Computer science and mechanical engineering have many parallels that can be seen in their respective fields. In terms of their applications, computer science focuses on the development of software and algorithms in order to solve problems, while mechanical engineering focuses on the design and manufacture of machines and parts for the same purposes. Both disciplines also draw knowledge from mathematics and physics, making them applicable to similar types of problems. For example, computer scientists rely on calculus and linear algebra to develop algorithms and writing code, while mechanical engineers use the same branches of mathematics to analyze the forces acting on an object and to solve problems related to the mechanical components of a machine. Both fields also require an understanding of engineering principles and the application of material science. Computer scientists must be able to think of solutions in a systematic and logical way, while mechanical engineers must consider the physical properties of the materials used in their designs. In addition, both disciplines involve the analysis of data in order to develop solutions. Computer scientists use data science to process and interpret large data sets, while mechanical engineers use finite element analysis to study the behavior of objects under various conditions. Overall, computer science and mechanical engineering have many similarities in terms of their applications, the mathematics and physics behind them, and their use of data to develop solutions. By understanding the connections between these two disciplines, it is possible to apply computer science and mechanical engineering together for a more effective solution.