BCA 119 Computer Orientation (COMP 702) (96:162) (1 s.h.)
Introduction to basic computer hardware and software functions. Emphasis
on using the computer as a tool to create personal and business documents.
Introductory Windows, word processing, spreadsheet, presentation, and Internet
units give students an opportunity to view software capabilities and use some of
the features. (15-15)
BUS 161 Human Relations (BUSN 105) (15:241) (3 s.h.)
The study of how people satisfy both personal growth needs and organizational goals. Human Relations looks at what can be done to anticipate problems, resolve them, or prevent them from happening. Emphasis is on practical knowledge which can be applied at work or at home. Significant developments in recent years have increased the importance of interpersonal skills in almost every type of setting; these trends provide support for the necessity of acquiring competence in human relations. (45-0)
ENG 701 Communications I (ENGL-701) (95:130) (3 s.h.)
Study designed to assist students in improving and/or refining skills in the areas of reading, writing, listening, and speaking to help meet communication needs in college and for success and advancement in a career. (45-0)
ENG 702 Communications II (ENGL-702) (95:131) (3 s.h.)
Further study designed to assist students in improving and/or refining skills in the areas of reading, writing, listening, and speaking to help meet communication needs in college and for success and advancement in a career. (45-0)
MAT 770 Applied Math I (MATH-710) (91:122) (2 s.h.)
Prerequisite: Compass Pre-Algebra Score of at least 49; or ACT math score of at least 16; or MATH-040 Essentials of Math, with a grade of C or higher. This course covers essential topics in algebra, including ratio and proportion, and basic statistics. This course is offered during the first eight weeks of the fall semester and the first eight weeks of the spring semester. (30-0)
MAT 771 Applied Math II (MATH-711) (91:123) (2 s.h.)
Prerequisite: MATH-710, Occupational Math I, with a grade of C or higher. This course covers essential topics in geometry and trigonometry. This course is offered during the second eight weeks of the fall semester and the second eight weeks of the spring semester. (30-0)
MFG 108 Computer-Aided Drafting (TLDI-804) (96:270) (2 s.h.)
Prerequisite/Corequisite: TLDI-701, Blueprint Reading I; TLDI-702, Blueprint Reading II; or instructor’s permission. Students are introduced to computer-aided drafting and design as an essential tool utilizing and enhancing the student’s existing drafting skills. This is accomplished by utilizing ESPRIT through the generation of two- and three-dimensional orthographic drawings as well as pictorial techniques in the CAD environment. Operating systems commands, cursor manipulation, direct display interaction, geometry creation and manipulation, file storage and retrieval, entity manipulation such as rotation and mirroring, and the use of printers are just a few of the hardware and software capabilities to be covered. (15-30)
MFG 110 3-D Modeling (TLDI-805) (96:173) (2 s.h.)
Prerequisite: TLDI-804, Computer-Aided Drafting, or instructor’s permission. Students are introduced to solid modeling as an essential tool, utilizing and enhancing designing skills. This is accomplished through the generation of 3-D drawings created in Solid Edge. Operating systems commands, cursor manipulation, file storage and retrieval, entity manipulation, such as rotation, mirroring, editing, dimensioning, sections, sheet metal parts, and assemblies capabilities will be covered. (15-30)
MFG 120 Machine Trade Print Reading I (TLDI-701) (96:163) (1 s.h.)
An introduction to the importance of prints in industry. Covers isometric drawings, orthographic projection, auxiliary views, detail and assembly drawing, dimensions and tolerances, and sectional views. Integrates the alphabet of lines and principles of sketching. Other information covered includes title blocks, drawing change systems, drawing notes, and material lists. (0-30)
MFG 130 Machine Trade Print Reading II (TLDI-702) (96:164) (1 s.h.)
Prerequisite/Corequisite: TLDI-701, Blueprint Reading I. Continues Blueprint Reading I with emphasis on geometric dimensioning and tolerancing and the interpretation of more advanced prints used in the construction of tool and die and mold building. (0-30)
MFG 245 Machine Theory & Operations I (TLDI-703) (96:165) (9 s.h.)
Prerequisite/Corequisite: MATH-710, Occupational Math I; and TLDI-701, Blueprint Reading I, and MATH-711, Occupational Math II. Covers theory and lab use of basic measuring and machining tools, layout inspection tools, as well as bench work. Safety is taught and enforced as it applies to each machine process. Proper terminology of the machinist trade is emphasized as well as following blueprints and holding tolerances through the use of a variety of machining processes to produce a product. (60-225)
MFG 248 Machine Theory & Operations II (TLDI-704) (96:166) (7 s.h.)
Prerequisite: TLDI-703, Machine Tool Practices I; MATH-710, Occupational Math I; MATH-711, Occupational Math II; TLDI-701, Blueprint Reading I. Corequisite: TLDI-702, Blueprint Reading II. Continues Machine Tool Practices I. Covers more advanced principles in setup and operation of mills, lathes, and grinders, with an introduction to carbide tooling along with a continued emphasis on shop safety, communication, and cooperation. Stresses the interrelationship of manufactured mating parts. (45-195)
MFG 302 CNC Fundamentals (TLDI-705) (96:167) (3 s.h.)
Prerequisite/Corequisite: TLDI-704, Machine Tool Practices II. Students must obtain a grade of C or better in TLDI-703, Machine Tool Practices I. Covers computer numerical control (CNC) as it relates to milling machines, turning lathes, microcomputers, and related software. Emphasis on input language, codes, machine set-up and operation, inspection of parts, and communication of peripherals. (30-30)
MFG 312 Advanced CNC (TLDI-814) (96:275) (2 s.h.)
Prerequisite/Corequisite: TLDI-813, Mold Making I. A continuation of CNC and EDM fundamentals as well as mold making with additional instruction and practice in the use of CAD, wire, and ram electrical discharge machines in the construction of die and mold components. (15-45)
MFG 320 Computer-Aided Manufacturing (TLDI-811) (96:272) (3 s.h.)
Prerequisite/Corequisite: TLDI-802, Tool and Die Making I, and TLDI-803, Fundamentals of EDM. Students must obtain a grade of C or better in TLDI-705, Fundamentals of CNC. This program provides an introduction to (Process Modeling) utilizing the CNC graphics programming system. Using engineering drawings, students program various parts for CNC mills, CNC lathes, and CNC EDM. Related topics include job planning, tool selection, construction of a process model, tool path verification, simulation, quality control, CAD, CAM data transfer, and CNC code generation. (15-60)
MFG 380 EDM Fundamentals (TLDI-803) (96:172) (2 s.h.)
Prerequisite/Corequisite: TLDI-802, Tool and Die Making I. Students must obtain a grade of C or better in TLDI-705, Fundamentals of CNC. The students are introduced to the electrical discharge machines, both wire and ram-type. Emphasis on how these tools are used in the manufacturing of punch and die components and injection mold cores and cavities. (15-45)
MFG 408 Basic Die Making (TLDI-810) (96:271) (8 s.h.)
Prerequisite/Corequisite: TLDI-802, Tool and Die Making I. This course is a continuation of Tool and Die Making I with instruction and practice in building a progressive or compound die. Emphasis is placed on the tool building procedures learned in Tool and Die I and toward fabricating dies. Instruction is given on the considerations involved in developing die components, such as calculation of die clearances, bend allowance, cutting forces, press tonnage requirements, and practice in building a complete functional die. (45-225)
MFG 423 Jig and Fixtures (TLDI-802) (96:171) (5 s.h.)
Prerequisite/Corequisite: Students must obtain a grade of C or better in TLDI-705, Fundamentals of CNC, and TLDI-704, Machine Tool Practices II. This course is an introduction to the design of industrial tools and machining characteristics of tool components. The student is introduced to additional machining skills that will be encountered in typical machine shops in the building of molds, dies, jigs, fixtures, and precision machine parts. (30-160)
MFG 459 Injection Mold Making (TLDI-813) (96:274) (9 s.h.)
Prerequisite/Corequisite: TLDI-810, Tool and Die Making II; TLDI-812, Plastics Materials and Methods. The student is introduced to the field of mold making for plastic injection molds, blow molds, compression and transfer molds, zinc and aluminum die casting molds. Focus is placed on mold theory, mold repair, identification and correction of mold problems, standardization of mold components, mold blueprint reading, and the machine shop skills necessary for mold making, as related to thermoplastic injection molds. In addition, the student develops necessary basic skills for gating, venting, heating, cooling, stoning and polishing as well as other hands-on experiences necessary to manufacture mold plates, cores, cavities, and ejection systems. The student builds a prototype injection mold. (45-285)
MFG 460 Plastic Materials (TLDI-812) (96:273) (1 s.h.)
This is a survey course designed to introduce the student to the field of plastics. This overview includes thermoplastics and thermoset materials along with the major processing methods being utilized by industry today. (15-0)
MFG 500 Statistical Process Control (TLDI-801) (96:170) (1 s.h.)
Covers the current transformation methods of industry and business toward a complete quality control system. Management theory on quality, productivity, and controlled charting techniques are included. (15-0)
PHY 720 Career Physics (PHYS-701) (96:150) (4 s.h.)
Prerequisite/Corequisite: MATH-710, Occupational Math I, and MATH-711, Occupational Math II. An introduction to the physics of mechanical, fluid, electrical and thermal systems with emphasis on application in the technical careers. (45-30)
SDV 135 Job Seeking Skills (SDEV-110) (89:150) (1 s.h.)
Develop skills necessary to enter the job market and experience long-term career growth. Students learn basic job seeking techniques, job keeping skills, and strategies for continued growth. (15-0)
WEL 334 Trade and Industry Welding (INDU-710) (96:169) (2 s.h.)
This is a basic arc/oxy-fuel welding and cutting course. The students will perform introductory skills in SMAW, GTAW, and GMAW welding, oxy-acetylene welding, and oxy-fuel cutting. The students learn safety procedures relating to welding subjects and general shop safety. (15-30)
General Machinist
Tool & Die Technology
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