Capstone/Technical Report; STS Research Paper
Smith, Jaehoon, School of Engineering and Applied Science, University of Virginia
Seabrook, Bryn, EN-Engineering and Society, University of Virginia
Vrugtman, Rosanne, EN-Comp Science Dept, University of Virginia
As the field of computer science progresses at its current exponential rate, it is important to understand the varying uses for the subject. Whether it be software development or implementation of Artificial Intelligence (AI) in modern society, computer science is a complicated field that can provide significant improvement to the technological world. In the case of software development, learning to produce website applications leads to the growth of future engineers. By applying software development skills, the gap between understanding technology becomes closer. Along the same thread, the implementation of AI opens another possibility of acknowledging the potential of computer science. Given the relatively early development of AI, it is vital to determine the extent of AI usage and to ensure its implementation is done properly. Computer science supports the notion of endless possibilities, and the technological society can guide its growth to become an impactful and positive study.
A San Antonio, Texas-based startup that works closely with both commercial and governmental projects required implementation of new web applications and widgets for use in software development of new projects. Mendix, a leading lowcode language, tackles this web application development problem by reducing production time of traditional coding with visual aids to optimize the creation of new websites and widgets. The Mendix language allows users to provide essential websites for prominent companies along with professional skill sets in communication, technical coding, and team building. Combined with React, much of the internship consisted of providing more general developmental tools for the company while also producing customized websites for potential clients. Further development of more widgets and websites are always possible in order to continue production of more client-based projects. With lowcode becoming a rising software development avenue, the next look may be to introduce programs like Mendix as a new leading tool to the coding community.
AI has had a significant impact on the field of facial recognition technology. With the ability to analyze and interpret large amounts of visual data quickly and accurately, AI has enabled the development of advanced facial recognition algorithms that can identify individuals with high levels of accuracy. This advancement in AI has led to the increased use of facial recognition technology in various industries such as law enforcement, employment, housing, and schools. However, the technology can be biased and may lead to misidentifications, disproportionately affecting marginalized groups of people. As a result, there have been calls for greater regulation and oversight of facial recognition technology to ensure that it is used ethically and responsibly. This call for regulation raises the notion that AI represents a Wicked Problem that cannot be identified as a good or bad tool to society. Given the recent rise of Artificial Intelligence art, how could it affect the current bias within facial recognition systems? The discussion focuses on how AI art can affect and potentially improve these facial recognition systems.
The application of lowcode through my experience with Mendix has vastly improved my skill sets as a young engineer. I have learned the importance of expanding my knowledge in the computer science field, which has led to my interest in researching AI. On the other hand, researching AI has broadened my future aspects in my future careers. As a rapidly developing form of computer science, AI has piqued my interest in expanding my knowledge on the different uses of technology. Both projects have worked in tandem, where I have gained the technical experience of coding and developed a desire to broaden my understanding of the computer science field
BS (Bachelor of Science)
AI Art, Facial Recognition Systems
School of Engineering and Applied Science Bachelor in Computer Science
Technical Advisor: Rosanne Vrugtman
STS Advisors: Bryn Seabrook
Technical Team Members: N/A
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