Michael Mcmaster Email & Phone Number

Rochester, Minnesota, United States

• 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

Rochester, Minnesota Area

• (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.
• 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)

Rochester, Minnesota Area

• 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)

Rochester, Minnesota Area

• 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

Rochester, Minnesota Area

• (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

• 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

Master Of Science, Software Engineering

● Maintained full time graduate student status while also working full time ● Emphasis placed on human-computer interfaces, data modeling.

Bachelor Of Science, Computer Engineering