• Directed a team of talented engineers in the conceptualization and development of scalable platform solutions, ensuring alignment with strategic business objectives. • Nurtured a collaborative and innovative work environment, fostering creativity and excellence for team members to thrive and excel in their roles.• Oversaw all facets of FPGA, firmware and application software to empower Zed Medical's complete imaging solution – from intrabody Ultrasound array sensors to patient interface modules and imaging engines.• Implemented best practices and development methodologies to streamline workflows and optimize productivity, resulting in optimized product functionality and quality.

Cuddles For Kids Inc's primary mission is to help children who are in need, or are less fortunate, by providing goods that will help make those frightening moments a little less scary with a cuddle.Cuddles For Kids Inc is a 501(c)(3) charitable organization my daughter started in 2013 that became formally recognized in May 2015.

(High level summary detail only)• Served as Program Feature Lead for integrating the Vscan Air wireless probe functionality into cross-segment ultrasound scanners. Directed hardware, software, and system architectures, managed resource allocation, task deliverables, and verification. Collaborated with clinical and marketing teams to ensure global workflows. Led a development team of 7 engineers in Milwaukee and 2 engineers in Israel. (2020 – 2022)• Contributed to the Vscan Air CL program, accelerating the release of a wireless battery-operated ultrasound probe interfacing with smartphones or tablets. Implemented firmware features to optimize performance, reliability, and functionality, supporting diagnostic tests. Allocated to the Primary Care Ultrasound business during this role. (2020 – 2022)• Spearheaded architecture support for new General Imaging Logiq E10/E10s hardware, transitioning to GPU-based processors for software beamforming, retrospective transmit beamforming, tissue processing, color, and pulsed Doppler processors. Expanded system features such as power assistant and scan on battery. (2010 – 2022)• Led the Ultrasound General Imaging and Women’s Health Patent Evaluation Board, evaluating, rating, and making key decisions for patent filings, publications, and trade secrets. (2006 – 2022)• Acted as Acquisition Software/Firmware Technical Lead for General Imaging Logiq E9/S8/S7 ultrasound portfolio. Oversaw primary acquisition subsystem architecture, requirements, task deliverables, resource allocation, and verification. Collaborated with cross-functional teams globally. Managed a team of 6 engineers in Milwaukee, 4 in Hino, Japan, and 2 engineers in Seoul, Korea. (2005 – 2015)• Led software design control initiatives, refining GE Healthcare Clinical Systems SDLC. Interfaced with GE Healthcare Global Design Council to align with industry standards IEC 62304 and TIR 32. (2007)

• Directed firmware design, development, feature enhancement, and maintenance of Train Inspection System hotbox detector products for both domestic and international railroads, ensuring optimal performance and reliability.• Collaborated closely with install base customers to provide comprehensive support for Train Inspection applications and proactively developed innovative solutions to address field reported issues leading to enhanced customer satisfaction and product quality.• Mentored and provided guidance to junior engineers and contractors within the Train Inspection System department, fostering skill development to drive team knowledge and effectiveness.• Led multiple hardware and software technology transfer initiatives as part of remote office closures, overseeing seamless transition and ensuring continuity of product development and support.• Contributed as a member of the Engineering Process Group and Software Process Improvement Team, actively involved in refining, streamlining, and digitizing standards and processes to advance towards SEI CMM Level 3 certification, enhancing the organizational efficiency and effectiveness.

• Served as Lead Software Engineer for the Tilt-C emerging market project, overseeing project planning, defining new product feature software requirements, budget forecasting, and managing a small software engineering group.• Designed and developed system control firmware for digital radiography and mammography X-Ray systems, including implementing TCP/IP drivers to facilitate communication with subsystem controllers. Developed an image processing library for various functions such as collimator blade detection, shutter detection, image cropping, noise reduction, and dynamic range detection for acquired digital images.• Played a key role in developing control system software for a biplane vascular X-Ray system, including software for fluoroscopy, cine, and exposure control applications.• Contributed to the establishment of standards and procedures within the Software Engineering Process Group to ensure compliance with FDA Quality System Regulations and the CMM for global X-Ray software departments.• Led initiatives to enhance software quality utilizing corporate Six Sigma methodologies and Personal Software Processes, coordinating training sessions for PSP to improve team proficiency.

• Played a key role in the design and development of telecommunication test and diagnostic embedded measurement unit products, contributing to the entire software and hardware development lifecycle from marketing requirement specification to customer field trial installations.• Served as the software technical expert for the measurement subsystem during the development of the Small Measurement Engine and the RMU 755, designing and implementing measurement algorithms for AC, DC, filtering, signal generation, and data acquisition modules.• Led multiple quality improvement teams following Total Quality Management principles, focusing on software defect prevention and quality audits. Additionally, contributed as a member of the hardware cost reduction team and the software standards committee, driving continuous improvement initiatives across the organization.

• Company previously Biochem International Inc (BCI Inc), purchased in 2000 by Smiths Medical.• Maintained software for patient monitoring and anesthesia medical equipment. Performed verification on various monitoring products and performed various hardware lab duties.