yes
Rule of thumb - first word describes the second Geological Engineering - A specialization within the field of engineering. This course of study incorporates many aspects of civil and mining engineering, with some geology and hydrology topics mixed in. Engineering Geology - Geology based, specifically as related to engineering applications. This includes hydrology, geophysics, rock mechanics, and geotechnics. This would likely involve much more geology than engineering however. Both Geological Engineering as well as Engineering Geology can be studied at the undergraduate level (B.S. / BSc) in addition to (in various forms at the) graduate level (M.S. / MSc). One observation I have noted through personal experience and research is that a person with a Geo. Eng. degree is far more likely to be viewed as an "engineer" as compared to a "geologist" with the alternative option.
no that's engineering
Engineering geology and earth/rock mechanics are closely related fields of study. Engineering geology focuses on understanding the geological materials and processes in order to assess their suitability for engineering projects. Earth/rock mechanics, on the other hand, deals with the mechanical behavior of geological materials under stress and how they respond to engineering applications. Together, these disciplines contribute to the assessment, design, and construction of safe and sustainable infrastructure projects.
Both quarrying and solar evaporation are included in the category of surface mining. Surface mining methods involve removing minerals or other materials from the Earth's surface, as opposed to underground mining where resources are extracted from beneath the ground.
Mining of oil shale requires the extraction of the rock containing kerogen, which is then subjected to heating or chemical processes to release oil. This process typically involves techniques such as surface mining or underground mining, depending on the depth and geology of the deposit. Additionally, it requires significant water and energy resources, as well as environmental management to mitigate impacts from mining operations.
Software used in Mining Engineering and Geology
What are the relationships between mining and geology
Jos Lurie has written: 'South African geology for mining, metallurgical, hydrological and civil engineering' -- subject(s): Geology, Mines and mineral resources
Rule of thumb - first word describes the second Geological Engineering - A specialization within the field of engineering. This course of study incorporates many aspects of civil and mining engineering, with some geology and hydrology topics mixed in. Engineering Geology - Geology based, specifically as related to engineering applications. This includes hydrology, geophysics, rock mechanics, and geotechnics. This would likely involve much more geology than engineering however. Both Geological Engineering as well as Engineering Geology can be studied at the undergraduate level (B.S. / BSc) in addition to (in various forms at the) graduate level (M.S. / MSc). One observation I have noted through personal experience and research is that a person with a Geo. Eng. degree is far more likely to be viewed as an "engineer" as compared to a "geologist" with the alternative option.
Martin Lloyd Smith has written: 'Geologic and mine modelling using Techbase and Lynx' -- subject(s): Data processing, Mining geology, Engineering geology
I chose mining engineering because of my fascination with the extraction and processing of natural resources, which play a critical role in modern society. The field combines my interests in geology, technology, and sustainability, allowing me to contribute to responsible resource management. Additionally, mining engineering offers diverse career opportunities and the chance to work on innovative solutions that address environmental challenges in the industry.
Mining engineering plays a crucial role in civil engineering by providing the necessary expertise in resource extraction and management, which is essential for the construction industry. The materials sourced through mining, such as aggregates, metals, and minerals, are foundational for infrastructure development, including roads, bridges, and buildings. Additionally, mining engineers contribute to the sustainable and safe practices of extracting these resources, which is vital for minimizing environmental impacts and ensuring the longevity of civil engineering projects. Their knowledge of geology and materials science enhances the overall effectiveness and safety of civil engineering designs.
Perry H. Rahn has written: 'Engineering geology' -- subject(s): Engineering geology, Environmental geology
Technically none. Herbert Hoover was a mining engineer but he did not have a degree in engineering, it was in geology. Jimmy Carter has a BS degree in science and went on to take engineering classes and reactor technology/nuclear physics and worked as an engineer on submarines.
The web address of the Idaho Museum Of Mining And Geology is: http://www.idahomuseum.org
Leo Mark Anthony has written: 'Introductory geography and geology of Alaska' -- subject(s): Mines and mineral resources, Geology, Geography 'The Alaskan prospector's short course in introductory prospecting and mining' -- subject(s): Handbooks, manuals, Prospecting, Mining engineering, Handbooks, manuals, etc
Herbert Hoover got a degree in engineering at Stanford- he was a mining engineer of note and worked all over the world in that capacity.