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An Interdisciplinary Approach to the Pre-Engineering Curriculum

机译:工程预科课程的跨学科方法

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We describe the approach being used at Auburn University to design a two year, team taught, well coordinated sequence of that will integrate topics in calculus and calculus based courses in the typicalpre-engineering curriculum. The sequence will integrate topics normally covered in calculus, vector calculus, linear algebra, differential equations, introductory physics, and engineering courses such as statics, dynamics, thermodynamics, and circuits so that transitions from the geometry and analysis of mathematics to the principles of physics to the engineering applications will appear seamless. Common ideas in mathematics, physics, and engineering will be presented with mutually supporting viewpoints in a timely and mutually reinforcing way.
机译:我们描述了奥本大学用于设计为期两年,由团队讲授,协调良好的顺序的方法,该方法将主题整合到微积分和典型的预工程课程中的基于微积分的课程中。该序列将集成通常包含在微积分,矢量微积分,线性代数,微分方程,入门物理学和工程课程(如静态,动力学,热力学和电路)中的主题,以便从几何和数学分析过渡到物理原理到工程应用程序将显得无缝。在数学,物理学和工程学中的共同思想将以相互支持的观点及时,相辅相成地呈现出来。

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