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The market for searching for food online is exploding. According to one expert at Google, “there are over 1 billion restaurant searches on Google every month” (Kelso, 2020). To capture this market and ride the general digital trend of internet personalization (as evidenced by Google search results, ads, YouTube and

The market for searching for food online is exploding. According to one expert at Google, “there are over 1 billion restaurant searches on Google every month” (Kelso, 2020). To capture this market and ride the general digital trend of internet personalization (as evidenced by Google search results, ads, YouTube and social media algorithms, etc), we created Munch to be an algorithm meant to help people find food they’ll love. <br/>Munch offers the ability to search for food by the restaurant or even as specific as a menu item (ex: search for the best Pad Thai). The best part? It is customized to your preferences based on a quiz you take when you open the app and from that point continuously learns from your behavior. This thesis documents the journey of the team who founded Munch, what progress we made and the reasoning behind our decisions, where this idea fits in a competitive marketplace, how much it could be worth, branding, and our recommendations for a successful app in the future.

ContributorsRajan, Megha (Co-author) / Krug, Hayden (Co-author) / Inocencio, Phillippe (Co-author) / Byrne, Jared (Thesis director) / Sebold, Brent (Committee member) / School of Art (Contributor) / Department of Supply Chain Management (Contributor) / Department of Marketing (Contributor) / Barrett, The Honors College (Contributor)
Created2021-05
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Description

A large section of United States citizens live far away from supermarkets and do not have<br/>an easy way to get to one. This portion of the population lives in an area called a food desert.<br/>Food deserts are geographic areas in which access to affordable, healthy food, such as fresh<br/>produce, is

A large section of United States citizens live far away from supermarkets and do not have<br/>an easy way to get to one. This portion of the population lives in an area called a food desert.<br/>Food deserts are geographic areas in which access to affordable, healthy food, such as fresh<br/>produce, is limited or completely nonexistent due to the absence of convenient grocery stores.<br/>Individuals living in food deserts are left to rely on convenience store snacks and fast food for<br/>their meals because they do not have access to a grocery store with fresh produce in their area.<br/>Unhealthy foods also lead to health issues, as people living in food deserts are typically at a<br/>higher risk of diet-related conditions, such as obesity, diabetes, and cardiovascular disease.<br/>Harvest, a sustainable farming network, is a smartphone application that teaches and guides<br/>people living in small spaces through the process of growing fresh, nutritious produce in their<br/>own homes. The app will guide users through the entire process of gardening, from seed to<br/>harvest. Harvest would give individuals living in food deserts an opportunity to access fresh<br/>produce that they currently can’t access. An overwhelming response based on our user<br/>discussion and market analysis revealed that our platform was in demand. Development of a<br/>target market, brand guide, and full lifecycle were beneficial during the second semester as<br/>Harvest moved forward. Through the development of a website, social media platform, and<br/>smartphone application, Harvest grew traction for our platform. Our social media accounts saw a<br/>1700% growth rate, and this wider audience was able to provide helpful feedback.

ContributorsBalamut, Hannah (Co-author) / Raimondo, Felix (Co-author) / Tobey, Anna (Co-author) / Byrne, Jared (Thesis director) / Satpathy, Asish (Committee member) / Morrison School of Agribusiness (Contributor) / Department of Marketing (Contributor) / Barrett, The Honors College (Contributor)
Created2021-05
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Description
The M&G Drive is a proposed venture project lead by Barrett seniors, Elijah Smith and Jenna Fitzgerald. This project aims to educate Arizona State University (ASU) students on the issues of food insecurity around the Phoenix valley and facilitate their involvement in helping alleviate this pressing social matter. Scientific research

The M&G Drive is a proposed venture project lead by Barrett seniors, Elijah Smith and Jenna Fitzgerald. This project aims to educate Arizona State University (ASU) students on the issues of food insecurity around the Phoenix valley and facilitate their involvement in helping alleviate this pressing social matter. Scientific research has shown significant inverse relationships between food insecurity and the following: mental and physical health, social skills, and academic achievement. As the largest public university in the nation, Arizona State holds a self-ascribed responsibility for the health of its communities. In order to address this issue on behalf of Arizona State and from the standpoint of college students, this proposed venture will encourage the ASU student population to reallocate their unused M&G Dollars (ASU’s on-campus currency) to go toward this cause. Rather than being absorbed back by the university system, unused M&G Dollars can instead be used to purchase non-perishables that will then be donated to the local Phoenix community in order to help fight against food insecurity.
ContributorsFitzgerald, Jenna Mary (Co-author) / Smith, Elijah (Co-author) / Mokwa, Michael (Thesis director) / Eaton, John (Committee member) / Department of Psychology (Contributor) / Department of Marketing (Contributor) / Barrett, The Honors College (Contributor)
Created2019-05
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Description
Dressler Makes Things (DMT), as a thesis project, explores the viability of DMT as a monetized blog. DMT is a life improvement blog with a focus on cooking. Its blog niche sits between nostalgic, sensory food blogs and professional, actionable life improvement blogs. Because blogs that bridge this gap are

Dressler Makes Things (DMT), as a thesis project, explores the viability of DMT as a monetized blog. DMT is a life improvement blog with a focus on cooking. Its blog niche sits between nostalgic, sensory food blogs and professional, actionable life improvement blogs. Because blogs that bridge this gap are rare, DMT aims to fill this need by making cooking easy, affordable, and attainable for anyone, but particularly females in their early twenties. This thesis explores marketing topics like brand, blog niche, unique value proposition, current viewers, and user personas, as well as information about the current blogging environment and an analysis of relevant competitors. It also develops marketing objectives for DMT, as well as positioning, conversion, referral, content promotion, and partnership strategies to reach these goals. Finally, it discusses distribution, pricing, and promotional tactics, as well as an operational plan and financial projections.
ContributorsParsons, Dressler Eileen (Author) / Gray, Nancy (Thesis director) / Bitter, Gary (Committee member) / School of Art (Contributor) / Department of Marketing (Contributor) / W. P. Carey School of Business (Contributor) / Barrett, The Honors College (Contributor)
Created2016-05
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Description
Proper regulation of the Transforming Growth Factor-beta (TGF-b) pathway is important for maintaining homeostasis and development in various tissues across vertebrates and invertebrates. When TGF-b pathway signaling is disrupted it leads to tumor growth, birth defects, and other diseases. The identification and study of the various regulatory methods utilized within

Proper regulation of the Transforming Growth Factor-beta (TGF-b) pathway is important for maintaining homeostasis and development in various tissues across vertebrates and invertebrates. When TGF-b pathway signaling is disrupted it leads to tumor growth, birth defects, and other diseases. The identification and study of the various regulatory methods utilized within TGF-b pathway signaling is important to aid the understanding of disease prognosis and prevention. In the TGF-b pathway in Drosophila, dCORL functions in the dActivin subpathway and acts as a regulator of dSmad2 in the larval brain. dCORL is encoded by a gene on the fourth chromosome, in Drosophila. To learn more about dCORL’s role in the pathway, two fourth chromosomes were created that allow clonal analysis to be conducted. Clonal analysis is needed to determine dCORL’s role in TGF-b regulation in the adult brain. In my first project, both chromosomes were successfully created. Though, the importance of understanding regulatory mechanisms goes past one protein. In my second project, multiple conserved prodomain cysteines were identified in human amino acid alignments of 33 TGF-b family proteins across the three TGF-b subfamilies. Database mining identified conserved prodomain cysteine mutations in 10 proteins and their mutant phenotypes. Common phenotypes for conserved cysteine mutations suggest new heterodimer pairs. The most frequent mutant phenotypes associated with new heterodimers were tumors. Conserved prodomain cysteine mutations were connected to cysteine mutations in known regulatory partner proteins by mutant phenotype, yielding numerous new regulatory interactions. The most frequent mutant phenotypes connecting new regulatory interactions between TGF-b proteins and regulatory partners proteins were tumors. Together, my projects expand knowledge of regulatory mechanisms within the TGF-b pathway in Drosophila and humans, while providing hypotheses for further investigation.
ContributorsDaly, Samantha M. (Author) / Newfeld, Stuart J. (Thesis advisor) / Capco, David G. (Committee member) / Ugarova, Tatiana P. (Committee member) / Arizona State University (Publisher)
Created2022
Description

We founded an operational startup company and developed a consumable product to sell to ASU students. Our primary objective is the provision of affordable nutritious energy bars to overworked and overwhelmed college students. We aim to support hungry students in efforts to fuel their bodies efficiently and nutritiously; in order

We founded an operational startup company and developed a consumable product to sell to ASU students. Our primary objective is the provision of affordable nutritious energy bars to overworked and overwhelmed college students. We aim to support hungry students in efforts to fuel their bodies efficiently and nutritiously; in order to do so, we donate 20% of our profits to charity to support students in debt. Our business won the Business Catalyst Choice Award for having "the most promising business concept".

ContributorsValandra, Grace (Author) / Partin, Calvin (Co-author) / Raghavan, Vishnu (Thesis director) / Saxena, Rishi (Committee member) / Barrett, The Honors College (Contributor) / Department of Marketing (Contributor)
Created2023-05
Description
We are a group of three business students starting a hummus company rooted in health and transparency. Our business plan is to create homemade-style hummus with the most pure and nutritious ingredients to provide a viable snack option to a lacking market. Our distribution will be centered around farmers markets

We are a group of three business students starting a hummus company rooted in health and transparency. Our business plan is to create homemade-style hummus with the most pure and nutritious ingredients to provide a viable snack option to a lacking market. Our distribution will be centered around farmers markets in our early stages, taking advantage of face-to-face interactions with customers to build our brand and reputation before expanding into grocery stores.
ContributorsThompson, Nicholas (Author) / Chapman, John (Co-author) / Wright, Samuel (Co-author) / Byrne, Jared (Thesis director) / Giles, Charles (Committee member) / Barrett, The Honors College (Contributor) / Department of Information Systems (Contributor) / Department of Marketing (Contributor) / Dean, W.P. Carey School of Business (Contributor)
Created2024-05
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Description
Engineered nanoparticles (NP; 10-9 m) have found use in a variety of consumer goods and medical devices because of the unique changes in material properties that occur when synthesized on the nanoscale. Although many definitions for nanoparticle exist, from the perspective of size, nanoparticle is defined as particles with diameters

Engineered nanoparticles (NP; 10-9 m) have found use in a variety of consumer goods and medical devices because of the unique changes in material properties that occur when synthesized on the nanoscale. Although many definitions for nanoparticle exist, from the perspective of size, nanoparticle is defined as particles with diameters less than 100 nm in any external dimension. Examples of their use include titanium dioxide added as a pigment in products intended to be ingested by humans, silicon dioxide NPs are used in foods as an anticaking agent, and gold or iron oxide NPs can be used as vectors for drug delivery or contrast agents for specialized medical imaging. Although the intended use of these NPs is often to improve human health, it has come to the attention of investigators that NPs can have unintended or even detrimental effects on the organism. This work describes one such unintended effect of NP exposure from the perspective of exposure via the oral route. First, this Dissertation will explain an event referred to as brush border disruption that occurred after nanoparticles interacted with an in vitro model of the human intestinal epithelium. Second, this Dissertation will identify and characterize several consumer goods that were shown to contain titanium dioxide that are intended to be ingested. Third, this Dissertation shows that sedimentation due to gravity does not artifactually result in disruption of brush borders as a consequence of exposure to food grade titanium dioxide in vitro. Finally, this Dissertation will demonstrate that iron oxide nanoparticles elicited similar effects after exposure to an in vitro brush border expressing model of the human placenta. Together, these data suggest that brush border disruption is not an artifact of the material/cell culture model, but instead represents a bona fide biological response as a result of exposure to nanomaterial.
ContributorsFaust, James J (Author) / Capco, David G. (Thesis advisor) / Ugarova, Tatiana (Committee member) / Chandler, Douglas (Committee member) / Baluch, Page (Committee member) / Herman, Richard (Committee member) / Arizona State University (Publisher)
Created2014