using technology to support missions in aerospace,
safety, and emergency response.
Engineering Experience
Jump aero
Led development of mission-critical systems infrastructure. Deployed scalable cloud architectures and implemented advanced security protocols for enterprise-level applications.
energylogics inc.
Engineered robust network security systems and conducted vulnerability assessments. Maintained 99.9% uptime for critical infrastructure through proactive monitoring and rapid response protocols.
edeon cube satellite
Architected data management platforms and automated deployment pipelines. Optimized system performance through advanced analytics and strategic infrastructure modernization initiatives.
Public Service Experience
CIVIL AIR PATROL
US AIR FORCE AUXILLIARY
Coordinated multi-agency operations and strategic planning initiatives. Delivered critical support services ensuring operational readiness and mission success across multiple domains.
SONOMA STATE UNIVERSITY
POLICE DEPARTMENT
Managed community engagement programs and developed strategic partnerships. Facilitated communication between service members and civilian populations, strengthening public relations.
CALIFORNIA Governor's
OFFICE OF EMErgency services
Provided comprehensive support services to veterans and their families. Coordinated transition assistance programs and ensured access to essential resources and benefits.
armed forces of the philippines
Managed community engagement programs and developed strategic partnerships. Facilitated communication between service members and civilian populations, strengthening public relations.
SKILLS
ENGINEERING
PROGRAMMING
TOOLS & PLATFORMS
PUBLIC SERVICE
RESEARCH PROJECTS
MISSION OPERATIONS
VECTOR SARDF: UAV-based Automatic Direction Finding for Search and Rescue
Developing an automatic UAV system capable of locating emergency beacons using software-defined radio (SDR), RF direction finding, and AERPAW channel-sounding calibration. Integrates onboard SLAM, GNSS, and machine-learning-based signal processing for real-time geolocation and mapping support to Civil Air Patrol and disaster response operations. Developed advanced autonomous navigation system for unmanned aerial vehicles using computer vision and machine learning algorithms. Achieved 98% obstacle avoidance accuracy in real-world testing environments.
JUMP AERO: pulse Aircraft tug design
Currently developing an aircraft tug to support Jump Aero’s rapid-response eVTOL operations. Leading design and simulation efforts in Onshape and SimSolid, focusing on structural analysis, load-bearing optimization, and system integration for towing aircraft up to 3,300 lbs. Implementing finite element analysis (FEA) to validate frame performance and winch system. Building comprehensive web platform for aircraft structural analysis and optimization. Integrates FEA simulation tools with cloud computing infrastructure to reduce design iteration time by 60%.
Performance analysis of the russian federation nebo-m vhf band radar
Conducted analytical and simulation-based research on the Russian Nebo-M VHF radar to evaluate its detection capabilities against fifth-generation stealth aircraft such as the F-35 Lightning II. Developed a probabilistic radar model using MATLAB, employing Gaussian noise, Bernoulli detection, and signal-to-noise ratio (SNR) modeling. Validated results through Command Modern Operations (CMANO) simulations, comparing stealth and conventional aircraft engagement scenarios. The study demonstrated that long-wavelength VHF radars can maintain detection probability at extended ranges, reinforcing the need for advanced countermeasure strategies. Created real-time analytics dashboard for mission-critical operations monitoring. Features live data visualization, predictive maintenance alerts, and multi-source data integration with military-grade security.