30 courses with the subject MFTS, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
MFTS 100Print Reading for Manufacturing2
This course is designed to aid the manufacturing student in reading, comprehending and creating drawings as currently used in manufacturing. Topics will include: terms and definitions; scales and measurement; standard drawing and dimensioning practices; Multiview drawings; orthographic views; threads, fasteners, and gears; sketching; and Geometric Dimensioning and Tolerancing (GD&T). Lab fee will be required
MFTS 101Introduction to Machine Tools (Laboratory I)7
The use of modern machine tools in all phases of metal working. The setup and operation are taught with the student setting his or her own pace. The type and level of work performed is dependent on the student’s past experience and/or his/her ability and interest. Lab fee will be required
A continuation of MFTS 101 Introduction to Machine Tools (Laboratory I) , with student completing experience on basic machines. Quality control, introduction to fits and assembly and precision setup are taught.
MFTS 101 Introduction to Machine Tools (Laboratory I) . Lab fee will be required Terms Offered: Spring Offered Distance Learning: No Credits: 7
MFTS 103Machine Tool Theory and Lab I8
This course covers the purpose, setup, and safe use of hand tools and manual machine tools in the basic phases of metal working. Operation of lathes, drill presses, sawing, milling machines and grinders will be examined. Content will also include theory of cutting angles, tool and cutter selection, cutting speeds and feeds, coolants, industrial safety, use of bench and layout tools, measuring instruments, gages and various inspection practices, along with basic drawings, inspection documentation and planning documentation. In addition, the student will learn the application of basic math and trigonometry as used in the manufacture of components. Lab sessions will provide opportunities for hands-on application of knowledge gained from theory lecture, discussion, and homework. Lab fee will be required
A continuation of Machine Tool Theory & Lab I, this course covers the purpose, setup and safe use of hand tools, manual machine tools and Computer Numerical Control (CNC) machines in the advanced phases of metal working. Advanced operation of lathes, drill presses, sawing, milling machines, surface grinders, and cylindrical grinders will be taught, along with the introduction of CNC machine tools. In addition, the student will learn the application of more complicated problems in math and trigonometry as used in industry. Lab sessions will provide opportunities for hands-on application of knowledge gained from theory lecture, discussion, and homework.
MFTS 103 Machine Tool Theory and Lab I or MFTS 164 Machine Tool Theory and Lab I Part II . Lab fee will be required Terms Offered: Spring Offered Distance Learning: No Credits: 8
MFTS 111Machining Processes Theory I4
The construction, purpose and operation of lathes, drill presses, sawing, and milling machines are studied. Included are the theory of cutting angles, tool and cutter selection, cutting speeds, feeds and coolants, industrial safety, use of bench and layout tools, measuring instruments, gauges and accepted inspection practices. Terms Offered: Fall Offered Distance Learning: No Contact Hours: Lecture: 4
A continuation of MFTS 111 Machining Processes Theory I , includes the construction, operation and application of grinding machines, shapers, planers, turret lathes, chuckers, automatic bar machines, numerical control, and electrical discharge machines.
MFTS 111 Machining Processes Theory I . Terms Offered: Spring Offered Distance Learning: No Credits: 4
MFTS 115Introduction to Computer Applications in Manufacturing2
This course is an introduction to computer systems and applications utilized in modern manufacturing, including an overview of basic PC hardware and software. Students will use common office software applications to create documents, spreadsheets, charts, graphs and presentations for use in manufacturing operations. Lab fee will be required
This course is designed to teach students about the relevance and applications of computer aided drafting within the field of manufacturing. Students will learn about 2D orthographic drawings, parametric sketching, 3D solid modeling, material application, mold design, surface modeling, rapid prototyping and computer aided manufacturing.
Part I of a two-part course that covers the purpose, setup, and safe use of hand tools and manual machine tools in the basic phases of metal working. Operation of drill presses, sawing and milling machines will be examined. Content will also include theory of cutting angles, tool and cutter selection, cutting speeds and feeds, coolants, industrial safety, use of bench and layout tools, measuring instruments, gages and various inspection practices, along with basic drawings, inspection, and planning documentation. In addition, the student will learn the application of basic math as used in the manufacture of components. Lab sessions will provide opportunities for hands-on application of knowledge gained from theory lecture, discussion, and homework. Lab fee will be required
Part II of a two-part course that covers the purpose, setup, and safe use of hand tools and manual machine tools in the basic phases of metal working. Operation of lathes and grinders will be examined. Content will also include theory of cutting angles, tool and cutter selection, cutting speeds and feeds, coolants, industrial safety, measuring instruments, gages, and various inspection practices, along with basic drawings, inspection and planning documentation. In addition, the student will learn the application of basic math and trigonometry as used in the manufacture of components. Lab sessions will provide opportunities for hands-on application of knowledge gained from theory lecture, discussion, and homework.
MFTS 163 Machine Tool Theory and Lab I Part I or permission of department chair. Lab fee will be required Terms Offered: Spring Offered Distance Learning: No Credits: 4
MFTS 173Machine Tool/CNC Theory and Lab II Part I4
Part I of a two-part course that is a continuation of Machine Tool Theory and Lab I Part II. This course covers the purpose, setup and safe use of hand tools, manual machine tools and Computer Numerical Control (CNC) machines in the advanced phases of metal working. Advanced operation of lathes, drill presses, sawing, milling machines, surface grinders, and cylindrical grinders will be taught, along with demonstration of CNC machine tools. In addition, the student will learn the application of more complicated problems in math and trigonometry as used in industry. Lab sessions will provide opportunities for hands-on application of knowledge gained from theory lecture, discussion, and homework.
MFTS 164 Machine Tool Theory and Lab I Part II or permission of department chair. Lab fee will be required Terms Offered: Fall Offered Distance Learning: No Credits: 4
MFTS 174Machine Tool/CNC Theory and Lab II Part II4
Part II of a two-part course that is a continuation of Machine Tool Theory and Lab II Part I. This course covers the purpose, setup and safe use of hand tools, manual machine tools and Computer Numerical Control (CNC) machines in the advanced phases of metal working. Advanced operation of lathes, drill presses, sawing, milling machines, surface grinders, and cylindrical grinders will be taught, along with the introduction of CNC machine tools. In addition, the student will learn the application of more complicated problems in math and trigonometry as used in industry. Lab sessions will provide opportunities for hands-on application of knowledge gained from theory lecture, discussion, and homework.
MFTS 173 Machine Tool/CNC Theory and Lab II Part I or permission of department chair. Lab fee will be required Terms Offered: Spring Offered Distance Learning: No Credits: 4
MFTS 203Advanced Machining Process Lab III7
This course is a continuation of Machine Tool/CNC Theory and Lab II. Stressed in this course are advanced planning skills, set-up, fabrication, quality control techniques and process documentation of all assigned parts produced on but not limited to manual/computerized mills and lathes, vertical/horizontal saws, drill presses and grinders. Also emphasized is the practical theory and application behind the concept, design, fabrication, set-up and utilization of fixtures used in the fabrication of, but not limited to, various shafts, cylinders, flywheels, connector rods, valve blocks, eccentrics and other complex parts. Also stressed is the use of the personal computer in the development of manual G and M code based machine tool programs, as well as exposure to more advanced canned CNC machine tool programs and tooling.
MFTS 104 Machine Tool/CNC Theory and Lab II or MFTS 174 Machine Tool/CNC Theory and Lab II Part II . Lab fee will be required Terms Offered: Fall Offered Distance Learning: No Credits: 7
MFTS 204Manufacturing Capstone Project Lab IV7
This course is a continuation of Advanced Machining Processes Lab III. The goal for this course is the successful fabrication, final assembly, documentation and presentation of a capstone project. Stressed in this course are advanced planning skills, set-up, fabrication, and quality control techniques, along with development of problem-solving skills, final assembly techniques and ISO 9000 based documentation requirements. Parts will be produced on but not limited to manual/computerized mills and lathes, vertical/horizontal saws, drill presses, etc. Particular emphasis will be placed on the application of all skills acquired in this and all other courses taken as part of the Manufacturing Technical Systems program such as, but not limited to, the areas of CAD, CAM, process planning, machining theory and metallurgy, along with computer, math and English skills. Of particular emphasis will be group inter-dynamics (i.e., individuals working in teams in order to successfully complete a complex technical project).
MFTS 203 Advanced Machining Process Lab III or MFTS 262 Advanced Machining Processes Lab III, Part II . Lab fee will be required Terms Offered: Spring Offered Distance Learning: No Credits: 7
MFTS 211Manufacturing Processes2
Processes other than machining such as casting, die casting, plastics molding, hot and cold working, welding and punch press operations.
This course will introduce students to robotics programming. Students will gain hands-on experience in programming and operating robots. Students will learn material handling and welding programming techniques. Lab fee will be required.
This course is a convergence of skills gained in previous coursework, coupled with application of management tools to give the student an insight into the complexities of manufacturing strategies and problem solving. Topics will cover drawing interpretation, material acquisition, lead times, selection of processes for manufacturing, operational sequencing, elements of cost and price estimating, preservation, packaging and delivery.
MFTS 104 Machine Tool/CNC Theory and Lab II or permission of department chair. Lab fee will be required Terms Offered: Spring Offered Distance Learning: No Credits: 2
MFTS 214Advanced Dimensional Metrology3
This course will provide the student with coverage of the quality assurance function as it applies to design, manufacture, material purchase, customer furnished material, process control, inspection and testing, records, equipment control, corrective action, statistical process control and customer satisfaction. The course will cover the general requirements for ISO-9000 certification. Lab sessions will provide opportunities for hands-on application of knowledge gained from lecture, discussion, and homework. Lab fee will be required
This course will help the student develop an understanding of and appreciation for common safety practices, health concerns, and human relations considerations in the industrial workplace. Content includes common workplace accidents and methods to avoid them, hazardous materials and MSDS, personal protective equipment, Lockout/Tag out, OSHA, an introduction to basic first aid, and CPR training as required for many apprentice training programs. Topics in industrial hygiene and human relations will also be viewed from appropriate perspectives, including ethical considerations and sexual harassment. Lab fee will be required
This course is an introduction to numerical control and computer numerical control machine tools. Course content will cover standard machine codes and Cartesian format; manual and computer assisted programs for vertical milling; machining fixtures and tooling; machining with NC tapes; and using Genesis/Encographics Language. Lab fee will be required
Advanced CNC programming for Vertical Mill. Introduction to Genesis and CNC programming for lathes. Standard machine codes and Cartesian format. NC lathe tolling and set-ups. Lathe machining with NC tapes.
MFTS 221 Numerical Control Programming . Terms Offered: Spring Offered Distance Learning: No Credits: 3
MFTS 223Computer Aided Manufacturing (CAM) With Mastercam3
This course offers the student introductory level training used for programming Computer Numerical Controlled (CNC) Machine tools used in today’s manufacturing. Students will learn to program CNC machine tools utilizing common industrial CAD/CAM software (MasterCAM). Both vertical milling and turning equipment will be covered, with emphasis placed on programming methodology and proper application of cutting tools. Student activity will include hands-on operation of CNC machine tools to produce assigned parts. Lab fee will be required
A study of electrical, hydraulic and pneumatic principles and mechanisms as they are in controlling various industrial systems. The maintenance and servicing problems of these devices is presented. Lab fee will be required
This course will cover the study of mechanical, electrical, pneumatic, and hydraulic systems related to machinery repair and maintenance. An introduction to general fabrication and welding also will be covered. The focus of this class will be metal working machinery repair and will include exposure to hands-on techniques within hte lab sessions. Lab fee will be required
The student will have a lecture and laboratory combination to address the following objectives: study parameters that affect material properties and performance, study basic concepts of material behavior, study basic mechanical testing, introduce steel heat treatment, introduce aluminum heat treatment and study material identification.
MFTS 261Advanced Machining Processes Lab III, Part I3.5
This course is a continuation of Machine Tools/CNC Theory Lab II. Stressed in this course are advanced planning skills, set-up, fabrication, quality control techniques and process documentation of all assigned parts produced on but not limited to manual/computerized mills and lathes, vertical/horizontal saws, etc. Also emphasized is the practical theory and application behind the concept, design, fabrication, set-up and utilization of fixtures used in the fabrication of, but not limited to, various shafts, cylinders, flywheels, etc. Exposure to canned/packaged computerized machine tool programs and carbide tooling will also be stressed.
MFTS 104 Machine Tool/CNC Theory and Lab II or MFTS 174 Machine Tool/CNC Theory and Lab II Part II . Lab fee will be required Terms Offered: Fall Offered Distance Learning: No Credits: 3.5
MFTS 262Advanced Machining Processes Lab III, Part II3.5
This course is a continuation of Advanced Machining Processes Lab III Part I. Stressed in this course are advanced planning skills, set-up, fabrication, quality control techniques and process documentation of all assigned parts produced on but not limited to manual/computerized mills and lathes, vertical/horizontal saws, abrasive cut-off machines, as well as a variety of tooling accessories for holding and machining complex part geometries. Also continued is emphasis on the practical theory and application behind the conceptualization, design, fabrication, set-up and utilization of fixtures to be used on CNC machine tools. Continued exposure to canned/packaged computerized machine tool programs, in addition to the manual development of G and M code based computer programs will be stressed.
MFTS 261 Advanced Machining Processes Lab III, Part I . Lab fee will be required Terms Offered: Spring Offered Distance Learning: No Credits: 3.5
MFTS 271Manufacturing Capstone Project Lab IV, Part I3.5
This course is a continuation of Advanced Machining Process Lab III. The goal for this course is the successful fabrication and documentation of piece parts that will be utilized to construct the capstone project assigned at the beginning of the semester. Also stressed are advanced planning skills, setup, fabrication, and quality control techniques, along with development of problem-solving skills and industry-based documentation requirements. Parts will be produced on but not limited to manual/computerized mills and lathes, mills, lathes, grinders, etc. Particular emphasis will be placed on the application of all skills acquired thus far in the program such as but not limited to the areas relating to CAD, process planning, machining theory and metallurgy, etc. Emphasis will be placed on group inter-dynamics (i.e., individuals working in teams in order to successfully plan, fabricate, document complex parts).
MFTS 203 Advanced Machining Process Lab III or MFTS 262 Advanced Machining Processes Lab III, Part II . Lab fee will be required Terms Offered: Fall Offered Distance Learning: No Credits: 3.5
MFTS 272Manufacturing Capstone Project Lab IV, Part II3.5
A continuation of Manufacturing Capstone Project Lab IV Part I. The goal for this course is the completion of piece part fabrication and documentation that will be utilized to construct and present the assigned capstone project. Stressed in this course are advanced planning skills, set-up, fabrication, and quality control techniques, along with development of problem-solving skills, part rework/repair skills, and preparation of ISO 9000 based documentation paperwork. Parts will be produced on but not limited to manual/computerized mills and lathes, mills, lathes, etc. Particular emphasis will be placed on the application of all skills acquired in this and all other courses taken as part of the MFTS Program. Particular emphasis will be group inter-dynamics i.e. individuals working in teams in order to successfully plan, fabricate, document, troubleshoot, assemble and present the assigned capstone project accompanied by a documentation package.
