This project analyzes aspects of ESports and gaming in relation to college/university students and college/university campuses. The specific focus of the project was establishing that there was an interest in additional Esports and gaming engagement on campus and then determining what manner of engagement was most desired by students. In order to discover the most popular form of Esports and gaming engagement for students, we held two events: a recreational ESports Competition and tutorials to teach students how to mod video games. After carrying out these events we established that an Esports Competition was a more popular form of engagement. However, we also established that both forms of engagement would be successful with proper marketing and execution.

While Covid-19 had severe impacts on education across the board, the goal of our research is to examine how virtual learning affected Business Data Analytics and Computer Information Students at Arizona State University. A survey was created to measure three key academic areas (student learning, communication, and student engagement) that may have experienced a notable change in quality. Forty Nine W.P. Carey students were surveyed and their responses were recorded in a Google Sheet. From there the results were transferred to excel and converted into a Numeric Likert scale. By establishing base scores for each of the survey statements we can isolate areas of virtual learning that underwhelmed or satisfied our target demographic. The objective of the subsequent analysis was to identify any areas within the three focal points that participants felt strongly impacted their performance with virtual schooling during the August 2020 to May 2021 school year.

In my thesis, I will focus on providing audiences with a picture of what 942 Crew does, mainly focusing on the giveaways part. First, I will introduce Pac-12 and what we do as 942 Crews. Then I will present a timeline of giveaways from before, present to the future. How can 942 Crew keep developing their work? Is there anything 942 Crew should improve? At the same time, as a supply chain student, I will provide the audience with operation research of the 942 Crew warehouse, logistical development, and solutions to those issues I found. Also, I will explain some backup plans and urgent situational solutions during the pandemic time's giveaway operations.

In my thesis, I will focus on providing audiences with a picture of what 942 Crew does, mainly focusing on the giveaways part. First, I will introduce Pac-12 and what we do as 942 Crews. Then I will present a timeline of giveaways from before, present to the future. How can 942 Crew keep developing their work? Is there anything 942 Crew should improve? At the same time, as a supply chain student, I will provide the audience with operation research of the 942 Crew warehouse, logistical development, and solutions to those issues I found. Also, I will explain some backup plans and urgent situational solutions during the pandemic time's giveaway operations.

The purpose of this research is to better understand the potential use environment of a Dendritic Identifier within the current leafy green supply chain, including the exploration of potential costs of implementation as well as non-economic costs. This information was collected through an extensive review of literature and through the engagement in in-depth interviews with professionals that work in the growing, distribution, and processing of leafy greens. Food safety in the leafy green industry is growing in importance in the wake of costly outbreaks that resulted and recalls and lasting market damage. The Dendritic Identifier provides a unique identification tag that is unclonable, scannable, and compatible with blockchain systems. It is a digital trigger that can be implemented throughout the commercial leafy green supply chain to increase visibility from farm to fork for the consumer and a traceability system for government agencies to trace outbreaks. Efforts like the Food Safety Modernization Act, the Leafy Green Marketing Agreement, and other certifications aim at establishing science-based standards regarding soil testing, water, animal feces, imports, and more. The leafy green supply chains are fragmented in terms of tagging methods and data management services used. There are obstacles in implementing Dendritic Identifiers in that all parties must have systems capable of joining blockchain networks. While there is still a lot to take into consideration for implementation, solutions like the IBM Food Trust pose options for a more fluid transfer of information. Dendritic Identifiers beat out competing tagging technologies in that they work with cellphones, are low cost, and are blockchain compatible. Growers and processors are excited by the opportunity to showcase their extensive food safety measures. The next step in understanding the use environment is to focus on the retail distribution and the retailer specifically.

The purpose of this research is to better understand the potential use environment of a Dendritic Identifier within the current leafy green supply chain, including the exploration of potential costs of implementation as well as non-economic costs. This information was collected through an extensive review of literature and through the engagement in in-depth interviews with professionals that work in the growing, distribution, and processing of leafy greens. Food safety in the leafy green industry is growing in importance in the wake of costly outbreaks that resulted and recalls and lasting market damage. The Dendritic Identifier provides a unique identification tag that is unclonable, scannable, and compatible with blockchain systems. It is a digital trigger that can be implemented throughout the commercial leafy green supply chain to increase visibility from farm to fork for the consumer and a traceability system for government agencies to trace outbreaks. Efforts like the Food Safety Modernization Act, the Leafy Green Marketing Agreement, and other certifications aim at establishing science-based standards regarding soil testing, water, animal feces, imports, and more. The leafy green supply chains are fragmented in terms of tagging methods and data management services used. There are obstacles in implementing Dendritic Identifiers in that all parties must have systems capable of joining blockchain networks. While there is still a lot to take into consideration for implementation, solutions like the IBM Food Trust pose options for a more fluid transfer of information. Dendritic Identifiers beat out competing tagging technologies in that they work with cellphones, are low cost, and are blockchain compatible. Growers and processors are excited by the opportunity to showcase their extensive food safety measures. The next step in understanding the use environment is to focus on the retail distribution and the retailer specifically.

Countries such as Haiti—where corruption, violence, and extreme poverty hinder economic growth and recovery— require multifaceted, interdisciplinary solutions. The United States, along with much of the western world, has a flawed understanding of foreign aid. Though current humanitarian efforts have effectively improved the lives of millions of Haitians, they fail to address the systemic roots of Haiti’s issues. Likewise, some efforts have been counterproductive or even harmful. If the US wishes to assist Haiti (and similar developing countries for that matter) in its journey to restoring the rule of law, reducing corruption, and empowering its citizens, it must collaborate with Haitian leaders and prioritize socioeconomic policy programs.

The goal of the ACC / CSE thesis project is to create a product that can help simplify and minimize complicated decisions when carrying out financial reporting transactions. Instead of relying on the expertise of external consultants, the product strives to provide users with an educational and practical experience that enables accountants to carry out financial reporting in accordance with IFRS and GAAP standards that are used around the world.