Bachelor Thesis
Permanent URI for this collectionhttps://gmitlibrary.net/handle/123456789/8
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Item Design of the Electric Load Carrying Platform(GMIT, 2023) Tuguldur Sumiya; Odbileg Norovrenchin; Sungchil LeeThe electric load carrying platform is an essential tool for material handling applications, designed to reduce the physical strain and risk of injury associated with moving heavy loads. This thesis focuses on the design principles and techniques for electric load carrying platforms, with the goal of improving their functionality, usability, and safety. Through an literature review and case studies, this thesis explores various design aspects of load carrying platforms, such as material selection, structural design, and wheel configuration. Furthermore, the thesis investigates the use of advanced technologies in electric load carrying platform design, such as automation, sensing systems, and IoT integration. The thesis evaluates the benefits and limitations of these technologies, highlighting their potential to enhance the performance, reliability, and safety of load carrying platforms. By providing a comprehensive analysis of the design considerations and strategies for electric load carrying platforms, this thesis aims to contribute to the ongoing efforts to improve material handling practices and reduce the risk of work-related injuries. The thesis concludes by identifying areas for future research and development in electric load carrying platform design, with the goal of advancing the field and creating safer, more efficient material handling solutions.Item Assessment of wind energy resources of Mongolia(GMIT, 2023) Naranzul Bayasgalan; Gantuya Ganbat; Odontungalag DorjsurenThis study assessed the wind energy potential in Mongolia by analyzing wind speed data collected from 69 stations across the country. The data was categorized by region and analyzed using the Weibull distribution to determine the monthly mean wind speed and wind power density.Item The Digitalization of Project Management in Road Construction of Mongolia(GMIT, 2023) Naranmandakh Batdorj; Enkhzaya Chuluunbaatar; Sungchil Lee; Jerome Lange; T.ByambaDigital transformation has become a critical concept in the construction industry, offering new possibilities for optimizing project management, improving efficiency, and reducing costs. However, Mongolia's road construction sector has a range of challenges, including limited resources, a fragmented supply chain, and a need for more modern infrastructure. This thesis explores the importance of digital transformation and the LEAN construction method in the Mongolian road construction industry. Furthermore, it examines the opportunities and challenges of implementing digital technology and a LEAN management approach. Using a survey and data analysis research design, we surveyed specialized road construction engineers and member companies of the Mongolian Road Association to gather data on the current state of digital methods and project management approaches in the industry. We also conducted a mock study of LEAN Construction software and management approaches to assess its potential for improving project management in the road construction sector.Item OHS factor analysis and probability to control selected types of incidents: Case study MAK LLC(GMIT, 2023) Narangarav Batsaikhan; Otgonbayar; Mathias Bauer; SumiyadorjThis case study investigates the connection between occupational health and safety (OHS) and the costs incurred by an organization, with a particular emphasis placed on direct labor, and it suggests strategies for cutting both direct and indirect costs. The research is carried out at Mongolyn Alt (MAK) LLC, which currently has Occupational Health and Safety Management System (OHSMS) being broadly adopted throughout the organization as a whole. The purpose of this project is to highlight the significance of OHS in lowering the costs that are associated with worker injuries and, illnesses and minimizing the impact on the production process. As part of the research, we will be looking at international OHS standards and developing standardized documentation that is specific to the Mongolian setting. The research recommends one change as a way to illustrate how the influence of a single variable can have a lasting effect on production costs and volume. At MAK LLC, the long-term objective is to eliminate expenditures that are linked with workplace injuries and to foster an atmosphere that is both sustainable and productive in the workplace.Item Identification of Potential Location of Pond Sites for Irrigating Agriculture and Forestry Land Based on Watershed Analysis Using GIS(GMIT, 2023) Margad-Erdene Tumenbayar; Enkhjargal Sodnomdarjaa; Gantuya GanbatThe identification of potential locations for pond sites plays a crucial role in sustainable water resource management for irrigated agriculture and forestry land. This study focuses on utilizing watershed analysis techniques in combination with Geographic Information Systems (GIS) to identify suitable locations for constructing ponds. The objectives of the study are to assess water availability, identify suitable sites, and recommend areas for afforestation that uses near water sources. In this study, Watershed and Stream Network Analysis were done in the Kherlen Soum area in Khentii Province. Also using the ArcGIS program some additional analyses such as hillshade, slope, and basin delineation. Using the stream network analysis with the cadastral map of Kherlen soum and setting 3 criteria we determined the potential pond locations.Item Towards a circular economy: a case study of an educational entity on economic approach to waste management(GMIT, 2023) Uurtsaikh Altansukh; Gantuya Ganbat; Dorjsundui Gombokhurts; Sanchirgarav BatzorigThis thesis explores the relationship between the circular economy and consumer behavior through an in-depth analysis of consumer attitudes, motivations, and decisionmaking processes. The circular economy presents a paradigm shift in waste management and resource utilization, aiming to create a regenerative and sustainable system. Understanding consumer behavior within this context is crucial for effectively implementing circular economy principles.Item Correlations between sown dates and growth parameters of some common types of cultivars in Eastern Mongolia(GMIT, 2023) Tuguldur Bayargerel; Altanbadralt Sharkhuu; Enkhjargal SodnomdarjaaIn agricultural practice, finding a suitable time to plant the seeds is crucial as it can affect any cultivars' yield, germination, and growth. Since Mongolia has a continental climate with extreme temperature differences, it is important to study when the seeds should be planted.Item Glass factory in Mongolia: A conceptual Idea(GMIT, 2023) Todgerel Narmandakh; Enkhzaya Chuluunbaatar; Dorjsundui GombokhurtsThe thesis is aimed to conduct a conceptual study of the technical, environmental, and economic aspects of a glass factory in Mongolia. Given the current state of the glass industry in Mongolia, which is fully dependent on imports, the need for a local glass factory is crucial, particularly with the emerging demand for the container glass industry.Item IMPROVEMENT OF AUTOMATED COAL BRIQUETTE-FUEL FIRED STOVE(GMIT, 2023) Anudari Tsogbadrakh; Odbileg Norovrenchin; Sungchil LeeThis thesis presents a study on the automation of a fuel-fired coal-briquette stove, aimed at improving the stove's performance and finding alternative solutions to its existing design. The need for improvement arises from the stove's failure to work properly, specifically in terms of its efficiency, safety, and environmental impact.Item Street cleaning robot algorithm(GMIT, 2023) Munkhtur Ganbat; Odbileg Norovrinchen; Myagmarjav BoldThis thesis presents a street cleaning robot algorithm that efficiently plans the shortest path between points while considering dynamic obstacles. The proposed algorithm is designed to update the planned path in real-time based on the latest sensor data. The simulation and prototype demonstrate the effectiveness of the algorithm in navigating through a complex environment while avoiding obstacles. The results show that the proposed algorithm can work in outdoor environments in Mongolian different climates. The simulation and prototype results confirm the effectiveness of the algorithm. Furthermore, since these types of devices have not been used in Mongolia before, this research presents a new possibility for their application in the region.