Industrial Technology Department

Course Descriptions

Construction Trades

• CSTN 120 - Carpentry Bscs & Rough-In Frmg

  Credits: 5. Introduction to the carpentry trade, including history, career opportunities, and requirements.  The course covers building materials, fasteners, adhesives, hand tools, and power tools.  OSHA rules and regulations for a safe working place and procedures for compliance are covered.  This course includes a two-credit imbedded lab. Students will also learn now to install windows and an exterior door.

  Course Attributes:

  • Technical Course

• CSTN 122 - Beginning Carpentry Lab

  Credits: 5. Lab to support CSTN 102 and 120.

• CSTN 142 - Int & Ext Finish Carpentry

  Credits: 4. Prereq: CSTN 120 and 122.  Study of various types of siding, gutter systems, roof venting requirements, and framing with metal studs. Installation of sheathing, exterior siding, roofing felt, shingles, insulation vapor barriers, and stairs on small building constructed in CSTN 120. Installation of wood and metal doors. Demonstration of materials, layout and installation of suspended ceilings. Selection and installation of countertops, base cabinets and wall cabinets. Window, door, floor, ceiling trim and drywall are installed in a small building.  This course includes a one-credit imbedded lab.

• CSTN 143 - Intermediate Carpentry Lab

  Credits: 4. Lab to accompany CSTN 142.  Prereq: CSTN 102, CSTN 120 and CSTN 122.

• CSTN 171 - Site Prep, Found, Concrete Ins

  Credits: 3. Offered Autumn. Prereq., CSTN 100 or consent of instr. Introduces the process of distance measurement as well as differential and trigonometric leveling for site layout. It covers the principles, equipment, and methods used to perform the site layout tasks that require making angular measurements. This course is designed to let students apply the blueprint reading skills learned so far to a practical exercise.

• CSTN 191 - Special Topics

  Credits: 1 TO 6. (R-6) Offered intermittently. Experimental offerings of visiting professors, experimental offerings of new courses, or one-time offerings of current topics.

• CSTN 192 - Independent Study

  Credits: 1 TO 6. (R-6) Offered intermittently. Course material appropriate to the needs and objectives of the individual student.

  Course Attributes:

  • Technical Course

• CSTN 201 - Advanced Concrete Working

  Credits: 3. Offered spring. Prereq., CSTN 171. Provides basic knowledge of concrete materials and tools and provides hands-on experience in which the student applies with supervision those basic skills and knowledge presented in the area of concrete. The course is designed as a practical task-oriented application utilizing the basic skills learned in CSTN 171. The course will emphasize the advanced application in the area of concrete foundations, flatwork, forms, reinforcing, handling, and placing concrete.

• CSTN 205 - Advanced Carpentry Lecture

  Credits: 6. Prereq: CSTN 102, 120, 122, 142, and 143. Study of the process for angular measurement, using transits, theodolites, electronic distance measuring devices, lasers, and trigonometric calculating to lay out foundations and determine elevations. Installation of standing seam, lap seam, and built-up roofing systems; concrete, vinyl, wooden, tile, and carpeted floors as well as radiant heating; paneling, wainscoting, movable partitions, curtain walls and fire-rated commercial wall construction. Advanced stair systems, including shop built and prefabricated stairs, balustrades, mitered risers and treads, and layout of elliptical fastening methods, and assembly techniques. Project planning, scheduling, estimating, and management skills included.  This course includes a two-credit lab.

  Course Attributes:

  • Technical Course

• CSTN 206 - Advanced Carpentry Lab

  Credits: 2. Laboratory to accompany CSTN 205. Prereq:  CSTN 102, 120, 122, 142, and 143.

  Course Attributes:

  • Technical Course

• CSTN 261 - Building Management

  Credits: 4. Prereq: CSTN 120, 122, 142, 143, 171. Introduction to building business and project management including overhead costs, payroll costs, estimating and scheduling. Covers elements of payroll computation and preparation, payroll tax returns, information returns, and identification and compensation of independent contractors. Students are introduced to building cost estimating, and scheduling of subcontractors and building inspections. This course includes a one-credit imbedded lab.

• CSTN 278 - Applied Building Practices Lab

  Credits: 6. Offered spring.  Prereq., CSTN 102, 103, 120, 122, 142, 143.  Students work on a variety of projects either at the college or in the community to practice and develop their skills as well as learn new skills.  Knowing and following OSHA rules and regulations is emphasized.  Students are expected to produce a professional quality product.

• CSTN 279 - Commercial Construction

  Credits: 4. Prereq.CSTN 171, 120, 122, 142, and 143. Study and develop skills in metal stud framing, commercial roofing systems, metal and masonry buildings, metal doors and door hardware, suspended ceilings, and fire rated commercial walls.

• CSTN 282 - Green Bldg Concept & Design I

  Credits: 4. Offered fall semester of the 2nd year. This course takes a holistic approach to natural resource conservation and energy efficiency in the construction industry. From integrated design, building site selection and evaluation, through building design, material selection and efficiencies, passive heating and cooling, and construction techniques. Students design an energy efficient residence to be built by next years class.

• CSTN 283 - Green Bldg Concept & Design II

  Credits: 3. Prereq., CSTN 282. Spring semester. A course fee of $50.00 is required. This course builds on concepts learned in CSTN 282 Green Building Concepts and Design I. Students learn how to weatherize existing buildings and green remodeling and preservation techniques, design and build outdoor living spaces, and green landscaping practices. They learn how to document building for green rating for both NAHB Standards and LEED. They will conduct blower door tests and learn to test for and mitigate radon gas. Students will also refine the energy efficient residential plan they produced in Green Building Concepts and Design I.

• CSTN 286 - Advanced Wood Buildings

  Credits: 3. Curriculum will provide current and future industry participants education in the history, benefits, sourcing, design, products, applications and techniques in modern and emerging wood and wood frame construction. It will further showcase the inherent qualities of responsibly sourced wood as a rapidly renewable resource in single family residential, low rise multifamily, mixed use commercial and high rise buildings and inform both current practitioners and future industry workforce members on the products, techniques and tools in wood building construction that provide the maximum economic and sustainable benefits.

• CSTN 291 - Special Topics

  Credits: 3 TO 6. (R-6) Experimental offerings of visiting professors, experimental offerings of new courses, or one-time offerings of current topics.

• CSTN 299 - Capstone: Carpentry

  Credits: 2. Capstone laboratory to accompany CSTN 102, 120, 122, 142, 143, 205, 206, and 261. This course provides hands-on experience in which the student applies the skills and knowledge presented in the Carpentry Program. The course will emphasize advanced application in the areas of exterior finishing and interior finishing, and other constructed topics.

Diesel Service Tech

• DST 120 - Electrical Systems

  Credits: 8. Offered spring. The theory of AC/DC electricity including Ohm's Law, magnetism, wiring diagrams, and circuit analysis. Starting, charging, and related systems are covered in-depth using test equipment commonly found in heavy equipment repair facilities. Electronic systems are reviewed and tested using common electronic test equipment.

  Course Attributes:

  • Technical Course

• DST 128 - Engine Service I

  Credits: 4. Offered autumn. Introduction to the construction and operation of internal combustion engines with the diesel engine being examined in detail. The use of measuring tools and related special tools is covered extensively along with common manufacture rebuild procedures. Start-up and running practices are demonstrated on various running diesel engines.  Students must complete this course with a letter grade of “C” or better to enroll in U 135T Power Trains the second-half of the semester.

  Course Attributes:

  • Technical Course

• DST 135 - Power Trains (UMCOT)

  Credits: 7. Offered autumn. Chassis and drive train components used in light and heavy-duty trucks and other equipment. Clutches, manual transmissions, differentials, and final drives are covered.

  Course Attributes:

  • Technical Course

• DST 191 - Special Topics

  Credits: 1 TO 6. (R-6) Experimental offerings of visiting professors, experimental offerings of new courses, or one time offerings of current topics.

• DST 192 - Independent Study

  Credits: 1 TO 6. (R-6) Offered every term. Course material appropriate to the needs and objectives of the individual student.

  Course Attributes:

  • Technical Course

• DST 221 - Brakes Suspn and Undercarr

  Credits: 6. Offered autumn. Air brake design, construction, and operating principles including an in-depth study of diagnostic procedures for troubleshooting and repairing brake systems. Suspension systems and undercarriage design and repair are covered along with common axle alignment procedures found in industry. Students must complete this course with a letter grade of “C” or better to enroll in U225T Hydraulics in the second-half of the semester.

  Course Attributes:

  • Technical Course

• DST 225 - Hydraulics (UMCOT)

  Credits: 6. Offered autumn. Theory and application of hydraulics relative to mobile construction equipment and industrial hydraulic systems. Includes valves, pumps, motors, actuators, and related hydraulic components, system maintenance, troubleshooting, and repair.

  Course Attributes:

  • Technical Course

• DST 229 - Engine Service II

  Credits: 7. Offered spring. Prereq., DET 128T. A continuation of Engine Service I with a major emphasis placed on the rebuilding of a diesel engine. Engine components repair and failure analysis are reviewed along with tune-up and running of diesel engines commonly found in the heavy equipment trade. Shop flat-rate procedures, work order procedures, and warranty requirements are covered. Students must complete this course with a letter grade of “C” or better to enroll in U230T Air Conditioning in the second-half of the semester.

  Course Attributes:

  • Technical Course

• DST 230 - Air Conditioning

  Credits: 3. Offered spring. Prereq., DET 120T, DET 225T. Principles, theories, and the hazards of working with R-12 and R-34, including laws governing these refrigerants. An in-depth study of the components of an air conditioning system including hands-on practice. Discharging and charging principles are discussed, including leakage testing and other general diagnostic principles found in the field.

• DST 231 - Fuel Systems

  Credits: 5. Offered spring. A comprehensive study of diesel fuel injection systems to include: Cummins, Roosa Master, Caterpillar, Detroit Diesel, and Bosch. Disassembly and repair of these systems are covered in-depth along with calibration practices. Installation, timing, and on-engine adjustments are made on diesel engines. On-engine diagnosis of the fuel systems using special diesel engine diagnostic tools is reviewed.

  Course Attributes:

  • Technical Course

• DST 235 - Advanced Power Trains

  Credits: 2. Offered spring. Prereq., DET 135T. A continuation of DET 135T with an emphasis on heavy automatic transmission, torque converters, and powershift transmission. In-depth coverage of component review troubleshooting and repair.

  Course Attributes:

  • Technical Course

• DST 270 - Diesel and Gaseous Fueled Engi

  Credits: 3. Offered summer. Prereq., completion of an accredited diesel program or consent of instr. Overview of the diesel engine and its operating principles including the fuel systems found in the power generation field. Both mechanical and electronic type systems studied in depth. Gaseous/spark ignited internal combustion with in-depth look at both the ignition system and fuel system. Emission systems, preventive maintenance and general tune-up included.

  Course Attributes:

  • Technical Course

• DST 271 - Power Generators

  Credits: 5. Offered summer. Prereq., completion of accredited diesel program and DET 270T. Introduction to generators as found in the power generation field including the review of electrical laws that pertain to A/C and D/C current. The operation of a typical internal combustion powered generator will be covered in depth including troubleshooting and rebuilding practices found in the power generation field. Generator mounting/alignment practices and generator installations, including flow requirements for combustion and cooling.

  Course Attributes:

  • Technical Course

• DST 272 - Power Generation Controls

  Credits: 4. Offered summer. Prereq., completion of accredited diesel program and DET 271T. Operation of the generator and controls including governing devices and other specialized devices such as reverse power relays and volt/amp reactive power factor (VAR) controllers. Intensive troubleshooting including in depth coverage of service and repair of control systems.

  Course Attributes:

  • Technical Course

FacilityManagement Engineering

• FME 122 - Electricity

  Credits: 6. Offered spring. The electrical laws and principles pertaining to DC and AC circuits. Includes current, voltage, resistance, power, load, panels, feeders, lamps, motors, and fuses. Introduction to wiring methods and materials in conformance with the National Electric Code (NEC). Includes installation and replacement of light fixtures, heaters, GFCI's, switches, receptacles, raceways and electrical thermostats. Upon successful completion, students will receive the NCCER certification for Electricity

• FME 123 - Carpentry

  Credits: 6. Offered autumn. Application of carpentry principles and techniques. Construction and maintenance of foundation, floor, wall, ceiling, and roof systems. Includes safe use of tools and materials common to the industry. Additional topics are painting, masonry, insulation, and ventilation of commercial buildings.

• FME 127 - High/Low Pressure Boilers

  Credits: 3. Offered spring. The fundamentals of high/low pressure boiler operation and maintenance. Covers steam, feed-water, fuel, and draft systems. Includes boiler water treatment and hot water heating systems. Introduces safe mechanical operating procedures used in the industry. This course allows students to sit for the Third Class Boiler License Exam with 40 hours of hands-on training verses the 960 hours required by the state.

• FME 128 - Plumbing & Maintenance

  Credits: 3. Offered autumn. Maintenance principles pertaining to lawns, groundcovers, trees, swimming pools, and plumbing equipment. Emphasis is placed on safe application of chemicals; maintenance frequency; and the identification and safe uses of associated tools and materials.

• FME 130 - Heating & Air Conditioning

  Credits: 6. Offered spring. The fundamentals of heating, ventilating, and air conditioning. Covers heating and refrigeration cycles, gas furnaces, refrigerants, system evacuation and charging, and components used in associated systems. Introduces the basic mechanical service procedures used in the industry. Students will also sit for the Universal 608 EPA exam and receive the NCCER certification for Heating, Ventilation, Air conditioning and Refrigeration (HVAC).

• FME 191 - Special Topics

  Credits: 1 TO 6. (R-6) Offered autumn and spring. Prereq., consent of instr. Experimental offerings of visiting professors, experimental offerings of new courses, or one time offerings of current topics.

• FME 192 - Independent Study

  Credits: 1 TO 6. (R-6) Course material appropriate to the needs and objectives of the individual student.

Heavy Equipment Operation

• HEO 146 - Safety & Basic Controls

  Credits: 5. Offered autumn. Co-reqs., M 111 and CAPP 120. Orientation to the safe operation and basic control of crawler-tractors, scrapers, front-end loaders, motor graders, backhoes, trucks, and other heavy equipment units. Sufficient time is allowed for the development of basic machine operational skills.

• HEO 148 - Operational Skill Bldg

  Credits: 5. Offered autumn. Prereq., HEO 146T. Advancement of basic skills. Proper understanding and operation of heavy equipment is pursued. Time is allowed for development of proper operational techniques.

• HEO 150 - Job Simulation

  Credits: 6. Offered spring. Prereq., HEO 146, HEO 148T Incorporates learned skills into entry-level, industrial situations. Emphasis is on advanced equipment usage, problem definition and resolution, project-type earth moving assignments, proper equipment, and safety regulations. Course may allow participation in cooperative project efforts within the community.

• HEO 151 - Service & Maintenance

  Credits: 2. Offered autumn. Different types of lubricants and their applications, scheduled and preventive maintenance procedures, and importance of periodic services and maintenance. Also included are safety procedures and regulations.

• HEO 153 - Const. Theory & Spec. Equip.

  Credits: 5. Offered spring. Prereq., M 111, HEO 148. Study of construction principles, specialized equipment, production estimates, and various related subjects.

• HEO 191 - Special Topics

  Credits: 1 TO 6. (R-6) Offered autumn and spring. Prereq., consent of instr. Experimental offerings of visiting professors, experimental offerings of new courses, or one time offerings of current topics.

• HEO 192 - Independent Study

  Credits: 1 TO 6. Course material appropriate to the needs and objectives of the individual student.

Metals & Machining Technology

• MCH 101 - Introduction to Manufacturing Processes

  Credits: 1. This course is designed to introduce the student with an overview of manufacturing to include engineering materials and product attributes, material removal processes, property enhancing and surface processing operations, special processes and assembly technologies, and manufacturing systems.

• MCH 102 - Introduction to Manufacturing Materials

  Credits: 2. This is an introductory course in the study of materials used in the manufacturing industry. Topics include selection and identification of steels, selection and identification of nonferrous metals, mechanical behavior of various plastics, hardening, case hardening, tempering, annealing, normalizing, stress relieving, and the use of the Rockwell and Brinell hardness testers.

• MCH 112 - Related Metals Processes I

  Credits: 1. Offered spring. Use of hand tools and machines which relate to the repair of heavy equipment. Instruction covers fasteners, layout, bench metal, threads and threading, drills and drilling, and tool sharpening.

  Course Attributes:

  • Technical Course

• MCH 114 - Related Metals Processes II

  Credits: 3. Offered autumn. Instruction and use of drills, files, threads and threading processes, basic lathe, drill press, and band saw operation, including precision measuring instruments. Fasteners, layout procedures, and basic hand tools are covered.

  Course Attributes:

  • Technical Course

• MCH 115 - Related Metals Processes III

  Credits: 3. Offered autumn and spring. A basic metalworking course covering fasteners, layout, bench metal, heat treating, threads and threading, drills and drilling, basic machining, and tool sharpening.

  Course Attributes:

  • Technical Course

• MCH 120 - Blueprint Reading & Ingterpretation for Machining

  Credits: 3. This course introduces the fundamental concepts necessary to interpret and make drawings with symbols, various schematics and diagrams, dimensioning techniques, section views, auxiliary views, threads and fasteners, and sketching typical to all shop drawings. Interpretation of specifications and determination of acceptable tolerance requirements to ensure quality control measures for design parts will also be stressed.

• MCH 122 - Introduction to CAM

  Credits: 3. This course introduces Computer Aided Manufacturing (CAM) operational basics for both mill and lathe programming using current CAM software. The course includes terminology relevant to PC-based CAD/CAM work, hardware familiarity, system operation and management, folders, file type and structure, menu structure and use, and 3 axis (milling machines) and 2 axis (lathes) tool paths. Emphasis is placed on proper geometric creation, management, relevant utilities, and toolbar and menu functions.

• MCH 125 - Introduction to CNC Lathes

  Credits: 3. Prereq., MCH 132 . This course provides opportunities for students to develop skills in the safe setup, maintenance, and operation of CNC lathes and related periphery tools and skills. Topics covered include CNC lathe parts, controls, tool holding, tool insert geometry, chip formation, speeds and feeds, operation and process planning, threads, fits, dimensioning and tolerances, surface finish, and the following lathe processes: facing, turning, tapering, drilling, boring, reaming, chamfering, grooving, parting-off, internal and external threading, tapering, and knurling. Graded projects based on chuck, collet, and fixturing will be done. Related periphery tooling, use and care of precision measuring tools, in addition to related math used in the trade, will also be covered.

• MCH 127 - Introduction to CNC Mills

  Credits: 3. Prereq., MCH 134. This course provides instruction in the setup and operation of CNC mills. Student projects include specialty tooling and multi-axis machining. Students will also gain experience in process control. Topics include specialty tooling, multi-axis machining, process control, and laboratory exercises in part production.

• MCH 129 - Machine Quality Control and Precision Measurements

  Credits: 3. Students will develop the knowledge to analyze and evaluate the processes and methodology required in an industrial production environment to determine whether quality control standards are being met. Topics include use of non-precision measuring tools, use of precision measuring tools, use of comparison gauges, and analysis of measurements in a CNC environment.

• MCH 130 - Machine Shop

  Credits: 3. The course content covers a broad range of shop fundamentals in manual and CNC machining. This course includes an emphasis on shop and work area safety. Instruction covers standard shop work, such as measurement, layout, basic hand tools, drills, drill presses, and taps and dies. Use of pedestal grinder will be covered. Work assignments incorporate projects requiring use of the above machines, tooling, and emphasizes safety.

• MCH 132 - Introduction to Manual Engine Lathes

  Credits: 4. Prereq., or corereq., MCH 120 and MCH 129. This introduction to Manual Engine Lathes will cover the safety, maintenance and operation of manual engine lathes and related periphery tools and skills. Subjects covered include HSS tool bit grinding and tool bit geometry, chip formation, speeds and feeds, operation and process planning, threads, fits, dimensioning and tolerances, surface finish, and the following lathe processes: facing, turning, tapering, drilling, boring, reaming, chamfering, grooving, parting-off, internal and external threading, tapering, knurling, filing and polishing. Graded projects using between centers and chuck work turning will be done. Related periphery tooling, use and care of precision measuring tools, in addition to related math used in the trade, will also be covered.

• MCH 134 - Introduction to Manual Mills

  Credits: 4. Prereq.,/coreq., MCH 120 and MCH 129. The student will perform advanced hands-on machine shop operations: set up and operation of manual milling machines, drill presses, band saws, grinders, and other equipment commonly found in manufacturing facilities. The student will use precision measuring tools and methods, utilize blueprints, and perform project process planning. Various types of steel and aluminum are use.

• MCH 191 - Special Topics

  Credits: 1 TO 6. (R-6). Offered intermittently. Prereq. Consent of instr.

• MCH 196 - Independent Study Variable

  Credits: 1 TO 6. (R-6) Offered intermittently. Prereq., consent of instr. Course material appropriate to the needs and objectives of the individual student.

  Course Attributes:

  • Service Learning/Volunteer
  • Technical Course

• MCH 198 - Internship

  Credits: 1 TO 6. Prereq., consent of department. Extended classroom experience that provides practical application of classroom learning during placements off campus. Prior approval must be obtained from the faculty supervisor and the Internship Services office. A maximum of 6 credits of Internship (198, 298, 398, 498) may count toward graduation.

• MCH 214 - Advanced Related Metals Proc

  Credits: 3. Offered autumn. Prereq., MPR 114T or 115T. Advanced skill development using machine tools such as milling machines, lathes, surface grinders, and drill presses, emphasizing safety and providing greater complexity than provided in MPR 114T. Welding and machining are used together demonstrating how sequencing work improves quality and productivity.

  Course Attributes:

  • Technical Course

• MCH 292 - Independent Study

  Credits: 1 TO 6. (R-6) Offered intermittently

Small Engine Technology

• SET 160 - Basic Electricity for RPE

  Credits: 3. Offered autumn. The theory of AC/DC electricity including Ohm’s Law, magnetism, series circuits, parallel circuits, the use of meters, and electrical test equipment. Includes electrical symbols, soldering, storage batteries, cranking motors, and electrical safety.

  Course Attributes:

  • Technical Course

• SET 176 - Motorcy/ATV Eng, Sus, Chas

  Credits: 3. Offered autumn. Study of the design and function of several types of engines, transmissions, suspension, and brake systems.

  Course Attributes:

  • Technical Course

• SET 177 - Motorcy/ATV Elect & Fuel

  Credits: 4. Offered autumn. Prereq., SET 160T. Principles of ignition, charging, and cranking systems. Design and function of carburetor, fuel injection, and lubrication systems. Hands-on diagnosis of problems and testing of systems.

  Course Attributes:

  • Technical Course

• SET 178 - Marine Elec & Fuel Syst

  Credits: 5. Offered spring. Prereq., SET 160T. Theory of and testing and troubleshooting of problems with ignition, charging, and cranking systems. Includes the design, testing, and troubleshooting of marine carburetion and fuel injection systems.

  Course Attributes:

  • Technical Course

• SET 179 - Marine Powerhds/Low Units

  Credits: 6. Offered spring. Prereq., SET 178T. Theory of design, function and components of outboard motor powerheads and lower units. Includes basic rigging, power trim and tilt, propping, and personal watercraft design, function, and maintenance.

  Course Attributes:

  • Technical Course

• SET 180 - Snowmobile Main & Rep I

  Credits: 2. Offered autumn. Prereq., SET 177T. The repair and maintenance of air cooled and liquid cooled engines. Includes clutch, track, and rear suspension service and maintenance.

  Course Attributes:

  • Technical Course

• SET 181 - Snowmobile Main & Rep II

  Credits: 2. Offered spring. Prereq., SET 180T. Principles and theory of snowmobile electrical, fuel, front suspension, and brake systems.

  Course Attributes:

  • Technical Course

• SET 182 - Comp Apps Motorsports

  Credits: 1. Offered spring. Prereq., CRT 100. Use of recreational power equipment software for parts retrieval, invoicing and payment methods. Students build, query, and create reports using database software, and create a business plan for a hypothetical dealership.

  Course Attributes:

  • Technical Course

• SET 191 - Special Topics

  Credits: 1 TO 6. (R-6) Offered intermittently. Experimental offerings of visiting professors, experimental offerings of new courses, or one-time offerings of current topics.

  Course Attributes:

  • Technical Course

• SET 192 - Independent Study

  Credits: 1 TO 6. (R-6) Offered intermittently. Course material appropriate to the needs and objectives of the individual student.

  Course Attributes:

  • Technical Course

Surveying

• SRVY 108 - Construction Surveying

  Credits: 2. Offered autumn. Basic principles of surveying and the use of surveying equipment. Calculation of angles and distances to determine grade elevations. Introduction to Global Positioning Systems, lasers and their relationship to the heavy equipment operator.

  Course Attributes:

  • Technical Course

Welding

• WLDG 101 - Welding Fund Auto Tech/Diesel

  Credits: 2. Offered autumn. Basic and intermediate processes of shielded metal arc welding (SMAW) and oxyacetylene welding are covered in flat, horizontal, and vertical positions in a variety of joint configurations. Instruction in the oxyacetylene cutting process.  This course is designed for Diesel students only.

  Course Attributes:

  • Technical Course

• WLDG 103 - Welding Fund Constructn Trades

  Credits: 2. Offered spring.  Basic welding processes of shielded metal arc welding (SMAW), flux core arc welding (FCAW) are covered in the flat, horizontal, and vertical positions in a variety of joint configurations.  The instruction in flux core arc welding is focused on the carpentry building trades.  Instruction in the oxyacetylene cutting process is also provided.  Safe operation of equipment is covered and work is evaluated to industrial standards.  This course is designed for carpentry students.

• WLDG 117 - Blueprint Rdng & Weldng Symbls

  Credits: 3. Offered spring.  Prereq., WLDG 150 (Practical experience in reading and drawing orthographic projections, interpreting dimensions, notes, scales, and welding symbols. Isometric projection (pictorial), sections, and auxiliary views with practical experience using conventional drafting tools and computer aided drafting (CAD).

  Course Attributes:

  • Technical Course

• WLDG 139 - Welding Maint & Repair -Diesel

  Credits: 1. Offered autumn. Prereq., MPR 115T, WLDG 101. Combines the skills gained in welding and machine shop for practical applications such as repairing a broken cylinder block. Major emphasis is placed on repair techniques. Common repair procedures using machine shop and welding equipment is demonstrated.  This course is designed for Diesel students only.

  Course Attributes:

  • Technical Course

• WLDG 145 - Fabrication Basics

  Credits: 4. Offered spring. Prereq., MPR 114T; WLDG 180; coreq., WLDG 117, 187. Conception, design, and construction of a metal structure to industry standards using shears, presses, and other machine tools common to the welding industry. Skills are developed in the areas of shielded metal arc welding and flux core arc welding, oxyacetylene cutting, plasma arc cutting, and air carbon arc cutting.

  Course Attributes:

  • Technical Course

• WLDG 150 - Welding Layout Techniques

  Credits: 2. Using practical layout techniques students develop basics for blueprint construction, layout on pipe and structural steel, and use of tools common to material layout.

  Course Attributes:

  • Technical Course

• WLDG 180 - Shielded Metal Arc Welding

  Credits: 4. Offered autumn. Theory and safe operation of shielded metal arc welding (SMAW) of carbon steel on plate and structural components in all positions to industry standards. Visual inspection and destructive testing used to determine acceptability based upon industry standards (American Welding Society Structural Welding Code-Steel). Power sources and electrodes are covered in depth. Materials are prepared using mechanical plate shears and thermal cutting techniques. Thermal cutting techniques are examined relative to theory of operation and safe practices. Processes used are oxy-fuel cutting, plasma arc cutting, and air carbon arc cutting. Theory and operation of oxyacetylene welding examined.

  Course Attributes:

  • Technical Course

• WLDG 184 - OSHA Rules & Regulations Wldng

  Credits: 1. Offered spring. Study of the Occupational Safety and Health Administration rules and regulations that affect the welding and construction industries.

  Course Attributes:

  • Technical Course

• WLDG 187 - Flux Core Arc Welding

  Credits: 4. Offered spring. Prereq., WLDG 180 (Theory, practice, and safe operation of flux core arc welding equipment. Coupons are welded in the flat, horizontal, and vertical positions to industry standards using a variety of welding electrodes, diameters, and power sources, which prepare students for welding qualification to the American Welding Society Structural Welding Code specifications.

  Course Attributes:

  • Technical Course

• WLDG 191 - Special Topics

  Credits: 1 TO 6. (R-6) Offered intermittently. Experimental offerings of visiting professors, experimental offerings of new courses, or one-time offerings of current topics.

  Course Attributes:

  • Technical Course

• WLDG 192 - Independent Study

  Credits: 1 TO 6. (R-6) Offered intermittently.  Prereq., consent of instr. Course material appropriate to the needs and objectives of the individual student.

  Course Attributes:

  • Technical Course

• WLDG 205 - Applied Metallurgy

  Credits: 4. Offered autumn. Covers the manufacturing of iron and steel. Examination of physical and mechanical properties. Phase changes with the application of heating and cooling cycles. Ferrous crystal types and properties. Suggested welding procedures for low, medium, and high carbon steels, alloy steels, and cast iron.

  Course Attributes:

  • Technical Course

• WLDG 210 - Pipe Welding - Integrated Lab

  Credits: 4. Offered autumn. Prereq., WLDG 180; coreq., WLDG 215. Emphasis on skill development in the welding of pipe sections to extremely high quality levels as required by national codes and standards. Pipe welding using GTAW for the root pass and SMAW for the remaining passes in all positions. Visual inspection and destructive testing used to evaluate work according to industry standards. Students will be able to attempt welding qualification test as to code procedure set from American Welding Society –D1.1 Structural Welding Code-Steel. This test will certify them to a determined process on carbon steel from prequalified variables.

  Course Attributes:

  • Technical Course

• WLDG 215 - GTAW (integrated lab)

  Credits: 4. Offered autumn. Prereq., WLDG 180, 187, 210 The theory and safe operation of Gas Tungsten Arc Welding (GTAW). Examination of power source controls and operation along with associated consumables such as gasses, electrode filler materials for carbon steel, stainless steel, and aluminum. Welding skill development according to industry standards using these materials in the flat, horizontal, and vertical positions.

  Course Attributes:

  • Technical Course

• WLDG 245 - Metal Fab Design/Construction

  Credits: 4. Offered spring. Prereq., MPR 114T, MPR 214T; WLDG 117, 180, 187, 215, 275.  Students combine all knowledge and skills developed in the welding program to design and draw a full set of plans (blueprints) for an instructor-approved project using extensive welding, metal fabrication equipment, machining processes and automation. High quality performance, consistent with business and industry required.

  Course Attributes:

  • Technical Course

• WLDG 275 - Gas Metal Arc Welding

  Credits: 4. Offered spring. Prereq., WLDG 187. Theory and safe operation of Gas Metal Arc Welding (GMAW). Theory of flux core arc welding applied to GMAW. Primary focus on application, practical skill development, and producing welds that meet industry standards. Metals welded are low carbon steel, stainless steel, and aluminum. Short circuit arc and spray arc transfer used. Examination of gas and electrode selection.

  Course Attributes:

  • Technical Course

• WLDG 280 - Weld Testing Certification

  Credits: 2. Offered spring. Prereq., WLDG 180, 187, 215, 275. Fundamental concepts and requirements of the American Society of Mechanical Engineers (ASME) and American Welding Society (AWS) are examined. Through laboratory experience students are provided the opportunity to qualify (certify) under the two codes mentioned above.

  Course Attributes:

  • Technical Course

• WLDG 285 - Automation in Welding

  Credits: 3. Offered spring. Prereq., WLDG 117, 150, 187, 215, CADX 110 Application of the welding process to automation. Examination of simple automation techniques such as tools, clamping, and fixturing to aid in the rapid joining of production runs. Increasing complexity is examined leading into equipment that carries the welding gun, tractors, and carriages by fully automated systems with the student performing set-up and troubleshooting (Submerged Arc Welding) and automated parts processing (optical tracer torch). Programmable controllers are investigated and used. Programming and use of a PUMA 650 Industrial Robot.

  Course Attributes:

  • Technical Course

• WLDG 291 - Special Topics

  Credits: 1 TO 6. (R-6) Offered intermittently. Experimental offerings of visiting professors, experimental offerings of new courses, or one-time offerings of current topics.

  Course Attributes:

  • Technical Course