About This Course

Computer Numerical Control (CNC) Machining partakes in the automated controlling of machining tools and 3D printers by means of a computer. This encompasses a variety of manufacturing processes which involve lathes, mills, routers, and grinders. These tools are fundamentally used in shaping metal and plastic materials.

This course explores comprehensive knowledge about CNC machinings such as developing, interpreting plans, and quality control. Moreover, it involves practical learning experiences through project-based work in CNC operations, directly contributing to manufacturing chess pieces as part of the "Jaque Mate" company project.

What students will learn:

• Identification of appropriate machine tools for specific manufacturing routes.
• Selection of cutting tools aligned with ISO standards.
• Development and implementation of basic CNC codes.
• Essential pre-production adaptations and adjustments.

Course prerequisites:

• Working knowledge of Mathematics and technical drawings.
• Experience in blueprint reading and manipulation of measuring instruments.

Topics covered:

• Machining fundamentals and the role of CNC technology.
• Plan interpretation and machine setup.
• Cutting tool selection and CNC operation.
• Quality control in CNC machining.

Who this course is for:

This course is designed for beginners and those at an introductory level in the field of engineering, particularly those interested in machine tool operation, CNC machining, and digital manufacturing processes.

Applications of course knowledge:

Skills acquired from this CNC Machining course are applicable in various real-world settings, notably in manufacturing industries dealing with metal and plastics. These skills can be directly applied in facilitating and innovating production processes, ensuring quality control, and optimizing machine operations.

Course Syllabus

Week 1: About the Course

• Introduction to the course team and general FAQs.
• Understanding project plans and the necessity of CNC machines.

Week 2: Analyzing CNC Processes

• Fundamentals of CNC machine elements and coordinate systems.
• Deep dive into cutting tool selection and applications.

Week 3: CNC Code Generation

• Basics of CNC programming and tool movements.
• Implementing machine code: verification, preparation, and operation.

Week 4: Quality Control and Output Measurement

• Ensuring and measuring the quality of machined components.

Final Exam