• Focusing on the end customer experience while making sure designs are resilient.
• Designing client-side architecture patterns applied to mobile and web including integration with multiple backend systems.
• Providing technical leadership to the engineering teams.
• Building partnerships with cross-disciplined team members.
• Analyzing current solution designs to optimize and provide design improvements to handle the growth of the business.
• Coordinating with the business teams to identify future needs and requirements.
• Mentoring teams to define design and development standards, engineering practices and incident management.
• Leveraging business and domain acumen to interpret and translate business requirements to architecture/technology plans. Key Achievements:
→ Collaborated w/ architects to define a design for shopping cart to handle vision prescriptions w/out violating HIPAA rules.
→ Defined and implemented new process for schema governance of federated GraphQL subgr

E2E Solutions Architect Aug 2021 – Jun 2022
• Optimize the end-to-end solutions architecture for data capture, design and delivery of orthotics.
• Coordinate with Product Management to prioritize requirements for end-to-end digital Orthotics solutions.
• Drive development of detailed solution architecture incl. scanning, product design engines, manufacturing requirements.
• Coordinate integration with leveraged backend services for OM and Fulfillment.
• Ensure HIPAA compliance and cybersecurity requirements are maintained. Key Achievements:
→ Efficiently managed 11 offshore development resources for creation of web app front-end in React.
→ Collaborated with enterprise teams to define and implement architecture for orthotics web app backend in AWS cloud.

• Software Architect for IoT/Software-As-A-Medical-Device cloud solutions.
• Specify, Architect, Design, and Implement mobile client (iOS, Android) apps and integrate with PaaS cloud solution.
• Lead software development teams in the design, implementation and testing of mobile client apps and custom backend services.

• Development of applications in C#/.NET.
• Technical leader defining overall architecture, design, processes and tools for medical data management applications.
• Lead and managed a total of 12 software developers in the development of (2) web applications for management of infusion pump drug libraries and communication/routing and reporting of data to/from infusion pumps.
• Designed, implemented and unit tested features of the web applications in C#/.NET including data validation engine and rules, report generation, and data parsing.

• Senior Principal Software Engineer leading architecture, design, implementation, tools, processes for blood separation systems. C#/.NET for data management tools.
• Lead technical team and developed new features for existing blood separation system (Amicus).
• Developed features and resolved bugs in
● and C++ for M68000 embedded real-time system for red blood cell exchange protocol. The RTOS used was pSOS. The features included blood warmer, and blood recirculation.
• Developed features in C# for new web-based (ASP.NET/Web API) data management tool used by pharmacists to create and manage drug libraries for use in infusion pump devices.
• Features written in C# for drug library tool included advanced data validation using the FluentValidation library and creating a parser to parse requirements stored in excel spreadsheet so data from requirements is available during system runtime.

• Senior Principal Software Engineer and Technical Team Leader for (9) software developers.
• Developed features and resolved bugs in
● and C++ for existing embedded real-time pump infusion system. Features included UI workflow updates, and the addition of new drug dosing modes.
• Developed features in
● and C++ for new ARM-based embedded real-time infusion system. The RTOS used was Green Hills INTEGRITY. Features developed included drug library management and parsing and framing of XML for interface to external data management server.