安全工程专业瓦斯地质方向课程体系建设优化

Optimization and Construction of Undergraduate Curriculums System of Safety Engineering Gas-geology

我国煤炭和煤层气资源丰富,但由于地质条件复杂,煤矿瓦斯灾害严重,煤层气资源开发受限。瓦斯地质研究是煤矿瓦斯治理和煤层气开发的前提和基础,进行瓦斯地质方向本科人才培养为煤矿减灾抗灾、煤层气规模性开发提供人才智力支撑。结合河南理工大学瓦斯地质人才培养、课程体系建设现状,基于瓦斯地质方向课程体系优化的思路和目标,对河南理工大学安全工程专业瓦斯地质方向课程体系进行了优化,构建了以通识教育课程模块、专业公共课程模块、方向专业课程模块、实践环节课程模块为框架的瓦斯地质方向合理的课程体系,增强了课程之间内在逻辑,减少了课程间的重复与脱漏。

There are abundant coal and coal bed methane(CBM) resources, but controlled by complex geological conditions,gas disasters of coal mines are serious and exploitation scale of CBM is limited. The research about gas-geology is the the premise and basis of gas controlling and exploitation of CBM, so undergraduate talent training of safety engineering gas-geology can provide talents guarantee and intellectual support for resisting and reducing disasters of coal mines and big scale exploitation of CBM in the future. According to the actuality about undergraduate talent training of gas-geology and curriculum system construction of safety engineering gas-geology in Henan Polytechnic University, put forward targets and goals of optimization about undergraduate curriculum system of gas-geology, optimized and constructed logical undergraduate curriculum system of gas-geology. This curriculum system includes the module of general education courses, the module of professional public courses, the specialized courses module and the practice courses module, it enhances internal logic between courses and reduces the repetition and omission of courses.