General resume template

• Designed and optimized multi-band RF front-end circuits for tactical communication modules, improving receiver sensitivity by 2.1 dB and reducing insertion loss by 14% across prototypes.
• Led bench validation using VNA, spectrum analyzer, and signal generator, cutting debug turnaround time by 30% through automated Python-based data capture and reporting.
• Partnered with PCB layout and mechanical teams to resolve coupling and grounding issues, increasing first-pass compliance success from 76% to 92%.
• Supported component selection, tolerance analysis, and supplier qualification for production release, contributing to a 12% reduction in RF BOM cost.
• Authored test procedures and failure analysis summaries for design reviews, enabling faster cross-functional decisions during qualification and pilot manufacturing builds.

• Developed RF transceiver subsystems for airborne telemetry products, achieving stable operation from 400 MHz to 2.4 GHz under temperature and vibration test conditions.
• Performed schematic simulation and matching network optimization in ADS, improving return loss by more than 8 dB on two critical signal paths.
• Executed lab characterization, root-cause analysis, and design revisions for spurious emissions, helping the team meet FCC and MIL-STD targets.
• Collaborated with manufacturing engineering to refine calibration and test limits, reducing final test failures by 18% over three consecutive production lots.

• Designed a compact dual-band matching network for an embedded antenna platform, improving total radiated power by 1.7 dB and reducing detuning sensitivity near enclosure edges.
• Built a repeatable chamber validation workflow with MATLAB post-processing, shortening correlation analysis between simulation and measured OTA data by 25%.
• Coordinated design updates with industrial design and layout teams, enabling production-ready integration without increasing board area or enclosure height.

• Developed an automated RF characterization script set for gain, noise figure, and harmonic capture, reducing manual test effort by 40% across development builds.
• Standardized report templates and pass-fail criteria for engineering reviews, improving data consistency and accelerating issue prioritization during design verification.
• Enabled faster comparison across units and revisions, supporting earlier detection of tolerance-driven performance drift before formal qualification testing.

Concentration in RF, microwave, and communication systems.

Emphasis on electronics, signals, and electromagnetic systems.