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This dissertation argues conservatives' efforts were more complex than simply wanting to break down the syndrome. The war and its loss threatened their understandings of the exceptional nature of the United States. This notion of exceptionalism stemmed from the immense success of the country territorially, economically, and in the international system, accomplishments realized with the assistance of the American military. The performance of the military establishment and its soldiers in the Vietnam War and the negative international and domestic opinions of the country in the wake of this loss threatened those elements of American success that conservatives viewed as imperative to maintaining the idea of exceptionalism and the power of the United States. As a result, a disparate group of conservative Republicans in the post-Vietnam era attempted to alter American understandings of the nation's martial tradition and the concept of martial masculinity, both ravaged by the war. This dissertation adds another layer to the historiography of the effects of the Vietnam War by arguing that conservatives not only shored up Americans' belief in the martial tradition and reshaped the definition of martial masculinity, but that they also significantly influenced Americans' newfound positive opinions of Vietnam veterans.
Over 700 Navy Chaplains served with Marine Corps units in Vietnam between 1962 and 1972. With an average age of 37, these chaplains were often twice the age of the young men with whom they served. More than half were veterans of World War II and/or the Korean Conflict. All were volunteers. The pathways these clergymen took to Vietnam varied dramatically not only with the Marines they served, but with one another. Once in Vietnam their experiences depended largely upon when, where, and with whom they served. When the last among them returned home in 1972 the Corps they represented and the American religious landscape of which they were a part had changed.
This study examines the experiences of Navy chaplains in three phases of the American conflict in Vietnam: the assisting and defending phase, 1962-1965; the intense combat phase, 1966-1968; and the post-Tet drawdown phase, 1969-1972. Through glimpses of the experiences of multiple chaplains and in-depth biographical sketches of six in particular the study elucidates their experiences, their understandings of chaplaincy, and the impact of their service in Vietnam on the rest of their lives.
This work argues that the motto the Chaplains School adopted in 1943, “Cooperation without Compromise,” proved relevant for clergy in a time when Protestant-Catholic-Jew were the defining categories of American religious experience. By the early 1970s, however, many Navy chaplains could no longer cooperate with one another without compromising their theological perspective. This reality reflected America’s shifting religious landscape and changes within the Chaplains Corps. Thus, many chaplains who served in Vietnam may well have viewed that time as bringing to a close a golden age of service within the Navy’s Chaplains Corps.
This thesis addresses fast fashion in the case of Vietnam, a newly emerging economy that is becoming increasingly relevant in garment production, and the recommended policy solutions to further the triple bottom line in the fashion industry.
The EPICS program, an acronym for Engineering Projects in Community Service, provides students an opportunity to create engineering solutions to “real world” problems. This honors thesis project is a collaboration with the EPICS program, the Vietnam Smart Agriculture EPICS team, and the Da Nang University of Technology (DUT) in Da Nang, Vietnam. The goal of the Vietnam Smart Agriculture EPICS team is to design an accessible system to reduce water consumption for Vietnamese small farmers through the use of smart agriculture technology. In January of 2023, my EPICS team and I were able to travel and interview five farmers in the Tra Que Farm to complete a needs assessment. The focus of this thesis project is to provide background research and to complete a feasibility study to aid the Vietnam Smart Agriculture EPICS team in developing a smart agriculture device to aid small farmers with overwatering. The thesis includes a literature review investigating solutions for evaluating the water needs of crops, delves into insights gathered from interviews with Vietnamese small farmers, and data collected from their farms.
As a result of the increase of pollution related to industrialization in Vietnam, acid rain has become a prevalent issue for Vietnamese farmers who are forced to rinse their crops – risking damage due to overwatering and poor harvest. Thus, the team was motivated to develop a solution to harmful impacts of acidic rainwater by creating a system with the ability to capture rainwater and determine its level of acidity in order to optimize the crop watering process, and promote productive crops. By conducting preliminary research on rainfall and tropical climate in Vietnam, existing products on the market, and pH sensors for monitoring and device material, the team was able to design a number of devices to collect, store, and measure the pH of rainwater. After developing a number of initial design requirements based on the needs of the farmers, a final prototype was developed using the best aspects of each initial design. Tests were conducted with varying structural and aqueous materials to represent a broad range of environmental conditions. While the scope of the project was ultimately limited to prototyping purposes, the principles explored throughout this thesis project can successfully be applied to a fully-functioning production model available for commercial use on Vietnamese farms. Given more time for development, improvements would be made in the extent of materials tested, and the configuration of electronics and data acquisition, in order to further optimize the process of determining rainwater acidity.
As a result of the increase of pollution related to industrialization in Vietnam, acid rain has become a prevalent issue for Vietnamese farmers who are forced to rinse their crops – risking damage due to overwatering and poor harvest. Thus, the team was motivated to develop a solution to harmful impacts of acidic rainwater by creating a system with the ability to capture rainwater and determine its level of acidity in order to optimize the crop watering process, and promote productive crops. By conducting preliminary research on rainfall and tropical climate in Vietnam, existing products on the market, and pH sensors for monitoring and device material, the team was able to design a number of devices to collect, store, and measure the pH of rainwater. After developing a number of initial design requirements based on the needs of the farmers, a final prototype was developed using the best aspects of each initial design. Tests were conducted with varying structural and aqueous materials to represent a broad range of environmental conditions. While the scope of the project was ultimately limited to prototyping purposes, the principles explored throughout this thesis project can successfully be applied to a fully-functioning production model available for commercial use on Vietnamese farms. Given more time for development, improvements would be made in the extent of materials tested, and the configuration of electronics and data acquisition, in order to further optimize the process of determining rainwater acidity.