EST 2040 - Lathe & Milling Operations

Clock Hours: 54

Delivery Mode
on-ground

Course Description:
Lathe & Milling Operations provides students with foundational and advanced instruction in both manual and CNC lathe and milling operations. Emphasis is placed on lathe and mill safety, machine maintenance, tooling, machine limitations, and basic machine setups. The course instruction is comprised of lectures, reading assignments, demonstrations, testing, and practical application exercises befitting an industrial environment as experienced in a multi-craft engineering systems workplace. Students will gain skills in operating manual lathes, milling machines, and knowledge of the best practices in the use of these machines. Instructional content will build on the previous course introduction of tool selection, feeds and speeds used on projects, process planning, and routing for multiple machining operations.

Student Learning Outcomes:

Demonstrate proper shop safety by adhering to safety protocols in lathe and milling operations.

Perform routine maintenance on lathe and milling machines to ensure functionality and longevity of equipment.

Identify and properly use shop tooling as prescribed by various activities and class assignments.

Set up and operate lathes and milling machines showing proficiency in aligning workpieces, selecting tools, and using attachments as prescribed in the assignments.

Recognize and account for machine limitations when planning and executing machine operations to ensure accuracy and safety.

Apply machining theory to practical tasks and assignments through demonstrations, lab work, and hands-on exercises involving turning and milling operations.

Set up lathe and milling machines for machine operations, including work holding, tool selection, and referencing systems.

Interpret blueprints and program machines to proper specifications to produce an accurate part.

Utilize knowledge of CAD/CAM software to generate, simulate, and/or modify CNC programs for efficient machining workflows.

Select appropriate feeds, speeds, and tooling based on material type and machine operation for optimal performance.

Create process plans and routings for multi-step machining projects, integrating manual and CNC operations.

Troubleshoot lathe and machining challenges, including code errors, tool wear, and setup inconsistencies.

Demonstrate readiness for entry-level employment in precision manufacturing by integrating technical skills, critical thinking, and problem-solving in real world machining scenarios.

Exhibit professionalism and commitment to continuous learning by preparing for advancement as a multi-craft engineering systems professional as evidenced from practical applications provided in the classroom and laboratory.