Women’s roles in society have changed significantly throughout the years. The movement to support the rights of women has been ongoing throughout the evolution of society but has been especially prevalent in the last century. The 1960s are when women began to enter the workforce instead of being limited to presuming roles as homemakers. Since that point in time, women have continued to thrive in the workforce and have pursued a larger variety of positions in various fields. Even though the opportunities for women continue to grow, there still seems to be an underrepresentation of women in science, technology, engineering, and mathematics (STEM) related fields. The underrepresentation of women pursuing physician and entrepreneurship roles in STEM will be analyzed and the challenges this group of people specifically encounter will be examined. Our first proposal to encourage women to enter STEM focuses on middle-school initiatives and incubator programs. The second proposal, based on commonalities females face within the workforce, is finding a better work/home life balance with the development of new maternity/paternity leave policies. Through these initiatives, we believe that the gender gap in STEM can be bridged.

An exploration into the history of the 1918 Influenza Pandemic and the societal impacts associated with it, as well as an analysis of the developing SARS-CoV-2 pandemic today. Based upon these analyses, similarities were drawn between the two pandemics which suggested a lack of innovation in preventative measures over the last century. Given this conclusion a series of proposals were made that should be further explored to give not only the United States, but the world at large, a better chance in the face of the next emerging disease.

The aim of this project was to conduct an investigation of the cosmetic industry, particularly the field encompassing Botox and dermal fillers. The research helped to identify the various types of fillers used in the market as well as to explore the potential advantages of mechanical injectors within the field. This research and an industry analysis was further used to investigate the necessary components that would best accommodate the patent for a mechanical hand-held injector for the injection of dermal fillers.

The United States has an institutional prison system built on the principle of retributive justice combined with racial prejudice that despite countless efforts for reform currently holds 2.3 million individuals, primarily minorities, behind bars. This institution has remained largely unchanged, meanwhile 83.4% of those who enter the system will return within one decade and it currently costs nearly $39 billion each year (Alper 4). Because the prison institution consistently fails to address the core root of crime, there is a great need to reconsider the approach taken towards those who break our nation’s laws with the dual purpose of enhancing freedom and reducing crime. This paper outlines an original theoretical framework being implemented by Project Resolve that can help to identify and implement solutions for our prison system without reliance on political, institutional, or societal approval. The method focuses on three core goals, the first is to connect as much of the data surrounding prisoners and the formerly incarcerated as possible, the second is to use modern analytic approaches to analyze and propose superior solutions for rehabilitation, the third is shifting focus to public interest technology both inside prisons and the parole process. The combination of these objectives has the potential to reduce recidivism to significantly, deter criminals before initial offense, and to implement a truly equitable prison institution.

All freshman honors students are required to take a two-semester course during their freshman year at ASU called Human Event. This course focuses on developing a student’s ability to break down the concepts in important historical texts and then write essay’s that explore these concepts. One of the unique qualities of the honors college at ASU Polytechnic is the Thesis Fest, which is an opportunity for students to share their progress when writing each essay before the due date. During Thesis Fest, students discuss the texts they are writing about with tutors and they get helpful pointers regarding how to clearly understand the concepts they want to explore. These tutors are previous Human Event students who are all enrolled in another course called the Honors Colloquium. The polytechnic campus is also unique because it allows a student’s paper to be evaluated in a conference – Paper Mini-Conference (PMC) – between the student, a tutor, and the professor. The inspiration for this project is derived from personal experiences in the Honors Colloquium. During each Thesis Fest, students and tutors are required to fill out tutor receipts, verifying that the student attended Thesis Fest as well as the texts discussed. In addition, a receipt is also used to verify that the tutor is fulfilling his/her tutoring obligations. Therein lies a pain point for both tutors and students, which is the fact that all receipts are hand-written on small pieces of paper and both the tutor and student must have separate duplicate copies. In addition, the head tutor of the Colloquium is then required to analyze the cards and verify that individual tutors have enough receipts for the semester. Lastly, the student must verify that they attended Thesis Fest by bringing a receipt to the PMC. There have been many occasions when a student has forgotten their receipt, which results in them having to email the receipt to the professor or bring it in at a later time. This project aims to solve this problem by building a mobile application that digitizes the data collection for receipts.

The United Nations outlined seventeen goals in their 2015 resolution aimed at securing a more sustainable future for the entire world. These goals cover all parts of life and are meant to standardize quality of life at a high level for all countries. Specific to the Maasai people of Kenya and Tanzania, there are five main goals that would tackle some of the biggest issues facing the Maasai and greatly improve their lives. These goals include the promotion of good health and well-being, ensuring a quality education for school-age children, supporting efforts for gender equality in all communities, and securing clean and safe water and sanitation services for all people around the world. There are many Non-Governmental Organizations (NGOs) in the Maasai community that are striving to support them and realize these Sustainable Development Goals. Organizations like the Maasai Girls Education Fund and Aid Tanzania have established educational programs to support children, mainly girls, in their efforts to get an education. Others like End Water Poverty and the Maasai Association have programs to ensure safe, accessible drinking water is made available to Maasai communities across Kenya and Tanzania. Lastly, NGOs like My Chosen Vessels have programs that support the economic sustainability and livestock management of the Maasai while also ensuring that Maasai families receive clean water and access to an education. The work and practices of NGOs like these can serve as examples of how to efficiently and effectively address and tackle issues in developing countries, specifically regarding Maasai women and girls, to move closer to achieving these UN Sustainable Development Goals and lead a more sustainable future. Many studies have been done researching the political and economic struggles for Maasai communities and how it impacts them. Vandana Shiva coined the term, “Water Democracy” in her book Water Wars to express the multiple reasons why water is a necessity and right. Many Maasai groups do not have easy access to basic essentials for their everyday lives and NGOs have been noticing this more and more. Dorothy Hodgson writes about the history of Maasai NGOs, and mentions the multiple conflicts that they have had with each other, causing many Maasai groups to have different lifestyles. The connections between the history of the Maasai tribe, their current economy and their current relationship with the government and NGOs all impact women in their communities in different ways.

Abstract:
As Barrett Polytechnic moves into the final stages of planning for the new residential hall, currently under construction on the Polytechnic campus, it is important that they have the student voice in mind when making final decisions. Past research has shown that students who live on campus have a higher retention rate not only through their first year, but onto graduation. Research has also found that students who live on campus become more involved in the community and use more of the university’s resources. Seeing that Barrett prides itself on being a community of scholars, proper use of student feedback should be used to prepare the new building for its students. Data was collected via a survey and focus group, focused primarily on what the students would like to see in their new space. Once collected and analyzed it was apparent that students were really concerned with a few aspects of the new residential building and lounge space.
Using the analyzed data, the following recommendations were made:
1. Reevaluation of the student residential experience after the move to the new residential building.
2. Revaluation of accessibility to the mentorship opportunities after the move to the residential building, as well as an increased movement by Barrett to foster these relationships
3. Addition of quantity of computers as well as newer technology, addition of whiteboards and charging stations, and ensuring there is proper group and individual workstations.
4. Consideration of what students use the lounge for and how to best set up the space for those uses.
5. More advertisement of the Barrett Polytechnic library as well as an more research to determine whether or not improving the library would encourage more use.
6. Make steps to keep the lounge open later in the evenings as well as ensuring students, both on and off campus, have access to the lounge amenities when they need them most.

This policy proposal paper is designed to address concerns about the protection of data
concerning citizens of the United States. The first step is to explore the need for federal
legislation because of the problems of cyberattacks, data loss and leakage, and big data. The
proposal then analyses how other countries had already addressed these concerns for their
citizens through legislation by looking at their regulation and the results of implementation. The
paper adjacently discusses the importance of American values of privacy as a fundamental right,
the free market, and protection from the private sector within a cybersecurity paradigm. From
this combined research, the paper yields a proposal of how the U.S. government should address
the situation through federal policy. The policy outlines cybersecurity measures to protect
information from cyberattacks and data loss and leakage, rights of American citizens that
organizations need to uphold, and the creation of a commission that provides resources and
education to domestic and foreign organizations.

In this paper, I describe the development of a unique approach to developing strategies for games in which success can only be measured by the final outcome of the game, preventing the use of heuristics. I created and evaluated evolutionary algorithms, applying them to develop strategies for tic-tac-toe. Strategies are comprised of neural networks with randomly initiated weights. A population of candidate strategies are created, each strategy competes individually against each other strategy, and evolutionary operators are applied to create subsequent generations of strategies. The set of strategies within a generation of the evolutionary algorithm forms a metagame that evolves as the algorithm progresses. Hypothesis testing shows that strategies produced by this approach significantly outperform a baseline of entirely random action, although they are still far from optimal gameplay.

A phenomenon of intense transmission of light has been observed from optical response to subwavelength structures in metal film. Using numerical simulation, an incident plane wave propagates toward a thin film of silver with a subwavelength slit and groove. This thesis explores parameters, such as slit-groove distance, location of placed molecules, and molecule resonance, which affect the transmission of light through the slit. It is shown how the eigenenergies of the system vary with slit-groove distance. Two scenarios were investigated; a) molecules placed inside groove and b) molecules placed inside slit. It is found that the most dramatic effect on transmission by molecules is with molecules inside slit.