Exploring, Innovating, and Building Planetary Intelligence

I am a planetary geophysicist, sustainable energy innovator, and intelligence systems architect dedicated to building the integrated infrastructure necessary for sustainable human expansion into space. My expertise spans planetary exploration, renewable energy, autonomous systems, geospatial intelligence, and advanced AI-driven analytics.

Strategic Focus:
I specialize in turning complex planetary, geophysical, and resource data into actionable intelligence—enabling clear, strategic decisions for exploration, infrastructure, and sustainable development across Earth and planetary environments.

I’ve been drawn to space since childhood. A photo on my grandmother's mantle shows me beneath rocket boosters at the Advanced Space Academy—Space Camp for the serious kids.

In high school, I was fortunate to have a fantastic observatory and astronomy teacher that ignited my passion. Yet, I was not happy being a passive observer; I wanted to build, explore, and innovate.

At Boston University, I earned a joint bachelor's in Geophysics and Planetary Science, exploring planetary interiors and complex systems. Driven by solving tangible, high-impact challenges, I shifted my focus toward sustainability, innovation, and digital transformation. I completed an MSc in Sustainable Energy Futures at Imperial College London, diving into renewable energy and digital innovation.

Returning to the U.S., I co-founded an AI venture alongside a team from Carnegie Mellon University, deploying advanced AI analytics and automation at leading financial institutions. My role quickly evolved from operational lead to chief strategist, refining my ability to translate complex technologies into real-world solutions.

The pandemic marked a turning point. Through astrophotography I realized that my calling was space, and that I had the interdisciplinary skills to contribute. The New Economy was beginning, and I understood that planetary geophysics, sustainable energy, advanced sensing, and AI-driven intelligence represented the cutting-edge of space and planetary exploration.

Through conversations with astronauts, mentors, and space industry leaders, my path crystallized around sustainable exploration. Expanding human frontiers requires rethinking society and space at a fundamental level: resources, energy, infrastructure, and autonomy. Data, intelligence, and fragmented systems are common threads—my clear entry point.

StellarPath embodies this vision—an advanced, AI-driven planetary intelligence platform transforming operations across orbital and planetary domains.

StellarPath is developing integrated intelligence and infrastructure for:

• Orbital & Planetary Logistics:
  Predictive logistics management, advanced analytics, and mission coordination.
• Geospatial & Geophysical Intelligence:
  Precision gravitational mapping, geophysical analytics, and resource intelligence.
• Advanced Sensing & Robotics:
  Intelligent robotic systems, adaptive sensor integration, and autonomous exploration.
• Decision Intelligence & Digital Twins:
  Real-time analytics, AI-enhanced decision support, and virtual operational models.
   

By breaking down operational silos and optimizing entire planetary systems, StellarPath provides clear, actionable intelligence for sustainable, scalable, and autonomous space exploration.

I aim to contribute at the highest levels of space exploration as an advisor, innovator, and explorer. By combining planetary deep-tech innovation with hands-on analogue fieldwork and operational experience, my goal is to ensure integrated evolution between AI, robotics, human & planetary exploration, and sustainable off-world development.

I provide specialized strategic consulting in:

• Terrain-aware geospatial analytics & decision intelligence
• Geophysical assessment and strategic site evaluation 
• Renewable energy resource analytics and optimization
   

I transform advanced mapping and complex datasets into actionable, high-confidence insights—empowering informed, impactful decision-making.

1. Multidisciplinary Expertise: Expertise spanning geophysics, renewable energy, geoinformatics, remote sensing, and AI analytics.
2. Systems Thinking: Connecting technical data to strategic, real-world outcomes.
3. Efficient, High-Impact Solutions: Providing timely analytics and recommendations that drive positive outcomes, reduce risks, and optimize operational effectiveness.

I regularly partner with:

1. Renewable Energy Developers: Site selection and infrastructure monitoring solar, wind, battery, and geothermal projects, minimizing risk and maximizing return.
2. ESG & Infrastructure Planners: Precise terrain-based risk assessments and geospatial intelligence for resilient and sustainable infrastructure.
3. Resource & Mining Companies: Identify high-value exploration targets and optimize resource extraction sites.
4. Defense & Disaster Planning Agencies: Detailed terrain analytics and scenario modeling to enhance mission planning, operational safety, and emergency response effectiveness.
5. Space Mission & Autonomy Teams: Optimize landing sites, autonomous navigation, and operational planning through precise geospatial and geophysical site analytics.

Complementing my analytical and strategic consulting, I actively train in operational fieldwork and mission readiness:

• Certified drone pilot and experienced drone operator
• Rescue-certified SCUBA diver
• Planetary field mission training and analogue exploration
• Remote sensing and advanced GIS practitioner
• Human spaceflight readiness and operational preparation
   

This blend of strategic insight, technical skill, and operational experience ensures I can meaningfully contribute as both an advisor and hands-on participant in field operations.