MACHINE MANUFACTURING TECHNOLOGY

Transcription

1 Machine Manufacturing Technology 1 MACHINE MANUFACTURING TECHNOLOGY Sylvania Campus Automotive Metals Building (AM), Room , Career and Program Description Machinists operate various types of material processing equipment such as lathes, drill presses, milling machines, grinders, computer numerical control (CNC) machines, rapid prototyping, and computer assisted machining (CAM) systems. Machinists may specialize in the operation of one type of machine or work in a shop where they are required to operate several different machines. The Machine Manufacturing Technology (MMT) program has been developed specifically in a modular self-paced format, allowing the student to attend courses on a schedule they choose (day or evenings). The open exit design of the program allows a student to focus on a course and complete the materials in a matter of days or weeks instead of traditional term-long classroom formats. The program fits the needs of students in that it is designed to be self-paced (students learn at their own speed, taking as many or as few modules as they desire), individualized (courses tailored to students), flexible (students select their own attendance schedules), and open-exit (students complete courses whenever the work is done, and they may leave the program when they have met their training goals or needs). Existing MMT students are given priority enrollment until the final day of the previous term. New students will be admitted after that time until a predetermined enrollment count is reached. Consult a program advisor through the department to help plan a course of study that will allow you to achieve your educational goals. Degrees and Certificates Offered Associate of Applied Science Degree Machine Manufacturing Technology One-Year Certificate CNC Turning CNC Milling Manual Machining Less than One-Year: Career Pathway Certificate Manufacturing Technician Admission Prerequisites Degree and One-Year Certificate seeking students entering the Machine Manufacturing Technology (MMT) program must meet the following requirements: Academic Prerequisites Successful completion of (RD 90 and WR 90) or (ESOL 260 and ESOL 262 and ESOL 254) and MTH 65 or equivalent placement test scores. Machine Manufacturing Technology is a limited entry program. Certificate seeking students must meet with a program advisor, complete a department entry document, and may potentially be placed on a wait list for an entry position. Other Prerequisites None Program Requirements Academic Requirements In order to continue beyond the Manufacturing Technician Certificate, students must complete MCH 121 with a grade of C or P or better. Other Requirements None Machine Manufacturing Technology AAS Degree Minimum 106 credits. Students must also meet Associate Degree Comprehensive Requirements and Associate of Applied Science Requirements. Students must complete a total of sixteen credits of General Education. Math/computation competency is met through the courses in the program of study indicated with a symbol. A maximum of 24 credits of Pass/No Pass and a maximum of 24 credits of cooperative education (MCH 280) are allowed in the Machine Manufacturing Technology AAS Degree. Students should consult with program advisors for course planning. Machine Manufacturing Technology Degree Courses MCH 160 Drilling Machines and Operations 2 MCH 175 Band Saws 1 MCH 225 Surface Grinding Machines and Operations 2 MCH 259 CNC Programming-Lathe 5 MCH 268 CNC Programming-Mill 5 MCH 272 Mastercam Level I 5 MCH 273 Mastercam Level II 5 MCH 278 CNC Operation - Mill 4 MCH 279 CNC Operation - Lathe 4 MCH 280 Cooperative Education: Machine Technology 4 MCH 287A Technical Skill Assessment in CNC Turning 3

2 2 Machine Manufacturing Technology MCH 288A Technical Skill Assessment in CNC Milling 3 MCH Degree Electives 11 General Education 16 Total Credits 106 Course cannot be substituted for another course. Machine Manufacturing Technology Degree Electives MCH 101 Occupational Health and Safety 3 MCH 102 Introduction to Manufacturing 3 MCH 123 Sheet Metal Fabrication 4 MCH 157 Project Machine Technology I 1.5 MCH 158 Project Machine Technology II 3 MCH 159 Project Machine Technology III 4.5 MCH 210 Project Machine Technology IV 6 MCH 211 Project Machine Technology V 7.5 MCH 212 Project Machine Technology VI 9 MCH 213 Project Machine Technology VII 10.5 MCH 214 Project Machine Technology VIII 12 MCH 215 Horizontal Milling Machines 2.5 MCH 222 Coordinate Measuring Machine Operation 2 MCH 227 CNC Grinder Operation 2.5 MCH 228 Abrasives 1.5 MCH 229 Rapid Prototyping 5 MCH 235 Tool Sharpening 2 MCH 240 Cutting Tool Technology 2 MCH 245 Metallurgy 2.5 MCH 262 CNC Conversational Controls 2 MCH 263 CNC Cycle Time Reduction 1.5 MCH 266 Advanced CNC Programming 3.5 MCH 276 Mastercam Solids 3 MCH 277 Mastercam CNC/CAM Project 3 MCH 280 Cooperative Education: Machine Technology 1-8 MCH 282 CNC Router Operation 3 MCH 283 CNC Router Mastercam Programming 3 MCH 290 Mastercam Fundamentals Orientation 1 MCH 291 Laser Cutting and Engraving Fundamentals 1 MCH 292 FDM Additive Manufacturing Fundamentals Orientation MCH 293 CNC Router Fundamentals Orientation 1 MCH Dimensional Digital Laser Scanning Fundamentals MCH 296A Rhino CAD Level 1 2 MCH 297A Rhino CAD Level 2 2 One-Year Certificate CNC Turning (p. 2) CNC Milling (p. 2) Manual Machining (p. 3) Less than One-Year: Career Pathway Certificate Manufacturing Technician (p. 3) CNC Turning One-Year Certificate Minimum 48.5 credits. Students must meet all certificate requirements. CNC Turning Certificate Courses MCH 259 CNC Programming-Lathe 5 MCH 279 CNC Operation - Lathe 4 MCH 287A Technical Skill Assessment in CNC Turning 3 MSD 115 Improving Work Relations 3 Total Credits 48.5 CNC Milling One-Year Certificate Minimum 49 credits. Students must meet all certificate requirements. CNC Milling Certificate Courses MCH 115 Geometric Dimensioning and Tolerancing 3.5 MCH 268 CNC Programming-Mill 5 MCH 272 Mastercam Level I 5 MCH 278 CNC Operation - Mill 4 MCH 288A Technical Skill Assessment in CNC Milling 3

3 Machine Manufacturing Technology 3 Total Credits 49 Manual Machining One-Year Certificate Minimum 54 credits. Students must meet all certificate requirements. Manual Machining Certificate Courses MCH 100 Machine Tool Basics 1 MCH 105 Blueprint Reading I 1.5 MCH 110 Blueprint Reading II 1.5 MCH 115 Geometric Dimensioning and Tolerancing 3.5 MCH 121 Manufacturing Processes I 4 MCH 160 Drilling Machines and Operations 2 MCH 175 Band Saws 1 MCH 215 Horizontal Milling Machines 2.5 MCH 225 Surface Grinding Machines and Operations 2 MCH 228 Abrasives 1.5 MCH 240 Cutting Tool Technology 2 MCH 286A Technical Skill Assessment in Manual Machining Total Credits 54 Manufacturing Technician Career Pathway Certificate Minimum 21.5 credits. Students must meet all certificate requirements. The Manufacturing Technician Certificate is a Career Pathway. All courses are contained in the Machine Manufacturing Technology AAS Degree. MCH 120 Machine Shop Math 2 MCH 130 Machine Shop Trigonometry Total Credits 21.5 MCH 100. Machine Tool Basics. 1 Credit. Provides an overview in utilizing the Machinery's Handbook, safe work practices, safe clothing for personal safety, fire prevention in the shop, and hand tool safety. MCH 101. Occupational Health and Safety. 3 Credits. Introduces the concepts of industrial health and safety regulations, accident causation, and job related safety issues. Requires completion of a Red Cross First Aid course at additional expense to the student. Prerequisite: WR 115, RD 115 and MTH 20 or equivalent placement test scores. Prerequisite/concurrent: MCH 100. MCH 102. Introduction to Manufacturing. 3 Credits. Technical elective course in the Associate of Applied Science Degree in the Machine Manufacturing Technology program. Covers an introduction to the manufacturing technology discipline. Prerequisite: MCH 100. MCH 105. Blueprint Reading I. 1.5 Credit. Covers concepts in machine shop blueprint reading including multi-view projection, sectional and auxiliary views, title block content, and drawing formats, formats which are the basis for most graphical communication of a part attributes in industry today. MCH 110. Blueprint Reading II. 1.5 Credit. Covers dimensions, notes, threads, keys and fasteners, and spur gear terminology. Provides instruction in the interpretation of feature size, shape, location, special tolerances, finish treatments and assembly instructions. Prerequisites: MCH 105. MCH 115. Geometric Dimensioning and Tolerancing. 3.5 Credits. Covers the use of geometric dimensioning and tolerancing as specified by the American Society of Mechanical Engineers in specification ASME Y Introduces the symbols, concepts and basic use of these techniques for dimensioning and tolerancing used in industry today. Prerequisites: MCH 105, MCH 110. MCH 120. Machine Shop Math. 2 Credits. Covers instruction and practice in working with whole numbers, fractions, decimals, formulas, inch and metric systems, formulas, calculating simple and direct indexing. Introduces how to apply the use of the inch/metric systems, dividing/index head and formulas as they pertain to thread calculations, gear calculations, speed and feed calculations, and taper calculations. Prerequisite: MCH 100. MCH 121. Manufacturing Processes I. 4 Credits. Introduces material removal operations emphasizing basic part layout, drilling, manual milling and manual lathe processes with an emphasis on production speeds and feeds. MCH 123. Sheet Metal Fabrication. 4 Credits. Machine Manufacturing Technology program. An introductory course in the setup and operation of manual sheet metal machinery. Prerequisite: MCH 100. Audit MCH 125. Speeds and Feeds. 1 Credit. Covers how to calculate proper cutting speeds, revolutions per minute (RPM) and feeds for various machine tools and cutting conditions. Introduces how accurately calculating speeds and feeds prior to cutting on the work piece will save time, money, and avoid the waste of materials and tools. Prerequisite: MCH 100. Audit MCH 130. Machine Shop Trigonometry. 2.5 Credits. Introduces the rules, methods and procedures for using trigonometry formulas that deal with both the sides and the angles of the right triangle and oblique triangle to solve for the unknown parts. Prerequisite: MCH 100. MCH 135. Basic Measuring Tools. 1.5 Credit. Covers use and applications associated with basic measuring tools including: the machinist's scale, dividers, telescoping gage, combination square, hermaphrodite caliper, surface gage, surface finish gage. Introduces the proper techniques and applications of the basic transfer measurement and comparison tools in measuring holes accurately, scribing parallel lines, finding the center of round stock, determining the factors which contribute to the quality of surface finish, and practice in identifying surface finishes. Prerequisite: MCH 100. MCH 145. Layout Tools. 1.5 Credit. Covers instruction and practice in cutting, filing, layout, scribing, use of gage blocks, and utilizing the height gage to accurately layout lines, angles and the location of part features. Introduces the proper use and applications of the hacksaw, scribe, dividers, prick punch, ballpeen hammer, combination square set, and height gage to produce the accurate layout of part features. Prerequisite: MCH 100.

4 4 Machine Manufacturing Technology MCH 150. Precision Measuring Tools. 1.5 Credit. Covers instruction and practice of precision measurement with tools commonly used by the machinist to produce and measure part features. This course introduces the proper use, applications and parts of the outside, inside, and depth micrometers; the vernier caliper; dial indicators; and the dial bore gage commonly used by the machinist to verify and manufacture part features to print specifications. Prerequisite: MCH 100. MCH 157. Project Machine Technology I. 1.5 Credit. MCH 158. Project Machine Technology II. 3 Credits. MCH 159. Project Machine Technology III. 4.5 Credits. MCH 160. Drilling Machines and Operations. 2 Credits. Covers setup, applications, parts and operation of the sensitive, upright and radial arm drill presses. Introduces commonly performed operations of drilling, reaming, counterboring, countersinking, spot facing and tapping on various types of drilling machines used to produce part features to print specifications. Prerequisites: MCH 100, MCH 121, MCH 125, MCH 135. MCH 175. Band Saws. 1 Credit. Covers setup, applications, parts and operation of the vertical, and horizontal band saws and the selection/preparation of band saw blades. Introduces the skill of welding band saw blades and the common cutting operations performed on the vertical/horizontal to manufacture parts to print specifications. Prerequisite: MCH 100. MCH 180. Turning Machines and Operations. 4 Credits. Covers setup, applications, parts and operation of various types of lathes. Introduces the commonly performed operations of drilling, reaming, counterboring, countersinking, spotfacing, tapping, maintaining/aligning, parallel turning, facing, filing, knurling, grooving, cutting radii, cutting tapers, and parting on various types of turning machines used to produce part features to print specifications. Prerequisites: MCH 100, MCH 121, MCH 125. MCH 190. Boring on the Lathe. 1 Credit. Covers setup, applications and operation of boring on the lathe. Introduces the commonly performed operation of boring on the various types of turning machines used to produce part features to print specifications. Prerequisites: MCH 100, 125, 180. MCH 195. Threading on the Lathe. 3 Credits. Covers setup, applications and operation of single point threading and geometric forming heads for the production of single and multiple lead threads. Introduces cutting, chasing, rolling and forming production of single and multiple lead threads. Also covers cutting, chasing, rolling and forming of internal/external threads on the lathe and drill press by using a single point cutting tool, tap or geometric thread cutting/rolling head on nuts, bolts, fasteners, castings and machined parts to print specifications. Prerequisites: MCH 100, 180, 190. MCH 205. Vertical Milling Machines and Operations. 3.5 Credits. Covers setup, application and operation of the vertical milling machine. Introduces the commonly performed operations and uses of a variety of cutters, accessories, indicators, center/edge finder, clamping methods, squaring a block of material on all 6 sides, finding the edge of a workpiece, drilling/threading a hole, performing circular cutting operations, using the boring head to bore holes on manufactured parts to print specifications. Prerequisites: MCH 100, MCH 121, MCH 125. Audit MCH 210. Project Machine Technology IV. 6 Credits. MCH 211. Project Machine Technology V. 7.5 Credits. MCH 212. Project Machine Technology VI. 9 Credits. MCH 213. Project Machine Technology VII Credits. MCH 214. Project Machine Technology VIII. 12 Credits. MCH 215. Horizontal Milling Machines. 2.5 Credits. Covers setup, applications and operation of the horizontal milling machine. Introduces how to set-up horizontal milling machine and saw a slot in a piece of steel, use the indexing head to cut keyways and keyseats, use the Dividing Head to cut a gear, the basic function and uses of a jig or fixture to produce machined parts to print specifications. Prerequisites: MCH 100, 125, 205. MCH 222. Coordinate Measuring Machine Operation. 2 Credits. Machine Manufacturing Technology program. Covers the roles and types of CMMs; modes of operation; types of probes; CMM software; measuring features; alignments and reverse engineering (digitizing). Prerequisite: MCH 115. Audit MCH 225. Surface Grinding Machines and Operations. 2 Credits. Covers the setup, applications and operation of the horizontal spindle/reciprocating table surface grinder to produce parts to extremely close tolerances with improved surface finishes and accuracy. Introduces automatic grinder operation by grinding a block square/parallel and perpendicular by applying the required setups and operational sequencing, and grinding of angular surfaces on a workpiece to print specifications. Also introduces grinding wheels and abrasives, selecting, balancing and mounting the grinding wheel and the methods/machines of surface grinding. Prerequisite: MCH 100. MCH 227. CNC Grinder Operation. 2.5 Credits. Machine Manufacturing Technology program. A preparatory course designed to introduce the operation of the Computer Numerical Controlled Surface Grinder including proper setups, uses and operations associated with the CNC surface grinding machine and its accessory devices. Prerequisite: MCH 226. MCH 228. Abrasives. 1.5 Credit. Machine Manufacturing Technology program. Covers the different types of abrasives available, selection and their applications. Prerequisite: MCH 215. Audit MCH 229. Rapid Prototyping. 5 Credits. Introduces different additive manufacturing technologies and their application. Includes training on the proper set up and operation of a Fused Deposition Modeling (FDM) additive manufacturing machine. CAD solid modeling experience required. Prerequisite: Instructor approval required. MCH 235. Tool Sharpening. 2 Credits. Covers setup, applications and specifications of tool sharpening/reconditioning utilizing the universal tool and cutter grinder, the drill pointer and bench grinder. Introduces the sharpening of drill bits, lathe tools, end mill sides/ends, milling cutters, and various formed relieved cutters, reamers and taps to manufacturers specifications. Prerequisite: MCH 100. MCH 240. Cutting Tool Technology. 2 Credits. Covers types, setup, applications and specifications of cutting fluids and cutting tools. Introduces why the selection of the appropriate cutting tools and cutting fluids are essential in metal cutting operations to reduce the heat and friction produced during material removal operations and how the selection, setup and applications affect the quality, accuracy, efficiency and productivity of the workpiece produced. Prerequisite: MCH 100. MCH 245. Metallurgy. 2.5 Credits. Covers the manufacture, types, heat treatment, testing, machinability, properties and the physics of materials and material removal of ferrous and non-ferrous materials. Introduces the processing of materials to obtain the desired changes in its physical properties, the non-destructive and destructive testing of materials, the machinability of materials and the efficiently/required knowledge of the metal to be cut, but also how the cutting tool material and its shape will perform under various machining conditions. Prerequisite: MCH 100. MCH 259. CNC Programming-Lathe. 5 Credits. Introduces the basic programming skills used with Fanuc (G&M compatible) controlled CNC turning centers. Prerequisites: MCH 100, 110, 125, 130, 160, 205. MCH 262. CNC Conversational Controls. 2 Credits. Covers basics of CNC Conversational Controls. Introduces the student to CNC conversational controls and the flow of CNC conversational programming. Prerequisite: MCH 260, 261. MCH 263. CNC Cycle Time Reduction. 1.5 Credit. Covers concepts associated with CNC cycle time reduction. Covers proven methods for CNC setup time reduction, and CNC cycle time reduction Prerequisite: MCH 260, 261.

5 Machine Manufacturing Technology 5 MCH 266. Advanced CNC Programming. 3.5 Credits. Presented by means of audio visual presentations, demonstrations, lab experiences, and research activities. Emphasizes the development of skills and knowledge competencies prescribed by business and industry performance standards. Prerequisite: MCH 260, 261. MCH 268. CNC Programming-Mill. 5 Credits. Introduces basic programming skills used with Fanuc (G&M compatible) controlled CNC machining centers. Prerequisites: MCH 100, 110, 125, 130, 160, 205. Audit MCH 272. Mastercam Level I. 5 Credits. Introduces Mastercam operational basics. Includes terminology relevant to PCbased CAD/CAM work. Covers the use of the Mastercam menu structure and system management, 2 1/2 axis wireframe geometry creation, and toolpath creation for output of CNC "G" code for CNC milling. MCH 273. Mastercam Level II. 5 Credits. Construct advanced geometric models using geometric, free form, and derived surface types. Emphasis on surface creation and mathematical category, applicability, association, Open-GL, shading and curves, C-hooks, terminology and analyzing. All aspects of roughing and finishing are covered with focus on correct application and use of parameters. Includes mill/turn machining conventions, C-axis programming, tool libraries and solid toolpath verification. MCH 276. Mastercam Solids. 3 Credits. A continuation of the CAD/CAM curriculum and explores the solids application of Mastercam as it pertains to model design and toolpath generation. MCH 277. Mastercam CNC/CAM Project. 3 Credits. A continuation of the CAD/CAM curriculum. Purpose of course is to solidify the connection between Mastercam and the CNC Machine through the physical manufacturing of projects. MCH 278. CNC Operation - Mill. 4 Credits. Introduces basic operation and setup skill used with Fanuc (G&M compatible) controlled CNC machining centers. Prerequisite: MCH 268. MCH 279. CNC Operation - Lathe. 4 Credits. Introduces basic operation and setup skill used with Fanuc (G&M compatible) controlled CNC turning centers. Prerequisite: MCH 259. MCH 280. Cooperative Education: Machine Technology. 1-8 Credit. Provides an opportunity to work at a manufacturing site. Requires applying the skills learned in the Machine Manufacturing Technology (MMT)program to manufacture real world parts and products. Department permission is required. Offered for one to eight credits based upon the number of clock hours completed at the work site. One credit equals 30 hours of work. Prerequisites: MCH 121 and completion of at least 12 credits of MMT coursework. MCH 282. CNC Router Operation. 3 Credits. Introduces the basic operation and setup skills used on a computer numerical controlled (CNC) router. Requires an understanding of common CNC mill or CNC router "G" code that operates these machines. Prerequisite: Instructor approval required. MCH 283. CNC Router Mastercam Programming. 3 Credits. Machine Manufacturing Technology program. This is a preparatory course in CAD/ CAM designed to introduce personal computing and the operational basics of Mastercam Router required to produce a CNC manufactured part. Prerequisite: MCH 282. MCH 286A. Technical Skill Assessment in Manual Machining. 3 Credits. Covers the application of learned skillsets acquired in the coursework leading to the one-year certificate in manual machining. Includes a hands-on manual machining project which incorporates, but is not limited to, blueprint reading, feeds and speeds, shop math, precision measurement, manual milling, turning, and grinding. Prerequisites: MCH 110, MCH 121, MCH 130, MCH 195, MCH 205, MCH 225. Audit MCH 287A. Technical Skill Assessment in CNC Turning. 3 Credits. Tests the learned skill sets acquired in the coursework leading to the One- Year Certificate in CNC Turning. Requires a hands-on machining project which incorporates blueprint reading, feeds and speeds, shop math, precision measurement, manual lathe, manual mill, manual CNC lathe programming, and CNC lathe turning. Prerequisite: MCH 121 and MCH 279. MCH 288A. Technical Skill Assessment in CNC Milling. 3 Credits. Tests the learned skill sets acquired in the coursework leading to the One-Year Certificate in CNC Milling. Incorporates blueprint reading, feeds and speeds, shop math, precision measurement, manual lathe and mill, Mastercam CNC programming, and CNC milling. Prerequisites: MCH 121, MCH 272 and MCH 278A. MCH 290. Mastercam Fundamentals Orientation. 1 Credit. Introduces to use of Mastercam CAD/CAM software for community members, engineering, and art students to acquire skills to access additional technology in manufacturing labs, such as CNC machines, additive type RP machines, and laser systems. Create wireframe and limited solid geometry, and output of CNC code as well as STL and DXF formatted files. MCH 291. Laser Cutting and Engraving Fundamentals. 1 Credit. Introduces how to setup and operate a laser engraving machine using CorelDraw software as the print driver. Includes time for student project work. MCH 292. FDM Additive Manufacturing Fundamentals Orientation. 1.5 Credit. Introduces how to setup, operate, and maintain a Fused Deposition Modeling (FDM) machine using support material, to manufacture prototype or production parts. Requires individuals to prototype a design of their choice using up to five cubic inches of material. Requires CAD solid modeling experience and access to a CAD system that outputs.stl formatted file. Prerequisite: Instructor approval required. MCH 293. CNC Router Fundamentals Orientation. 1 Credit. Introduces set up and operation of a CNC router to manufacture a simple project. Explores CNC router application, and can be a fundamentals class for engineering and art students, and others to acquire skills to create objects of their own design. Students must be proficient at CNC "G" code for milling or router applications prior to taking the course. Prerequisite: Instructor approval required. MCH Dimensional Digital Laser Scanning Fundamentals. 1.5 Credit. Introduces an understanding of how to setup and use a NextEngine brand 3 dimensional digital laser scanner and to output data for CAD software use. Exploration of the machines application, or as a fundamentals class for engineering and art students, and others to acquire skills to re-engineer objects of their own design. Students must be proficient at basic computer operational skills literacy and have an understanding of CAD solid modeling. MCH 296A. Rhino CAD Level 1. 2 Credits. Introduces the features and functionality of Rhinoceros (Rhino), a NURBS modeler. Covers common commands and drawing capabilities of Rhino, including design, model editing, model properties, graphic rendering techniques, and creation of 2D drawings. Explores both 2D and 3D modeling techniques using curves, solids, and surfaces. MCH 297A. Rhino CAD Level 2. 2 Credits. Covers advanced commands and drawing capabilities of Rhino, including design, model editing, model properties, graphic rendering techniques, and creation of 2D drawings. Explores both 2D and 3D modeling techniques using curves, solids, and surfaces. Prerequisites: MCH 296A Rhino CAD Level 1 or instructor approval. Audit