• Responsible for the evolution of the integration architecture to meet new business requirements and goals• Served as architectural and technical contact for post-acquisition integration discussions• Co-lead of the Preventice architecture review team, ensuring that designs meet all technical and business goals• Mentored staff and guided decisions for the best possible long-term technical and business outcomes

(Company acquired by Boston Scientific in 2021)• Co-lead of major project to seamlessly transition the business from legacy applications to Dynamics CRM• Architect of a scalable, resilient microservice framework (C#/.NET) for reliably integrating data and coordinating business critical processes across multiple disparate systems (SQL Server Service Broker, Azure Service Bus)• Guided the solution architecture using best practices and design patterns for robust, fault tolerant, event driven, eventually consistent, distributed services handling millions of events/day• Created well-tested implementations (reusable code, framework, examples) of recommended design patterns• Implemented custom OAuth/OpenID Connect handlers to securely integrate legacy and cloud services (APIM)• Technical lead for the business transition to Azure DevOps (software development lifecycle)• Conducted numerous training (formal) and learning (informal) sessions, remote and in-person

• Responsible for business planning, research and development, product design, manufacturing, sales, and support• Executed a complete concept-to-sales lifecycle for a custom Global Positioning System receiver, sold worldwide• Conducted market research to determine cost, pricing, and sales estimation• Designed injection molded parts using 3D CAD (SolidWorks), evaluated design using SLA rapid prototypes• Selected electrical components and designed PCB to meet all design constraints• Supervised product certification testing (RoHS, REACH, FCC, and CE)• Coordinated mass production through contract manufacturing (USA and overseas)• Maintained a responsive and highly-rated wholesale/retail support system

• Development lead for multiple enterprise class Predictive Analytics applications (Java EE, cloud microservices)• Technical lead for high performance, fault tolerant, scalable web services (JAX-WS, JAX-RS, JAXB, and JMS)• Guided product transition from waterfall to Agile software development methodology (XPlanner, RTC, JIRA)• Architected product changes for Continuous Integration/Delivery (Ant, Ivy, Maven, Git, Jenkins)• Frequently served as Agile Scrum Master using a knowledgeable, committed, and humble leadership style• Responsible for collaboration between teams; often spanning multiple time zones and continents• Influenced team culture to improve Software Engineering practices (quality, performance, maintenance, etc)• Regularly involved in customer engagements (pre-sales Q/A, design review, support)• Cultivated relationships with several Fortune 100 companies and served as internal advocate for their businesses• Presented technical and non-technical information to a wide variety of audiences (engineering, sales, executives)

(Company acquired by IBM in 2009)• Implemented the Real-Time Scoring Service; a web service which computes analytical scores from incoming data• Implemented the Predictive Enterprise View multiplatform ODBC and JDBC database drivers (C, C++, JNI, Java)• Extended an existing software design to improve integration with LDAP-compatible security providers• Collaborated with other teams to analyze existing software designs and determine new requirements• Researched and presented several software quality improvement proposals to management

• Designed, coded, and tested application firmware for several Storage Area Network platforms• Designed and developed a distributed election subsystem; a critical feature to the Magnitude 3D product line• Presented the election subsystem design to industry experts at Carnegie Mellon and was patented by Xiotech• Developed a wide variety of device drivers (Ethernet, PCI, I2C, IPMI, CAN, SCSI, RS-232, PWM)• Converted boot and diagnostic code bases from i960 assembly to C, which increased software quality, significantly improved maintainability, and facilitated reuse with other code bases already written in C• Developed innovative debug tools to capture difficult bugs in real-time systems using hardware and software emulators, logic analyzers, oscilloscopes, spectrum analyzers, and custom circuits• Departmental expert on hardware design, processor configuration, bus protocols, emulation tools, trace capture equipment, and TCP/IP network infrastructure

• Designed, coded, tested, and documented firmware for SCSI hard disk drives (real-time, multiprocessor systems)• Improved servo software efficiency which significantly reduced short seek times; a competitive advantage• Departmental expert on emulation tools and trace capture equipment, worked with tool venders to fix problems • Identified and resolved difficult hardware problems which could have led to data loss on customer disk drives• Worked with other firmware architects to create and implement new firmware requirements