 Amps. • Upgrading a Controller of a weapons system to the current generation of Texas Instrument micro controller. • Finished a project in implementation of HIWIN motors usage with new and existing clients. • Training for clients in the company's Technologies and Products. • Designed and implemented various control Algorithms in Embedded Systems.• Worked on projects with the following companies: Applied Materials, KLA, Anorad, Hiwin, IMI, Schneeberger and various Start Up companies.• Writing various Technical Documentation including testing procedure, assembly procedure, bill of materials and others.• Analog and digital board design.• Programmed micro controllers of Altera and Texas Instruments.• Done reworks and redesigns of existing products.• Final Testing and problem solving in products.