Team | Nexus Verium

Nexus Verium was founded by Jonathan Eleonidas Arroyo Yunda, an environmental science student and systems thinker focused on the responsible integration of AI into environmental and human systems. With a background in environmental science, engineering concepts, and AI systems design, he guides applied research, prototyping, and real-world implementation across the River Veins initiative.

Jensy Jimenez is the Lead Environmental AI Systems Engineer at Nexus Verium, where he builds intelligent systems that turn environmental challenges into deployable, real-world solutions. With a foundation in engineering science, data analytics, and AI systems design, he leads the technical development of AI-assisted environmental models, automation pipelines, and research-driven prototypes. His work focuses on scalable, ethical AI for environmental remediation and sustainability, bridging data, software, and physical systems to create technology that serves both people and planet.

John Villa is the Communications and Outreach Lead at Nexus Verium, where he oversees external communications, partnership outreach, and opportunity identification. He works closely with the core team to identify high-potential collaborations, grants, and institutional relationships, while ensuring consistent follow-up and clear documentation across all external engagements. His work prioritizes clarity, strategic relationship-building, and translating complex ideas into mission-aligned messaging that supports Nexus Verium's research, systems-driven initiatives, and long-term impact.

Dewansh Gupta is an AI Systems Engineer and Robotics Researcher at Nexus Verium, where he designs intelligent, autonomous systems at the intersection of artificial intelligence, robotics, and environmental technology. With a foundation in computer science, systems engineering, and applied machine learning, his work focuses on translating advanced AI models, theoretical frameworks, and experimental findings into robust, real-world robotic and cyber-physical solutions. He contributes to scalable, data-driven system architectures that integrate sensing, decision-making, and autonomous control, including applied research and prototyping on AI-assisted environmental platforms for ecosystem monitoring and restoration.

Fasih Ur Rehman Abbasi is the Chief Research Coordinator and Operations Lead at Nexus Verium, where he oversees the design, coordination, and execution of interdisciplinary research and applied innovation initiatives. With a strong foundation in STEM and systems thinking, he bridges environmental science, engineering, and AI-assisted technologies to translate complex ideas into structured research frameworks, scalable prototypes, and real-world implementations. His work focuses on ensuring methodological rigor, operational efficiency, and responsible deployment across Nexus Verium's projects.

Serving as a pivotal member of the team, this individual is responsible for the comprehensive development and strategic management of the project's entire web infrastructure. They specialize in crafting robust frontend architectures that prioritize user experience, while building highly scalable backend systems designed for peak performance. Furthermore, they oversee efficient database administration and ensure data integrity, providing a stable foundation that allows the platform to evolve alongside shifting business objectives.