Undergraduate Courses

This course covers advanced mathematical tools and shows how to apply them to practical mechanical engineering problems. 

#1_Engineering mathematics.pdf | #2_Engineering mathematics.pdf | #3_Engineering mathematics.pdf | #4_Engineering mathematics.pdf | #5_Engineering mathematics.pdf | #6_Engineering mathematics.pdf | #7_Engineering mathematics.pdf | #8_Engineering mathematics.pdf | #9_Engineering mathematics.pdf | #10_Engineering mathematics.pdf |

#Appendix. Simulation Data

We explore forces, moments, and equilibrium and use these concepts to analyze rigid bodies and basic structures. 

#1_Satics.pdf | #2_Statics.pdf | #3_Statics.pdf | #4_Statics.pdf | #5_Statics.pdf | #6_Statics.pdf | #7_Statics.pdf | #8_Statics.pdf |

The course develops computational problem-solving skills through fundamental C programming and hands-on engineering examples. 

#1_Computational thinking.pdf | #2_Computational thinking.pdf | #3_Computational thinking.pdf | #4_Computational thinking.pdf | #5_Computational thinking.pdf |  #6_Computational thinking.pdf | #7_Computational thinking.pdf | #8_Computational thinking.pdf | #9_Computational thinking.pdf | #10_Computational thinking.pdf | #11_Computational thinking.pdf | #12_Computational thinking.pdf |