3D CNC Machining

Description

The 3D – CNC Machining program will provide the student a comprehensive level of understanding of the industrial machining processes that are currently used in the manufacture of the following, but not limited to; aerospace, medical, automotive, petroleum, telecommunications, electronics and Gunsmithing products. The student will gain knowledge and proficiency in DFM (Design of Manufacture) processes using SolidWorks and AutoDesk Fusion 360 CAD/CAM software. In addition, the student will be required to setup automated machine tools including the use of various tooling and fixtures that are used extensively in industry. Basic knowledge of materials, machine tools and metrology methods will be incorporated in their studies to determine optimum speeds and feeds necessary to make parts that are repeatable and reproducible. Students completing this course can easily acquire 4 or more nationally recognized credentials specific to metalworking.

The 3D – CNC Machining Master program will take a student to an advanced level of understanding of the industrial machining processes that are currently used in the manufacture of the following, but not limited to; aerospace, medical, automotive, petroleum, telecommunications, electronics and Gunsmithing products. This program requires as prerequisite the completion of the 3D CNC Machining program. The student will utilize the knowledge and proficiency acquired in the 3D CNC Machining program to complete Capstone projects using SolidWorks and AutoDesk Fusion 360 CAD/CAM software for design, setup advanced CNC machine tool setups, 5-axis CNC programming, and advanced Metrology methods. Students completing this program will have opportunity to satisfy 2 national recognized credentials specific to CNC Setup and Programming.

Application

Applicants must complete a Southern Tech Application for Admission. Additional information and applications are available at the Southern Tech campus and online at www.sotech.edu. Enrollment for this career major is open to partnering High Schools (juniors/seniors) and Adults.

Tuition

High School Student: Free. Adult Student (in-district): $2.50 per hour; Adult Student (Out-of-District): $5 per hour; and Adult Student (Out-of-State): $7.50 per hour. Additional costs may include books, supplies, and miscellaneous fees.

Financial Aid and Scholarships

Financial aid and scholarships are available for qualifying students.

Program/Courses/Hours

Targeted Certifications and/or Credentials

National Institute for Metalworking Skills (NIMS)

► NIMS Computer Numerically Controlled (CNC) Milling: Operations
► NIMS CNC Turning: Operations
► CNC Machining Center Operation
► NIMS Job Planning, Benchwork and Layout
► NIMS Measurement, Materials and Safety
► NIMS CNC Milling: Programming & Setup
► NIMS CNC Turning: Programming & Setup
► Drill Press Operator
► NIMS Drill Press Skills 1
► NIMS Grinding Skills 1
► NIMS Manual Milling Skills 1
► Lathe Operator
► National Career Readiness Certification (NCRC): WorkKeys

Certifications may vary by Program and are subject to change without notice.

Student Organization

SkillsUSA

Schedule

Adults (Half Time) 8:00-11:00 AM or 12:45-3:45 PM; Adults (Full Time) 8:00-11:00 AM and 12:45-3:45 PM; High School Students 8:00-11:00 AM or 12:45-3:45 PM

Employment Options

The following list is associated with the approved SOC (Standard Occupational Classification) for this program and does not necessarily represent immediate opportunities; additional training may be required for some options listed.

Brake Press Operator; Computer Numerical Control Lathe Operator (CNC Lathe Operator); Computer Numerical Control Machine Operator (CNC Machine Operator); Computer Numerical Control Machinist (CNC Machinist); Computer Numerical Control Mill Operator (CNC Mill Operator); Computer Numerical Control Operator (CNC Operator); Computer Numerical Control Set-Up and Operator (CNC Set-Up and Operator); Machine Operator; Machine Set-Up, Operator; Machinist - Approximate Pay Potential: $11-$27/Hour(source: https://www.onetonline.org/link/summary/51-4011.00):