Bachelor in Department of Resource Engineering

Resource engineering focuses on the exploration, extraction, and sustainable management of natural resources such as minerals, energy sources, and geological materials, combining principles from geology, mining engineering, and environmental science. Undergraduate study in this field typically begins with mathematics, physics, chemistry, and earth sciences before progressing into core topics such as geological surveying, resource extraction methods, mineral processing, and environmental considerations related to resource development. Students usually gain hands-on experience through laboratory work, field studies, and design projects that connect theoretical knowledge to practical resource engineering problems, including how to assess resource deposits and plan extraction operations responsibly. As the program advances, coursework may branch into specialized areas such as mining engineering, petroleum resources, or environmental and geotechnical engineering, reflecting the range of industries that rely on resource engineering expertise. A bachelor's degree in resource engineering provides the technical foundation needed for entry-level engineering roles or further graduate study, equipping graduates to work at the intersection of resource development and environmental responsibility. Career paths connected to this field include work in mining and mineral processing industries, energy and petroleum sectors, geotechnical and environmental consulting, and government agencies responsible for resource management and regulation. The technical and environmental awareness developed through this training is increasingly valued as industries face growing pressure to manage natural resources sustainably. This Department of Resource Engineering program is offered at National Cheng Kung University, located in Southern Taiwan, with instruction delivered in English, allowing international undergraduate students to build a foundation in resource engineering within a Taiwanese university setting.