科研致用、仿真助推、自主创新的电磁场实验

Experiment of Electromagnetic Field for Enhancing the Ability of Independent Innovation by Research Projects and Simulation Software

以培养高素质创新型人才为目标,针对电磁场实验中存在的主要问题,提出了电磁场实验教学的改革方法。将前沿的科研项目成果引入电磁场实验教学,学以致用的教学导向激发学生的学习热情;将大型仿真软件Ansoft、PSPICE和Lab View等引入电磁场实验教学,丰富实验手段;开展多形式的实践活动,提升学生自主创新能力。实践表明,通过电磁场实验改革,学生在动手能力、解决实际工程问题能力及自主创新能力等方面都得以提升。

To tkalfill the objective of cultivating high quality innovative talents, teaching ret},nn is can＇ied out to solve the main problems in electromagnetic field experiments. The ii＇ontier scientific research projects are introduced into the experimental teaching to sit up students＇ study enthusiasm. Large scale simulation s@ware Ansoi）, Pspice and LabView are introduced into the electromagnet- ic field experiment teaching to enrich experimental means. Various i},nns of practical activities have been can＇ied out to enhance students＇ ability of independent innovation. Practice shows that through the experiment ret},nn of electromagnetic field, students can improve their practical ability, solve practical engineering problems and independent innovation ability.