Stephen Molfetta Email & Phone Number

Austin, Tx, Us

Austin, Tx, Us

Austin, Texas, Us

Austin, Texas, Us

Autopilot firmware

Dallas, Tx, Us

* Project and development lead for a small team responsible for the execution and delivery of firmware components, providing centralized device configuration/initialization and security control functions for the SoC bootloader and application stacks.* Work with cross-functional teams to ensure dependencies are fulfilled and deliverables can be met to enable seamless transition from SoC design, firmware implementation, and TI SDK integration* Established security software architecture for the K3 platform, influencing TI SDK and hardware design changes to realize security* Redesigned and implemented security firmware to easily enable integration of 3P HSM integration across multiple generations of TI security controller subsystems* Collaborated with key automotive ecosystem partners to support the porting and validation of 3P HSM solutions on the various TI security controllers.* Authored TI OTP keywriter format which is the adopted standard for all Jacinto, Sitara MPU, and Sitara MCU family of processors* Principal internal consultant within the organization for all topics related to software and hardware security: - Provides continuous training and mentoring to SW team members to ramp on security fundamentals and TI security architecture - Primary point of contact by SoC/design teams looking for SW feedback to influence next-generation security IP and integration* Member of the TI PSIRT board and product line point of contact for security vulnerabilities applicable to TI Processor devices.

Dallas, Tx, Us

Developed and delivered foundational software for automotive audio solutions on TI's Jacinto family of heterogeneous multicore SoCs: * Lead architect of the Jacinto 6 RTOS SDK, supporting automotive amplifier applications. Delivered RTOS-based audio foundation to enable multiple customer designs and tools for 3P ecosystem partners* Hand-optimization for dozens of low-level audio kernels across multiple CPU architectures, including C64P, C674x, C66x, ARM NEON* System-level performance optimizations, including: - Cache, DMA, and bandwidth regulator tuning to maximize data throughput in the SoC switch fabric via and to facilitate concurrent audio processing across multiple CPUs. - Audio driver/accelerator optimizations to minimize audio round-trip latency for latency-critical applications like acoustic noise cancellation, road noise cancellation* Developed DSP-based audio post processing and routing engine to support multi-zone cabin audio effects processing in IVI/head-unit applications - Designed QNX, Linux, and Android audio driver plugins to enable DSP offload and rendering directly from HLOS audio stacks

Atlanta, Georgia , Us

Concentration in DSP, Communications, and Controls

Dallas, Tx, Us

C6000/C6-Integra

M.S., Electrical And Computer Engineering

B.S., Music Engineering Technology