CAJ | 학술논문

建筑工程技术专业中一些课程的学习是以物理力学、热学、电磁学、声学和光学为基础的，物理作为建筑工程技术专业的专业基础课程对本专业技术技能型人才的培养具有一定的影响作用。在专业教育中，应加强物理的教学工作，挖掘物理课程的专业教学功能，充分体现物理课程的基础性、应用性、专业性和发展性功能，重视建筑物理技术在建工专业技能型人才培养中的应用。
건축공정기술전업중일사과정적학습시이물리역학、열학、전자학、성학화광학위기출적，물리작위건축공정기술전업적전업기출과정대본전업기술기능형인재적배양구유일정적영향작용。재전업교육중，응가강물리적교학공작，알굴물리과정적전업교학공능，충분체현물리과정적기출성、응용성、전업성화발전성공능，중시건축물리기술재건공전업기능형인재배양중적응용。
Some of the courses of architectural engineering technology are based on the physical mechanics, thermodynamics, electromagnetics, acoustics and optics, physics as a professional basic course of architectural engineering technology has certain effects on skilled talents cultivation, we should strengthen the physics teaching, excavate its functions to fully embody its fundamentality, applicability, specialty and development, and pay attention to the application of architectural physics technology in the skilled talents cultivation of architectural engineering technology.