MATC 2024-25 Catalog

MACHTL – MATH

as more precise instruments and methods of inspection are taught. Gage blocks, the optical comparator, dial bore gages and the coordinate measuring machine (CMM) are just some of the advanced pieces of equipment that are introduced. The basic concept of Statistical Process Control (SPC) is also presented. Prerequisite(s): Complete MACHTL-360. MASON – Bricklaying and Masonry (Department 408) MASON-190 Credits: 1 Current Topics in Masonry This course explores current topics and trends in the masonry and bricklaying fi elds. Students may participate in hands-on demonstration of new technology, site visits to manufacturers and suppliers to the trade, and other topics that provide the student a well-rounded view of the masonry and bricklaying trade and innovative construction methods. MASON-300 Credits: 5 Fundamental Bricklaying This course provides training in laying brick and blocks, with application to straight walls, corners and jambs. Students develop skills in the handling of bricklaying tools, spreading mortar, laying bricks and blocks to a line and striking joints. Prerequisite(s): Must be admitted to the Bricklaying program (30-408-2). MASON-303 Credits: 5 Advanced Bricklaying This course provides training in constructing walls with various brick bonds, brick sills, blocked walls and details of veneering. Emphasis is on developing masonry skills to accepted trade standards. Prerequisite(s): Completion of or currently enrolled in MASON-300. Must be admitted to the Bricklaying program (30-408-2). MASON-308 Credits: 1 Job Safety and Layout The proper use, care and maintenance of tools and equipment of the trowel trades are studied with speci fi c emphasis on construction safety. Basic building layout is taught as it relates to masonry. Prerequisite(s): Must be admitted to the Bricklaying program (30-408-2). MASON-356 Credits: 2 Methods 1 – Fundamentals This is a basic technical course in the practice and methods of the masonry trade. Through analysis, demonstration and discussion, various operations used in the trade are studied. Prerequisite(s): Must be admitted to the Bricklaying program (30-408-2). Completion of or currently enrolled in MASON-300. MATH (Department 804) MATH-107 Credits: 3 College Mathematics This course is designed to review and develop fundamental concepts of mathematics in the areas of algebra, geometry, trigonometry,

measurement and data. Algebra topics emphasize simplifying algebraic expressions, solving linear equations and inequalities with one variable, solving proportions and percent applications. Geometry and trigonometry topics include fi nding areas and volumes of geometric fi gures, applying similar and congruent triangles, applying Pythagorean Theorem, and solving right triangles using trigonometric ratios. Measurement topics emphasize the application of measurement concepts and conversion techniques within and between U.S. customary and metric system to solve problems. Data topics emphasize data organization and summarization skills, including frequency distributions, central tendency, relative position and measures of dispersion. Special emphasis is placed on problem-solving, critical thinking and logical reasoning, making connections, and using calculators. Prerequisite(s): Complete one of the following: MATGEN-109, ACT (17-19), high school GPA (2.30-2.59), Accuplacer (64 or higher), GED (155-164) or ALEKS PPL (14-24). MATH-113 Credits: 3 College Technical Mathematics 1A (Applied Algebra) Topics include: solving linear equations, graphing, percent, proportions, measurement systems, computational geometry, and right triangle trigonometry. Emphasis will be on the application of skills to technical problems. Successful completion of College Technical Mathematics 1A and College Technical Mathematics 1B is the equivalent of College Technical Mathematics 1. Prerequisite(s): Complete MATGEN-110 with a minimum grade of C or satisfactory math placement test scores. MATH-114 Credits: 2 College Technical Mathematics 1B (Applied Geometry and Trigonometry) This course is a continuation of College Technical Mathematics 1A. Topics include: performing operations on polynomials, solving quadratic and rational equations, formula rearrangement, solving systems of equations, and oblique triangle trigonometry. Emphasis will be on the application of skills to technical problems. Successful completion of College Technical Mathematics 1A and College Technical Mathematics 1B is the equivalent of College Technical Mathematics 1. Prerequisite(s): Complete MATH-113 with minimum grade of C. MATH-115 Credits: 5 College Technical Mathematics 1 Topics include: solving linear, quadratic, and rational equations; graphing; formula rearrangement; solving systems of equations; percent; proportions; measurement systems; computational geometry; right and oblique triangle trigonometry; and operations on polynomials. Emphasis will be on the application of skills to technical problems. This course is the equivalent of successful completion of College Technical Mathematics 1A and College Technical Mathematics 1B. Prerequisite(s):

MACHTL-372

Credits: 4

CNC Swiss Turning Center 2 This course offers instruction on the more complex operations on a CNC automatic turning machine. Items of instruction will include editing of the CNC program, calculations for the CNC program and more complex machining operations on the CNC automatic turning machine. Upon completion of the course, the student will be able to edit a CNC program, set up and operate a CNC automatic turning machine and produce parts that require complex operations such as boring, grooving and canned cycles. Prerequisite(s): Complete MACHTL-371. MACHTL-373 Credits: 4 CNC Swiss Turning Center 3 This course offers instruction on the more complex operations on a CNC automatic turning machine. Items of instruction will include creating a CNC program, calculations for the CNC program and more complex machining operations on the CNC automatic turning machine. Upon completion of the course, the student will be able to edit a CNC program, transfer the program, and set up and operate a CNC automatic turning machine using complex operations such as external and internal threading and tapping. Prerequisite(s): Complete MACHTL-372. MACHTL-384 Credits: 1 Machine Trades Mathematics 1 This course provides students with the necessary mathematical foundation for problem-solving in the metalworking trades. A review of the basic principles of arithmetic and algebra is offered. MACHTL-385 Credits: 1 Machine Trades Mathematics 2 This course presents an introduction to geometric methods applicable to the machine shop. It also provides students with an opportunity to analyze and solve a variety of practical machine trade application and problems. Prerequisite(s): Complete MACHTL-384. MACHTL-386 Credits: 1 Machine Trades Mathematics 3 This course presents an introduction to the trigonometric solution of shop problems. The basic right triangle functions and oblique triangle laws of sine and cosine are used to solve problems. Prerequisite(s): Complete Machine Trades Mathematics 4 The application of trigonometry in the solution of more complex shop problems is presented. Included are problems with tapers, sine bar, dovetails, correlate distances, hole locations, measurement of screw threads, and measurement using rods and balls. Prerequisite(s): Complete MACHTL-385. MACHTL-387 Credits: 1

MACHTL-386. MACHTL-391

Credits: 1

Quality Control This course is a continuation of MACHTL-360 Metrology. The level of precision is increased

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