62 courses with the subject MEC, 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.
A course designed to familiarize the student with the machine shop and machine processes. Although not an in-depth study of machine shop practice, it covers a wide variety of techniques, machines, and procedures while giving enough shop practice to enable the student to “get the feel” of most of the machines. 149
An introductory course designed to acquaint the student with basic hand tools, safety procedures and machine processes of our modem industry, it will include a study of measuring instruments, characteristics of metals and cutting tools. The student will become familiar with the lathe family of machine tools by performing selected operations such as turning, facing, threading, drilling, boring, and ream- ing.
A study of advanced operations on lathe, drilling, boring, and reaming machines. Includes milling machine theory and practice. Provides a thorough study of the types of milling machines, cutters, jig and fixture devices, and the accessories used in a modem industrial plant. Safety in the operational shop is stressed.
A study of systems of forces acting on bodies, machines, and structures at rest and the effects of forces on objects. Topics covered include analysis of force systems; equilibrium; analysis of structures, frames, and machines; distributed forces; friction; and moment of inertia. (W)
Concepts and applications of statics and dynamics. Force systems, moments and couples, equilibrium, trusses, friction, centroids, center of gravity, moments of inertia, motion, work, energy momentum, and impulse are covered. Applications relating to the particular technology are introduced.
A study of the purpose and actions of cams, cables, gear trains, differentials, screws, belts, pulleys, shafts, levers, and other mechanical devices used to transmit or control signals.
A study of various manufacturing processes, the equipment, tools and mate- rials used, the principles involved and the products produced. Films and field trips further introduce the broad subjects of Manufacturing. (Sp)
Study of principles and analysis of stresses which occur within machine and structure elements subjected to various types of loads such as static, impact, varying and dynamic. Analyses of these stresses are made as applied to thin- walled cylinders and spheres, riveted and welder joints, beams, columns, and machine components. (Sp) 216
A basic study related to special problems encountered in the mechanical area. Mechanical advantages, motors, controls, and types of movements are inves- tigated. General mechanical operations and maintenance as well as produc- tion line problems are surveyed. (On Request)
An introductory course in metallurgy covering a basic study of the properties of metals and alloys. Includes analysis of the structure of metals and alloys, atomic structure, nuclear structure, and nuclear reactions. Also covers solid (crystalline) structures, methods of designating crystal planes, liquid and va- por phases, phase diagrams, and alloy systems. (W)
Day-to-day plant direction, forecasting, product planning and control, sched- uling, dispatching, routing, and inventory control. Actual layouts are utilized for planning and control. (W)
A shop practice course designed to acquaint the student with basic funda- mentals of installation, maintenance, and repair of machine tools. Machine maintenance and accuracy are emphasized. Slip and press fits are produced to include bearing assembly. (On Request)
Upon completion of this course, a study of special geometric solids encountered in the planning and production of jigs and fixtures, the student should be able to: 1) recognize and solve problems pertaining to the five basic types of solids; 2) convert orthographic drawings to pictorials; and 3) recognize and solve prob- lems related to compound angular drilling and boring.
Upon completion of this course, the student should be able to: 1) use and explain the iron carbide phase diagram; 2) perform various heat treatments on plain carbon steel; 3) discuss surface hardening treatments; 4) explain the nature and use of alloy steels, cast irons, and nonferrous materials; 5) discuss the effect of wear and corrosion; 6) identify unmarked samples; and 7) conduct basic failure analysis.
Transporting, converting, transferring, self-loading and bulk-handling equipment will be introduced. Use of wire rope, slings, chains, scaffolds, and ladders will be investigated. Proper storage of materials will also be covered (On Request)
An examination of the basic theories of hydraulic and pneumatic systems with a look at combinations of systems in various circuits. Includes basic designs and functions of circuits and motors, electrohydraulic servomechanisms, plumbing, filtration, accumulators, and reservoirs.
The purpose of this course is to broaden the experiences of the student in the areas of mechanics. Problems involving various types of equipment will be given to demonstrate the check list method of maintenance and preventative maintenance. The use of precision measuring tools and checking for accuracy, squareness and correct center line distances is stressed for pre-stat inspection. This course is a wide-based study in everyday manufacturing problems and solutions. (On Request)
Upon completion of this course, a study of the knowledge and skills needed for the design of tools, fixtures and dies, the student should be able to: 1) design simple point and multiple point cutting tools; 2) design and draw jigs and fixtures; 3) design piercing and planning dies; 4) design pending and forming dies; and 5) complete a design project.
The purpose of this course is to broaden the experiences of the student in the areas of mechanics. Problems involving various types of equipment will be given to demonstrate the check list method of maintenance and preventative mainte- nance. The use of precision measuring tools and checking for accuracy, square- ness and correct center line distances is stressed for pre-stat inspection. This course is a wide-based study in everyday manufacturing problems and solutions.
An introductory course designed to acquaint the student with basic hand tools. safety procedures and machine processes of our modern industry. It will include a study of measuring instruments. characteristics of metals and cutting tools. The student will become familiar with the lathe family of machine tools by performing selected operations such as turning. facing. threading. drilling. boring. and ream- ing. 109
A study of advanced operations on lathe, drilling. boring. and reaming machines. Includes milling machine theory and practice. Provides a thorough study of the types of milling machines, cutters, jig and fixture devices, and the accessories used in a modern industrial plant. Safety in the operational shop is stressed.
An introduction to the metalworking trade as it relates to machining opera- tions. The student will be oriented to the machine shop, safety, basic hand tools, and shop measuring instruments. Operations on engine lathes, drilling machines, metal cutting saws, milling machines, and bench grinders will also be covered. (F)
An introduction to the metalworking trade as it relates to machining opera- tions. The student will be oriented to the machine shop, safety, basic hand tools, and shop measuring instruments.
Operations on engine lathes, drilling machines, metal cutting saws, milling machine, and bench grinders will be covered.
An introduction to the assembly of parts, fits, hand broaches, screw and tap extractors, set-up equipment, inspection tools, gauges, buffing and polishing, and surface grinders. Continued instruction in the use of precision measuring 217
An introduction to the assembly of parts, fits, hand broaches, screw and tap extractors, set-up equipment, inspection tools, gauges, buffing and polishing, and surface grinders. Prerequisite; MEC 1101
Continued instruction in the use of precision measuring tools, selection of speeds and feeds, reciprocating and continuous bandcut-off saws, contour band saws, lathes, power drills, and milling machines.
Additional instruction and practice in the use of precision measuring tools, milling machines, and surface grinders. Practice in setting up and operating machine tools including the selection and use of work holding devices, feeds and speeds, special heads and tables, cutting tools, and coolants. Instruction and practice in the use of power feed drills and abrasive saws. (Sp)
Additional instruction and practice in the use of precision measuring tools, milling machines, and surface grinders. Instruction and practice in the use of power feed drills and abrasive saws.
Practice in setting up and operating machine tools including the selection and use of work holding devices, feeds and speeds, special heads and tables, cutting tools and coolants.
The student will work to required tolerances setting up and operating ma- chine tools. An introduction to turret lathes, advanced milling machine op- erations, special machining operations, and special machines. Also covered will be grinding specific surfaces using hand, surface and cylindrical grind- ers, and lapping and honing parts to specified tolerances. (Su)
The student will work to required tolerances setting up and operating ma- chine tools. An introduction to turret lathes, advanced milling machine op- erations, special machining operations, and special machines.
Covered will be grinding specific surfaces using hand, surface, and cylindri- cal grinders, and lapping and honing parts to specified tolerances.
This course is an introduction to CNC programming using the “machinist” lan- guage. Program writing, editing, and execution are stressed. Machine operations such as drilling and some milling cycles are used as a basis for application. Mirror Image and circular milling are examples of applications covered for both drilling and milling operations.
A continuation of MEC 1105 with advanced work in milling and drilling opera- tions. Helical interpolation, polar coordinate programming, canned cycles, rectan- gular and circular pocket milling are some of the specific items covered. Dem- onstrated student skills in these and other areas will serve as a basis for satisfactory completion of the course.
This course introduces shop safety, hand tools, machine processes, measuring instruments, and the operation of machine shop equipment. Topics include use and care of tools, safety, measuring tools, and the basic setup and operation of common machine tools. Upon completion, students should be able to manufacture simple parts to specified tolerance.
To acquaint the student with procedures of layout work and the correct use of hand and machine tools. Experiences in the basic fundamentals of drill press and lathe operation; hand grinding of drill bits and lathe tools; set-up work applied to the trade.
This course is designed to acquaint the student with the moveable parts of machine tools, the basic methods of joining these parts together, adjustments necessary to obtain satisfactory service, removal and reinstallation of worn parts, uses of lubricants as applied to machine tools. (Sp)
This course is designed to familiarize the student with the different properties of ferrous and non-ferrous metals. It provides a background for understanding the physical changes and chemical metallurgy of producing metals. Explains the material designation system. classifications of steels. trade names and cross reference information for comparable materials. Common shop terms used in treatment of metals will be explained.
Covers practical metallurgy theory and practice in the treatment of ferrous and non-ferrous metals. Actual practice of heat treatment will be performed on sam- ple materials with emphasis on low and high carbon steels. Relationships be- tween part design and heat treatment will be applied. Testing equipment for verification of correct treatment will be used.
This course covers advanced use of milling machines and lathes. Emphasis is placed on safety and compound setup of milling machines and lathes for manufacture of projects with a specified fit. Upon completion, students should be able to demonstrate proper procedures for manufacture of assembled parts.
This course is designed to familiarize the student with ferrous and nonferrous metals. Production and application practices are covered along with the SAE-AISI designation systems. Heat treatment of metals, with emphasis on low and high carbon steels, part design for heat treating purposes, and the use of testing equipment are included. Powder metallurgy is also introduced. (W)
An introduction to the set-up, operation, and programming of Numerical Control and Computer Numerical Control machine tools. Concepts, capabilities, and applications of CNC machining are to be explored. Equipment descriptions, operator controls, data input, program preparation and storage will be studied. Students will gain skills in manual parts programming, setup and operation of CNC machines. Operator safety and machine protection will be stressed. (W) 218
An introduction to the programming of Computer Numerical Control milling machines. Looping, macro subroutines, drill cycle, spot facing cycle, deep hole drilling cycle, boring cycle, multi-hole row drilling cycle, inch dimension system, metric dimension system, facing cycle, picket milling cycle, internal hole milling cycle and cutter diameter compensation will be areas of study. Safety and machine protection will be stressed at all times. (Sp)
An introduction to the programming of Computer Numerical Control lathes. Subroutines, drill cycle, deep hole drill cycle, boring cycle, inch-metric sys- tems, facing and rough turning cycles, tapers, threading, tool nose radius, and tool offsets will be the areas of study. Safety and machine protection will be stressed at all times. (Su)
This course covers programming, setup, and operations of CNC turning, milling, and other CNC machines. Topics include programming formats, control functions, program editing, and part production and inspection. Upon Courses 59
This course introduces the purpose and action of various mechanical devices. Topics include cams, cables, gear trains, differentials, screws, belts, pulleys, shafts, levers, lubricants, and other devices. Upon completion, students should be able to analyze, maintain, and troubleshoot the components of mechanical systems.
This course covers the properties and characteristics of manufacturing materials and the processes used to form them. Emphasis is placed on manufacturing materials, heat-treating processes, and manufacturing processes. Upon completion, students should be able to identify physical characteristics of materials and describe processes used to manufacture a part.
This course introduces a variety of manufacturing materials and common processing techniques. Emphasis is placed on the processing, testing, and application of materials such as wood, metals, plastics, ceramics, and composites. Upon completion, students should be able to demonstrate an understanding of fundamental engineering applications for a variety of materials, including their process capabilities and limitations.
This course expands skills in bench work, welding, and machinery. Emphasis is placed on integrating techniques of welding and machine processes. Upon completion, students should be able to design, fabricate, and repair parts and/or modify existing equipment.
A study of various manufacturing processes, the equipment. tools and materials used, the principles involved and the products produced. Films and field trips fur- ther introduce the broad subjects of Manufacturing.
A basic study related to special problems encountered in the mechanical area. Mechanical advantages, motors. controls, and types of movements are in- vestigated. General mechanical operations and maintenance as well as produc- tion line problems are surveyed.
An introductory course in metallurgy covering a basic study of the properties of metals and alloys. Includes analysis of the structure of metals and alloys, atomic structure, nuclear structure, and nuclear reactions. Also covers solid (crystalline) structures, methods of designating crystal planes, liquid and vapor phases, phase diagrams, and alloy systems.
Day-to-day plant direction. forecasting. product planning and control, scheduling, dispatching. routing. and inventory control. Actual layouts are utilized for plan- ning and control.
A shop practice course designed to acquaint the student with basic fundamentals of installation, maintenance, and repair of machine tools. Machine maintenance and accuracy are emphasized. Slip and press fits are produced to include bearing assembly.
Transporting, conveying, transferring, self-loading and bulk-handling equipment will be introduced. Use of wire rope, slings, chains, scaffolds. and ladders will be investigated. Proper storage of materials will also be covered.
WED 112 Basic Welding Processes 1 3 0 2 13 38 0 28 Other Required Courses: ACA 111 College Student Success 1 0 0 1 TOTAL SEMESTER CREDIT HOURS IN PROGRAM 73 117
An examination of the basic theories of hydraulic and pneumatic systems with a look at combinations of systems in various circuits. Includes basic designs and functions of circuits and motors, controls, electrohydraulic servomechanisms, plumbing, filtration, accumulators, and reservoirs.
This course examines the methods companies use in process design, production, and facilities management for an integrated management system. Emphasis is placed on three different but interrelated subsystems: industrial facilities management, process design and development, and manufacturing. Upon completion, students should be able to demonstrate an understanding of manufacturing processes and be prepared for the APICS CIRM examination.
This course covers the concepts and principles of statics and stress analysis. Topics include systems of forces on structures in equilibrium and analysis of stresses and strains on these components. Upon completion, students should be able to analyze forces and the results of stresses and strains on structural components.
The purpose of this course is to broaden the experiences of the student in the areas of mechanics. Problems involving various types of equipment will be given to demonstrate the check list method of maintenance and_ preventative maintenance. The use of precision measuring tools and checking for accuracy. squareness and correct center line distances is stressed for pre-start inspection. This course is a wide-based study in everyday manufacturing problems and solu- tions.
Source: Stanly Community College's catalog, linked per course · table learning_unit · CourseShelf publish 61
