Designing and securing end-to-end cloud backend solutions for AI-driven devices and services.

Developed cloud services, security protocols, firmware, and ASICs for medical-grade devices and services.» Designed and implemented a new user portal service for accessing and managing medical compliance data; devised auth strategy between microservices; integrated IAM platform that provides SSO and federated identity management (FIM).» Technical lead on solutions connecting wearables over BLE and cloud. Developed a Bluetooth SDK that provides BLE connectivity with a custom TLS-like security stack suitable for medical-grade data communication.» Developed a new BLE pairing protocol using J-PAKE over elliptic curves, providing improved usability and security over standard BLE pairing methods.» Developed firmware for BLE-connectable medical devices, primarily in C++ deployed in RTOS environments on ARM embedded processors. Experience integrating and interfacing with various Bluetooth SoCs.» Designed a new RISC-V on-chip debug module compliant with the official RISC-V debug specification.

Led the design of a RISC microcontroller-based subsystem management engine to control an Embedded Multi-die Interconnect Bridge (EMIB). Wrote firmware for silicon bring-up and production.» Designed custom blocks for configuration logic, error correction, data buffering, flow control.» Integrated RISC microcontroller with memories and other standard IPs.

Member of a research team that explores novel architectures and technologies forhardware-accelerated data processing, high-performance computing, and data I/O

Designed modules in ArcGIS to retrieve terrain data and calculate signal and noise along different propagation paths for designing satellite communication links.

Developed a data migration facility to gather and analyze specifications of all parts used across the company.

Developed back-end services for the company's LSF distributed systems product.