Field Operations & Media Capture

Operations Overview

Technical execution extends beyond the lab bench. My field work centers on managing small Unmanned Aerial Systems (sUAS) and mobile imaging configurations, applying structured engineering discipline to mission planning, hardware lifecycle tracking, and data processing constraints.

Unmanned Aerial Systems (UAS)

Operating drone hardware requires a strict understanding of aerospace regulations, battery safety, and signal propagation constraints.

• Flight Planning & Compliance: Coordinating flight paths and executing operations within local fly zones, prioritizing strict adherence to regulatory airspace constraints and safety protocols.
• RF & Line-of-Sight Management: Maintaining command-and-control links between ground stations and aerial nodes, accounting for localized RF interference and structural line-of-sight blockers.
• Hardware Lifecycle: Managing preventive maintenance, flight readiness screenings, and lithium-polymer (LiPo) battery health tracking/recovery to ensure safe operational longevity.

Mobile Optics & Data Processing

Mobile imaging is treated as a highly constrained data acquisition exercise—optimizing baseline smart hardware before scaling to more complex systems.

• Mobile Image Telemetry: Leveraging iPhone mobile hardware pipelines by bypassing automated stock configurations. Utilizing dedicated camera tools to lock exposure matrices, isolate focus planes, and manually control physical capture boundaries.
• Computational Photography & RAW Data: Managing uncompressed RAW data capture arrays to evaluate localized light metrics, color space fidelity, and compression limits during post-processing configurations.
• Hardware Scaling Roadmap: Operating the mobile framework as a strict tactical baseline to study composition and data pipelines in preparation for integration with a dedicated DSLR optical platform.