These three images show the design, key components and cost breakdown of CNC machine tools. This project demonstrated my team's ability to combine engineering principles, cost analysis, and practical design to create solutions. These skills can help me go further and further in the vehicle design industry of the future, where designing and optimizing machinery is essential for innovation and productivity. The experience gained from this project has prepared me for the challenges of developing vehicles in my future career.

In order to select and improve the design, my team and I used the Decision matrix table, Requirement matrix table and Pairwise comparison to make choices.

• Main features:

- Designed a CNC machine that combines the functions of a milling machine and a milling machine to enhance versatility.

- Combine practical mechanical engineering concepts with CAD software to achieve accurate and stable performance.

- Optimize machine structures through repetitive design simulations to address stability and accuracy challenges.

• Developed skills:

- Skilled use of CAD software for complex mechanical design.

- Solve stability and accuracy problems through repeated simulation and adjustment, and enhance problem solving ability.

- Improve teamwork by working with team members to overcome technical challenges.

• Results:

- Successfully created a CNC machine tool model that met the requirements, deepened my understanding of mechanical design, and provided valuable experience for future engineering innovation.

- Enhanced ability to work in an engineering team and better team work in your future career.