The student will learn basic and advanced principles in the operation of milling machines, lathes, grinders, band saws, drill presses, as well as using advanced Haas Automation computerized machine tools. As in the full-time day program, the student studies an array of areas relating to the field of precision metal, composite and plastic manufacturing.
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The part-time evening program is ideal for full-time employees, who wish to enter this rewarding field, and those currently employed at local and regional high-tech manufacturing companies, who wish to upgrade their skills in order to advance their careers at their place of employment. (There will be two evening classes per week, per term) (2) Restricted Mathematics Elective Credits: 6.(1) Restricted English Elective Credits: 3.MFTS 241 Practical Metallurgy Credits: 2.MFTS 232 Industrial Maintenance Credits: 4.MFTS 223 Computer Aided Manufacturing (CAM) With Mastercam Credits: 3.MFTS 215 Industrial Relations, Safety and Health Credits: 1.MFTS 214 Advanced Dimensional Metrology Credits: 3.MFTS 211 Manufacturing Processes Credits: 2.MFTS 204 Manufacturing Capstone Project Lab IV Credits: 7.MFTS 203 Advanced Machining Process Lab III Credits: 7.MFTS 120 CAD for Manufacturing with Solidworks Credits: 3.MFTS 115 Introduction to Computer Applications in Manufacturing Credits: 2.MFTS 104 Machine Tool/CNC Theory and Lab II Credits: 8.MFTS 103 Machine Tool Theory and Lab I Credits: 8.MFTS 100 Print Reading for Manufacturing Credits: 2.
The Advanced Manufacturing Technology program also is offered part-time through evening course offerings. ** Required of first-time, full-time students * or specific course equivalents as approved by the department chairperson. The estimated cost of books for the student enrolled in the first full-time term as outlined would be approximately $760. Program Entrance Requirements CoursesĪlgebra or 1 unit of equivalent academic math (70 or above in the course) The placement rate prior to graduating approaches 95 percent, while a number of companies in the region provide scholarships covering books, tuition and related fees as well as part-time jobs for students in the program that lead to full-time employment upon graduation. The coursework from this program satisfies the educational requirements for New York State Machinist, Toolmaker, CNC Machinist and CNC Programmer apprenticeships. All students will participate in a year-long Senior Capstone Project in which students work together to manufacture and assemble complex working models to test their precision planning, machining and assembly skills. For fulltime day students, the program will take two years (four semesters) to complete, while part-time evening students will take four years (two evenings per week).
The Advanced Manufacturing Technology courses are offered both day and evening. Computer-aided design (CAD) and computer-aided manufacturing (CAM) coursework/software is an integral part of the program, as is the instruction on the use of standard and advance tooling.
Also, a wide variety of training in the use of quality assurance equipment is covered. Covering an array of areas relating to the field of precision metal, composite and plastic manufacturing, the student will learn basic and advanced principles in the operation of milling machines, lathes, grinders, bandsaws and drill presses, as well as using advanced Haas Automation computerized machine tools. This program prepares graduates to achieve immediate employment working with many of today’s local and regional high-tech manufacturing companies performing advanced machining processes that produce tooling and components used in the manufacture of everything from electronics and defense equipment to power generators and aerospace apparatus. Interim Chairperson: Christopher McNally, Ph.D.
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