Announcement of Courses | 213
Manufacturing Technology 077 Mastercam 3D Toolpath and CAM Applications Unit(s): 3.0 Class Hours: 48 Lecture, 32 Laboratory total. Prerequisite: Manufacturing Technology 074 and 075 with a minimum grade of C. Advanced concepts in the manufacturing of machine parts using MASTERCAM software and CNC machining centers. Emphasis placed on programming and machining 3 dimensional surfaces. Problem solving in roughing, finishing, fixturing, and machining of a variety of part configurations. May be repeated. Manufacturing Technology 078 Mastercam Lathe Unit(s): 3.0 Class Hours: 48 Lecture total. Prerequisite: Manufacturing Technology 071, 073, and 076 with a minimum grade of C. Computer assisted numerical control programming of machine tools using MASTERCAM lathe software. Emphasis placed on lathe toolpaths: facing, turning, grooving, boring, and threading.
Manufacturing Technology 086 Advanced CNC Lathe Programming, Setup and Operation Unit(s): 3.0 Class Hours: 48 Lecture, 32 Laboratory total. Prerequisite: Manufacturing Technology 071 and 076 with a minimum grade of C. Advanced programming, set-up, and operation of CNC lathe. Course curriculum will include instruction on C-Axis with live tooling option, subprogram for C-Axis, tapered I.D. and O.D. thread, canned cycles, uses of digital probe for tool offset, and programmable tailstock.
Manufacturing Technology 095 Mastercam 5 Axis Mill Toolpath and Application Unit(s): 3.0 Class Hours: 48 Lecture total. Prerequisite: Manufacturing Technology 075 and 077 with a minimum grade of C. Students will use Mastercam Software and Blade Expert to create various Multi Axis Toolpaths. Course includes programming, setup and operation of a 5-Axis DMU-50 milling machine with Siemens CNC control to complete various student projects. This course requires registration in a 2 hour per week scheduled lab session. Lab scheduling and registration will be done during the first class session each semester.
Manufacturing Technology 105 Solidworks Advanced Solid Modeling Unit(s): 3.0 Class Hours: 48 Lecture total. Prerequisite: Manufacturing Technology 104 with a minimum grade of C. Advanced course for solid modeling includes a review of the intermediate class and changes to the Solidworks interface. Instruction in the use of Solidworks part modeling, assembly modeling, subassemblies, advanced photoworks and advanced animator emphasized (same as Engineering 105). Manufacturing Technology 106 Solidworks Drawings Unit(s): 3.0 Class Hours: 48 Lecture total. Prerequisite: Manufacturing Technology 103 with a minimum grade of C. Creation and use of drawing templates, importing of solids data into the drawing template, and modification of the resulting drawings to company standards. Sugggested preparation: Manufacturing Technology 011. Manufacturing Technology 114 Geometric Dimensioning and Tolerancing Unit(s): 3.0 Class Hours: 48 Lecture total. Drawing interpretation utilizing geometric dimensioning and tolerancing (ANSI Y14.5) as applied in engineering, manufacturing, and inspection. Suggested preparation: Prior or concurrent enrollment in Manufacturing Technology 011 or Engineering 122 (same as Engineering 114). Recommended prerequisite: Manufacturing Technology 011.
Manufacturing Technology 103 Solidworks Basic Solid Modeling Unit(s): 3.0 Class Hours: 48 Lecture total. Introductory course in parametric solid modeling. This course will include a solid modeling overview, solid model construction techniques (extrude, revolve, fillet, chamfer, etc), including the preparation of individual solid components and basic solid model assemblies (same as Engineering 103). Suggested preparation: Manufacturing Technology 011.
Manufacturing Technology 130A CATIA Solid Modeling I Unit(s): 3.0 Class Hours: 48 Lecture total. Introductory course in parametric solid modeling CAD using CATIA software. Topics include: CAD overview, sketching, basic solid model creation (base features, pads, pockets, grooves, shafts etc.), sketch constraints, reference elements, hole features, feature editing, assembly, and drawing creation (same as Engineering 130A).
Manufacturing Technology 104 Solidworks Intermediate Solid Modeling Unit(s): 3.0 Class Hours: 48 Lecture total. Prerequisite: Manufacturing Technology 103 with a minimum grade of C. Intermediate course for solid modeling. Includes a review of the introductory class and changes to the Solidworks interface. Instruction in the use of intermediate Solidworks part modeling skills such as assembly modeling and sub-assemblies is included (same as Engineering 104).
Manufacturing Technology 130B CATIA Solid Modeling II Unit(s): 3.0 Class Hours: 48 Lecture total. Intermediate course in parametric solid modeling CAD using CATIA software. Topics: intermediate/advanced level sketching, and modeling (sweeps, ribs, slots), feature transformation, assemblies, drafting workbench, surface modeling, and other CATIA modules. Suggested preparation: Manufacturing Technology 130A (same as Engineering 130B).
COURSES
Manufacturing Technology 084 Advanced CNC Mill Set Up and Operation Unit(s): 3.0 Class Hours: 48 Lecture, 32 Laboratory total. Prerequisite: Manufacturing Technology 071 and 074 with a minimum grade of C. Advanced set up and operation of CNC Machining Center. Student will learn the advanced concepts in set-up and operation of the state-of-the-art milling equipment. Course curriculum will include instruction on boring cycles, reaming cycle, thread milling, 4th AXIS rotary table and multiple fixture offsets.
Manufacturing Technology 094 CNC Horizontal Mill Setup and Operation Unit(s): 3.0 Class Hours: 48 Lecture total. Prerequisite: Manufacturing Technology 071, 074, and 084 with a minimum grade of C. Set-up and operation of CNC Horizontal Machining Center. Students will learn the concepts necessary for set-up and operation of the state-of-the-art horizontal milling machine. Course curriculum will include instruction on multi fixtures, rapid pallet changing, and ability to machine several sides at once with a single set-up using fully programmable 4th axis, to boost productivity, cut lead times and lower production costs. Requires registration in 2 hour scheduled lab session for use of specialized equipment. Lab registration will be done during the first class session each semester.