- Immokalee Technical College
- Machining Technologies - CME
Career Programs at CME
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The goal of this program is to prepare students for a career as a precision machinist whose primary responsibilities are to operate machine tools such as mills, lathes, grinders, & CNC equipment according to blueprint specifications while demonstrating strong academic and employability skills.
About
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Precision Machining begins in the classroom with a focus on equipment and safety regulations, and it introduces the employability and applied academic skills that are incorporated throughout all courses in the program. After students master the classroom introduction and safety test, they will move to the machine shop for hands on training, including projects making tools for use after graduation.
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- Manual milling
- Manual lathes
- Surface grinders
- CNC mills and lathes
- Blueprint reading
- CAD and CAM training
- Inspection and layout
- Plus alternate machining methods
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Program Length: 1500 Hours
Enrollment Point: August, January
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Career Opportunities: Machinists, Machinists Helper, Milling and Turning Setters, Operators, Planners and Programmers
Industry Certifications/State Credentials: NIMS (National Institute for Metalworking Skills) – Machining Level 1, The Certificate of Special Merit Machining Level I
What You'll Learn
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The Precision Machining Program is a 1500-hour, 1.5-year program that consists of four courses. Some basic skills and knowledge from the first course, Machinist Helper, must be completed first. From there, students will take course segments from the Machinist Helper and Machine Operator courses, so as to maximize usage of shop equipment and shop floor space. Then, students move to training in CAD, CNC operation, and CNC programming, as well as more complex machining skills and setup work.
There are a variety of projects within the 4 Occupational Completion Points. Students will need to complete all of the projects in order to satisfy the curriculum requirements for this course.
Courses:
The following table illustrates the program structure.
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Machining students will recieve hands-on learning in our machining lab. Areas of focus will include operation of manual milling, manual lathes, surface grinders, CNC mills and lathes, blueprint reading, CAD and CAM training, inspection and layout, plus alternate machining methods.
Certifications:
- NIMS (National Institute for Metalworking Skills) – Machining Level 1
- Measurement, Materials, and Safety
- Job Planning, Benchwork, and Layout
- Drill Press I
- Turning Between Centers
- Turning Chucking
- Milling I
- Surface Grinding I
- CNC Lathe Operations
- CNC Lathe Programming, Setup, and Operations
- CNC Mill Operations
- CNC Mill Programming, Setup, and Operations
- The Certificate of Special Merit Machining Level I
Software Applications:
- Solidworks CAD
- Solidworks CAM
- Coordinate Measuring Machines
- NIMS (National Institute for Metalworking Skills) – Machining Level 1
Course Details
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PMT0020 – Machinist Helper (300 hours)
This course introduces the student to the skills required of a precision machinist operator. Machinist skills are discussed and studied. Basic shop skills are introduced, and mastery gained before advancing to more technical subjects.
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PMT0022 – Machine Operator (300 hours)
The Machining Operator course is designed to build on the skills and knowledge students learned in the Machinist Helper course for entry into the machining industry. Students study the skills necessary to work in teams, using critical thinking skill to solve complex problems, advance mathematics, quality control and inspection methods, plan machining operations using a lathe and mill, use CAD/CAM processes for lathe and milling operations, and set-up and program a CNC machine for lathe and milling operations.
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PMT0024 – Machine Setup Operator (600 hours)
This course builds on the knowledge gained from PMT0021 and progresses to more in-depth machine operations, including CNC mills & lathes; more advanced set-ups; inspection procedures; problem solving; job-related math problems; and blueprint reading. We introduce the student to other types of machining technology, including wire EDM, sink EDM, laser cutting, laser welding, and water jet cutting.
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PMT0025 – Machinist (300 hours)
In this course, the student is introduced to metallurgy and heat treat processes. The student will be able to program, set up, and run CNC machines according to blueprint tolerances. The student is introduced to the Swiss lathe, a more complicated lathe that operates on different machining concepts. The student will perform more advanced lathe operations, including internal threading, cutting tapers, and knurling. More advanced operations on the mill and the surface grinders are studied. Employability skills, including resumes and the interview process, as well as different career paths for machinists, are discussed.
Graduate with Career Ready Skills
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Specific Admissions Requirements:
- Students must be 16 years of age
- A standard high school diploma or high school credential
- Bennett Aptitude Test – score of mid 30s or above
DOE Basic Skills Exit Requirements: Communications 8, Computation 9 (unless exempt).
CASAS Exit Requirements: Communications 239+, Computation 241+ (unless exempt).
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There is a projected shortage of skilled machinists throughout the country for the next 20+ years, with a big demand in Southwest Florida due to an increase in manufacturing in the region. Employment opportunities include the partners (see: Internships) and multiple aerospace companies in Florida, such as Lockheed Martin, General Dynamics, Honeywell, and more. In addition, boat manufacturers, gun manufacturers, and others have a presence in this state. It is not uncommon for other states to compete for your employment by offering to pay top dollar, plus moving expenses and signing bonuses.
We discuss how to make a proper resume, how to handle a job interview, and what to expect in the work environment. A set of basic machinist’s tools are given to start the job.
Internships
Paid internships during the summer between first and second year are offered. Our partners include, but are not limited to: Arthrex Corporation, US Sugar, Progress Rail, Shaw Corporation, Loos & Co, Parker Aerospace, S4J Manufacturing and Service, and Structure Medical.
Workforce Education Internship Program
Students participate in work-based learning experiences in their field of study outside of the classroom. ITECH has a Workforce Internship Program for those students who need work experience, but do not have an out-of-school job.
Job Placement
Our competent counseling staff provides job postings on a daily basis, with help in resume writing and the interviewing process.
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A certificate is awarded to students who successfully complete the program’s competencies and satisfy basic skill requirements in accordance with state guidelines. Students will also have the opportunity to test and earn additional industry and national credentials through the training program.
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