INNOVATION
We must weigh consequences and act courageously. Ignoring risks missed opportunities and aggravation. Have faith in our abilities and confront challenges directly.
Biomedical Science
Human Life Extension
As a fundamental component of human well-being, the original design of the human body was intended to operate for an extended period, and individuals have the right to choose their own quality of life. We find ourselves in a momentous transitional period, as an increasing number of scientists concur that aging should be considered a disease, with the expectation of achieving biological immortality by 2050-2060. We are diligently collecting funding and technology, overcoming bottlenecks, and connecting various laboratories to expedite outcomes. While we remain humble and subservient in the face of significant issues, we also recognize that the perceived level of difficulty is often a matter of perspective. As such, we collaborate with scientists to explore these critical issues in a rigorous and scholarly manner.
Medical/Managment
Healthcare System
Due to medical errors becoming the third leading cause of death in the United States, as well as the issues of long wait times in emergency rooms, severe nursing shortages, and the high-risk fluid volume measurement methods, we have collected first-hand information from frontline staff and medical management. We are collaborating with American medical scholars to redesign and modify the existing healthcare system. Our aim is to design new surgical and management models, as well as resource utilization and technology-assisted scenario management solutions, to address the many problems that exist within the current healthcare system. We anticipate that these efforts will improve the efficiency and quality of the healthcare system, making a greater contribution to the human health enterprise.
THE ONLY RULE
Focus on solutions and expected outcomes, not just problems
Aerospace Engineering
Space Debris/Temperature Control
The orbit around Earth is littered with human-made objects that are no longer in use. Most people view this as a negative situation because it creates significant additional costs for launching spacecraft and is difficult to completely remove, posing threats to personnel and property involved in space operations. However, to us, these objects are also valuable resources for slowing down the rise in Earth’s temperature.
Planetary Habitat Engineering
Preipheral Technologies Derivded from Mars Colonization Side
With the aim of preparing for the first human landing on Mars by the end of 2028, this module exploration project, which is of lower priority, is focused on investigating the living environment, life support systems, cultural and managerial considerations, as well as the interplay between living structures and humans on both Mars and the Moon.
Food Engineering
Global Food Distribution
Addressing food inequality through redundant food distribution, rapid production, preservation, and user-centered design. Collaborating with chefs and physicians, new products will replace nutritional powders and protein bars, ensuring economic balance. Equal access to abundant food and survival is everyone’s right, including refugees and those in poverty. Exciting new fast food products are emerging.
Educational Engineering
Educational Program Design
Every child is a genius with clear and boundless thinking, each one unique in their own way. However, outdated thinking structures limit their potential, preventing them from shining as bright as they should, and hindering society from becoming more prosperous and diverse. Therefore, we are building upon the gifted education system by incorporating technology for improvement. We anticipate the development of a small-scale school system.
Industrial Design
Automobile
Future city transportation studies aim to develop low carbon footprint, user-centered transportation systems that leverage existing road infrastructure to increase capacity. This involves new technologies, such as electric and hybrid vehicles, and road system redesign to improve traffic flow, reduce congestion, and enhance safety. Collaboration among transportation planners, engineers, and urban designers is essential for sustainable and efficient transportation systems.
Architectural Design
Future City Studies
In 2016, we conducted a scope study on the old Kai Tak airport area in Hong Kong. Our goal was to create a future city prototype concept that explores the interaction between humans and machines through the application of design methodologies and an innovative mindset without borders. This involved discovering new technologies and systems to create a sustainable and efficient urban environment.
Housing/Well-being
Affordale Housing
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methodology
These six processes – scenario planning, imaginative simulation, expert interaction, reverse engineering, element collection, and physical assembly – can be utilized to develop and construct new products or systems.