The Scriptorium is the central research, development, and administrative headquarters of the Cornelius Institute
The Scriptorium is the central research, development, and administrative headquarters of the Cornelius Institute

The EVegg Project is a low-cost, self-powered electric vehicle concept designed for efficient urban transportation, using advanced 3D-printed manufacturing, integrated renewable energy systems, and smart technology to provide affordable, sustainable mobility for students, commuters, and future smart-city environments.

The Falcon Shuttle Program is an advanced aerospace initiative focused on developing a next-generation reusable space transportation system capable of rapid, cost-effective travel between Earth and space, utilizing hybrid propulsion technologies, innovative engineering, and scalable mission capabilities for crew transport, cargo delivery, and future deep-space operations.

The LC-1A Program is an advanced spacecraft development initiative focused on creating modular crew and cargo capsules for orbital transport, space station docking, and future deep-space missions, emphasizing scalable design, mission flexibility, crew safety, and long-term space habitation support.

At myscriptorium.org, we focus on developing aerospace technologies that are both innovative and sustainable. From fuel-efficient engines to reusable rockets, we believe that sustainable technology is the key to unlocking the full potential of space travel.
A compact, enclosed renewable power system designed to capture airflow while the EVegg is in motion or parked in windy conditions, converting compressed wind energy into supplemental electrical power for battery recharging. Integrated into the vehicle’s aerodynamic structure, the system supports the EVegg’s self-sustaining energy concept by extending driving range, reducing dependence on external charging, and combining clean wind generation with the vehicle’s solar and onboard power systems. The concept draws on the same wind-to-electricity principles used in small wind turbines, adapted into a compact vehicle-integrated format.
The EVegg’s 3D-printed body is a lightweight, aerodynamic shell manufactured using advanced large-scale additive manufacturing to reduce production costs, minimize material waste, and accelerate assembly. Designed with a smooth egg-inspired profile for maximum efficiency, the printed body integrates structural panels, interior mounting points, and custom component housings into a streamlined, low-cost electric vehicle platform built for modern urban mobility.

The POD (Portable Operations Development) unit is a modular, multi-level facility designed for flexible use as offices, labs, classrooms, or operational space. Its scalable design allows rapid expansion while providing a modern, efficient solution for research, education, and administrative functions.
The Scriptorium was conceived specifically to avoid that vulnerability.
From the beginning, its planners envisioned a facility capable of operating independently from many public systems if necessary.
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