GMIT eLibrary
Repository of German-Mongolian Institute for Resources and Technology (GMIT):
- Master Thesis
- Bachelor Thesis
- eBooks
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Recent Submissions
INVESTIGATION OF INERT ANODES FOR NEODYMIUM ELECTROWINNING: CORROSION OF NICKEL FERRITE-BASED ANODES BY NdF3-LiF MELT
(GMIT, 2025-06-04) Zolzaya Purevjav; Supervisor 1. Ph.D. Bayanmunkh M.; Supervisor 2. Ph.D. Alexandros Charitos
High-Altitude Drone Design: A Simulation-Based Approach for Extreme Atmospheric Conditions
(GMIT, 2025-06-04) Belgutei Odgerel; Supervisor 1. Ph.D. Odbileg N.; Supervisor 2. Ph.D. Youngsuk Kim
Through the use of CFD (Computational Fluid Dynamics) simulation models, the study
aims to conduct relative research between different drone designs and propulsion
Methods to find the ideal design for high-altitude near-space applications.
The research concluded that although each design had both advantages and
disadvantages, the most ideal configuration for general application in extreme altitudes
was the hexacopter, due to its powerful yet compact configuration.
The study also looked at different forms of thrust generation, assessing the efficiency,
power, and range to determine the feasibility of their application in orbital regions.
Overall, two of the three methods were operational in LEO (Low Earth Orbit) and
above, confirming the feasibility of orbital drones.
ADOPTION OF THE TOWARD SUSTAINABLE MINING (TSM) STANDARD IN MONGOLIA: RECOMMENDATION BASED ON THE EXPERIENCE OF THE ‘ENERGY RESOURCES’ LLC
(GMIT, 2025-06-04) Oyungerel Ganbaatar; Supervisor 1. Prof.Dr. Enkhzaya Ch.; Supervisor 2. Mrs. Batbayasakh A.
Energy Resource’ LLC is used as a case study in this thesis to examine the adoption
of the Towards Sustainable Mining (TSM) standard in Mongolia and evaluate the
opportunities and difficulties of applying global sustainability frameworks to the mining
industry in Mongolia. This study investigates awareness levels, operational gaps, and
institutional readiness for sustainable mining practices through semi-structured
interviews and structured surveys with ‘Energy Resource’ LLC employees at the Ukhaa
Khudag Mine.
Survey results reveal that while 70% of regular employees were unfamiliar with the
TSM standard by name, most actively supported sustainability principles in their daily
work. Significant difficulties with training, documentation, communication, and resource
allocation were found through thematic analysis of interviews. The main challenges
were poor comprehension of the TSM criteria, a lack of organized training, inconsistent
language, and restricted access to historical data.
The study employs a weighted challenge evaluation system and proposes practical
recommendations such as mandatory TSM training, centralized document
management systems, standardized terminology, and dedicated TSM implementation
teams. The findings underscore that companies with existing ISO certifications were
better prepared for TSM adoption, highlighting the value of integrated management
systems.
Ultimately, this thesis provides policymakers and mining companies in Mongolia with
practical advice on conforming to global sustainability standards. It concludes that
Mongolia can establish its status as a regional leader in responsible mining by
strategically investing in internal capacity and stakeholder engagement.
Autonomous inspection and data Gathering Robot
(GMIT, 2025-06-04) Soronzonbold Munkhzul
In the modern era, the robotics field is advancing rapidly, with many human labor tasks
increasingly being handled by autonomous machines. For robots—especially those operating in
dynamic or unknown environments—to function effectively, they must be capable of detecting
and analyzing their surroundings.
This project focuses on the design and development of an autonomous inspection robot capable
of environmental recognition and mapping with minimal human intervention. Using a combination
of electronics and software knowledge gained both academically and independently, the robot
integrates sensors, actuators, and ROS2 to perform 2D SLAM (Simultaneous Localization and
Mapping). It operates within indoor environments, building maps, and navigates autonomously.
Although this project is currently limited to indoor use, it lays the foundation for future development
toward more complex environments, such as underground inspection. This thesis demonstrates
the practical application of mechatronics skills and contributes to the growing field of intelligent
autonomous systems
Internal Combustion Engine Handbook
(SAE international, 2004) Richard van Basshuysen; Fred Schafer
Thorough in its presentation, this essential resource illustrates the latest level of knowledge in engine development, paying particular attention to the presentation of theory and practice in a balanced ratio. Almost 950 pages in length - with 1,250 illustrations and nearly 700 bibliographical references - the Internal Combustion Engine Handbook covers all of this component's complexities, including an insightful look into the internal combustion engine's future viability. An ideal publication for specialists in the automotive, engine, mineral oil, and accessories industries, this book will also prove to be useful for students, patent lawyers, the motor vehicle trade, government offices, journalists, and interested members of the public.