End-to-end research facility design and operationalization delivered for a defense client — covering site architecture, RF instrumentation deployment, network and computing infrastructure buildout, and regulatory certification. Specialized test equipment specified, procured, and integrated across the facility to support live signal collection, spectrum analysis, and experimental RF operations. Workforce development program designed and delivered to bring a multidisciplinary team — including engineers, intelligence analysts, and military operators — to operational proficiency on advanced RF systems and experimental methodologies.

ML-driven signal identification, AoA/TDoA localization, and automated alert systems for contested spectrum environments. Deployed with sensor networks for persistent monitoring and geolocation across multiple operational zones.

EMI/EMC compliance completed for a military program aircraft per DO-160D, MIL-HDBK-516C, and MIL-STD-461 — enabling international flight clearance. EMIT cosite analysis automated for HALE vehicle antenna systems. EM emission and susceptibility test procedures drafted across multiple LRUs.

Full RF environment survey conducted across a high-value estate perimeter and surrounding airspace to establish a spectrum baseline. RF-based drone detection system designed with direction finding, signal classification, and a real-time alerting layer delivering SMS, push notification, and email alerts to estate security staff with bearing, signal classification, and confidence score.

AI-driven workflow automation covering job estimating, scheduling, purchase orders, invoicing, and document processing for operations-heavy businesses. ML demand forecasting systems deployed with ERP integration, reducing overstock and stockout events. Automated customer profiling from transaction history enabling targeted outreach and replenishment.

End-to-end process redesign for a multi-location construction services firm — unified dashboard consolidating lead tracking, recruitment pipeline, and outcome tracking into a single operational view. Customer intake, appointment scheduling, and billing automation deployed across twelve service locations, eliminating manual handoffs. AI-assisted documentation converts service notes into structured billing codes with automated invoicing and outreach sequences.

PSO-based coordination algorithm developed and implemented for autonomous multi-drone fleet navigation — enabling decentralized swarm behavior for area coverage, target search, and dynamic obstacle avoidance without centralized control.

Integrated automation covering customer intake, scheduling, billing, and marketing workflows for multi-location retail operations. ML-driven customer segmentation pipeline built from POS and loyalty data enabling personalized promotions, high-value customer identification, and churn prediction. Automated marketing sequences deployed based on purchase behavior.

Full-stack application for savings goal management and automation — helping users set goals, track progress, and receive personalized guidance based on spending patterns. Integrated with core banking systems via API for real-time account data and automated transfers.

End-to-end automation system for a defense research facility — implementing remote-controlled sensing with real-time environmental data collection across temperature, humidity, vibration, and spectrum occupancy. Web application developed for real-time visualization and replay of environmental telemetry.

End-to-end web application delivered for load assignment, GPS-based vehicle tracking, and ML-driven dispatch optimization. Driver mobile interface built for load acceptance, status updates, and document capture. ETA prediction and at-risk delivery flagging delivered to dispatchers.

FMCW W-band and SFCW K-band radar systems designed, simulated, fabricated, and characterized in LTCC. Novel power amplifier assembly method patented, enabling measurable radar range extension. K-Band antenna designed in 9K7 LTCC with improved fabrication procedures.

Full architectural design and development of Boltzmann — a web-accessible multiphysics simulation platform built for high-frequency device characterization, EM field simulation, and inverse design workflows. Simulation engine architected around a ZMQ-based real-time messaging layer.

Programmatic simulation control of HFSS and Silvaco via MATLAB for automated multi-domain device modeling. Large-scale parametric sweeps across electromagnetic and semiconductor physics domains. ADS-based matching network and filter design with full S-parameter validation.

Resonant disk cavity filters and planar MMIC filters for packaged Gunn diode oscillator integration. Hairpin resonators, LPF, BPF, and diamond resonators for harmonic control. Equivalent circuit models developed capturing packaged device parasitics.

Automated SDR calibration system with signal generator control in Python and C++. Phase noise characterization to establish system noise baselines. Integrated with RF test equipment for repeatable, traceable calibration across multiple receiver channels.

Passive radar solution leveraging cellular tower infrastructure for target detection — including software, hardware, and field experimentation. Antenna element characterization performed in anechoic chamber. System designed for covert surveillance without active transmission.

Hardware and software development for MUSIC and Watson direction-finding antenna systems. Signal processing algorithms implemented for high-resolution angle-of-arrival estimation. Field-deployed with RF localization systems for operational intelligence collection.

ATAK plugins built for real-time battlefield situational awareness. Integrated RF localization data with tactical displays for Special Operations Task Forces. Deployed in Middle Eastern operational environments under live mission conditions.

No-code platform for programming JavaCard and PIV smart cards — hardware-bound credentials resistant to AI phishing, deepfakes, and credential theft. Visual wizard interface with batch provisioning, 20+ pre-built applets for access control and authentication, and 3D card preview. FIDO2/WebAuthn, OATH, and OpenPGP support.