Course Overview:
This course introduces participants to the principles of designing precision machinery used in advanced industries, including medical, aerospace, and microelectronics sectors. The curriculum focuses on advanced techniques and concepts essential for designing small-scale, high-precision machines, emphasizing accuracy and durability in manufacturing. Hands-on applications and innovative design solutions are presented to support participants in mastering high-stakes precision design.
Course Objectives:
- Enable participants to understand and apply principles of precision machine design in high-tech industries.
- Familiarize attendees with advanced manufacturing techniques to achieve high accuracy.
- Develop skills in mechanical analysis and design using digital design tools and simulations.
- Enhance problem-solving capabilities to meet rigorous design standards in precision industries.
Course Content:
- Introduction to Precision Machine Design: Core concepts and the importance of accuracy in advanced industries.
- Materials and Core Components: Selecting materials and manufacturing methods for durability and precision.
- Digital Design Tools: Utilizing advanced software, including CAD and FEM, for design support.
- Small-Scale Machine Design: Techniques for designing complex small components and principles of micro-dynamics.
- Quality Standards and Manufacturing: Ensuring high quality and accuracy in production.
- Practical Applications: Case studies and hands-on projects on precision design in advanced sectors.
Target Audience:
This course is ideal for mechanical engineers, design engineers, precision industry engineers, and researchers in advanced fields. It is also suitable for professionals in automation, microengineering, and aerospace, as well as engineering students seeking to enhance their skills in precision machine design.
