Led multiple high-impact projects, leveraging advanced signal processing and software development techniques to enhance the capabilities of defense technologies.

• Led Sensor Fusion Development: Spearheaded the development of a sensor fusion data collection Android application capable of streaming high-throughput data to a server on demand using gRPC and Protocol Buffers. Architected the backend using a Go-based Docker Compose stack and leveraged NATS for command and control (C2).
• Full-Stack Development: Designed and implemented a custom API to interface seamlessly with a React and TypeScript frontend, enabling remote application triggering and ensuring efficient data handling across the entire system.
• MLOps Pipeline Deployment: Engineered an end-to-end MLOps pipeline and provisioned dual servers configured as a multi-node, multi-drive MinIO S3 bucket storage solution.
• Machine Learning: Developed a full GPU-based RF IQ intake system using NVIDIA Holoscan, deploying an RF spectrum-based segmentation model for modulation and cellular technology classification.
• Signal Processing Expertise: Integrated advanced signal processing techniques within the SignalQ system, significantly enhancing real-time gunshot detection, classification, and localization, leading to successive victories with the Army customer.
• SBIR Proposal Success: Authored and managed a winning SBIR proposal, securing funding on the first submission and aligning the company’s R&D strategy with defense sector priorities.

Lead engineer on a spectrum surveying project, focusing on full signal chain pipeline for wideband receiver archival and analysis.

• Programmed NVIDIA GPU using CUDA for fast PSD streaming.
• Built GNU Radio OOT Module to support Xmidas file types.
• Utilized ZMQ load-balancing for constant parameterization of pre-d stream.

Developed a suite of audio metrics using Python for the Portal product line, enabling deeper vocal analytics.

Designed a prototype to measure the HRTF from the ground up.

• Obtained full safety compliance (acoustic, biocompatibility, electronic).
• Lead inventor on two patents.
• Built a PDM to AES MEMS digital audio converter PCB board in Altium, which has since ramped up to full-scale production and is utilized in a capture space.

Worked as part of a small agile-run research team on cutting-edge 3D Audio applications and innovative technologies.

• Conducted soundfield reconstruction research and large-scale audio test and measurement deployment.

Set up, recorded, and mixed live concerts, ensembles, small groups, and private auditions throughout CMU theaters and off-site venues.

• Gained experience in microphone recording techniques and live mixing.

Consulted technical solutions for 5G and other leading-edge projects at Qualcomm, San Diego, tailoring test and measurement equipment to their requirements.

• Established automation methods and crafted new tools to streamline the sales process.
• Conducted demonstrations and presentations tailored to customer requirements.
• Gained in-depth knowledge of RF and other bench-top equipment, including radio base station emulators, signal generators, spectrum analyzers, and oscilloscopes.

Drafted test plans and procedures per specifications of the branded product line (NAS, routers, WDTV), bringing up these products from initial spec to final deployment.

• Managed projects and automated testing for all new online services on WDTV product line.