2012 - 2013 catalog - Delta College
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2012 - 2013 catalog - Delta College

2012 - 2013 catalog - Delta College 2012 - 2013 catalog - Delta College

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SKCN 285W Computer Numerical Control Capstone 4 Sem Hrs Prerequisites: Permission of instructor . Demonstrates application-based activities that tie a majority of your previous manufacturing learning together. Incorporates skills learned in drafting, CAD, manual and CNC machine tools, and CAM to complete the capstone project. Applies critical thinking and spatial analysis abilities in the processing of this project. Applies the fundamentals of ID tool design and tool making, fixture building, and geometric dimensioning and tolerancing (GD&T). Credit may be earned in CNC 285 or SKCN 285 but not in both. (30-60) SKCT 101 Industrial Millwright Procedures 3 Sem Hrs Prerequisite: SKDR 101. A course for millwrights emphasizing blueprint reading, layout of typical industrial construction, equipment, and safety and guarding. Topics covered include plan and elevation prints of building footings and foundation, mechanical services, equipment and machinery foundations, ventilation systems, catwalks, decking, platforms, and various conveying systems. (45-0) SKCT 102 Building Materials 3 Sem Hrs To learn development, properties, and composition of various building materials. To develop perception for economical and appropriate application of building materials. To learn various sources of technical data about residential and industrial building materials. To develop skills of building material application. (45) SKCT 105 Building Site Surveying 3 Sem Hrs Prerequisite: MATH LEVEL 4. Studies fundamentals of site analysis, including utility services, metes and bounds, solar access and restrictions. Teaches elements of surveying including use of instruments, leveling, measurement of angles and distances, contours, location of site elements and development of a site plan from field data. Interprets engineering surveys, introduces landscape design, and studies computer aided design examples. Credit may be earned in ARC 221 or SKCT 105, but not in both. (45-0) SKCT 106 Concrete and Foundations 3 Sem Hrs Prerequisite: SKCT 102. Studies practical methods and procedures of preparing and setting concrete forms for such areas as basement floors, garage floors, driveways, sidewalks, patios, etc. (45-15) SKCT 111 Construction Print Interpretation 3 Sem Hrs Instruction in this course includes trade terminology and description of the various views of working drawings, pictorial drawings, and the basic procedures in development of these drawings. Also included is the interpretation of specifications and job information as they pertain to construction and layout. Credit may be earned in either SKCT 111 or RC 101 but not both. (45) SKCT 114 Framing Square 4 Sem Hrs Uses the framing square and speed square in construction. Credit may be earned in either SKCT 114 or RC 114 but not in both. (60-0) SKCT 201 Rough and Outside Framing 4 Sem Hrs Prerequisite: SKCT 114 and RC 104. Provides instruction in the techniques of construction used in all phases of framing and exterior finishing. Credit may be earned in either SKCT 201 or RC 201 but not in both. (30-60) SKCT 204 Inside Finishing and Hardware 4 Sem Hrs Prerequisite: SKCT 114. Includes principles of interior construction, joinery and installation, and finishing of all types of interior trim. Credit may be earned in either SKCT 204 or RC 204 but not in both. (45-45) SKCT 205 Cabinet Making and Millwork 5 Sem Hrs Prerequisite: SKCT 204. A study is made of the construction of, the placement of, and installation procedures of cabinets used in residential and commercial building. (45-60) SKDR 101 Sketching and Blueprint Reading 4 Sem Hrs Topics include: The graphic language and design, lettering, sketching, and shape descriptions, multiview projections, sectional views, auxiliary views, shop processes, thread fasteners and springs, and print reading of typical shop blueprints. (60-0) SKDR 111 Drawing II 3 Sem Hrs Prerequisite: SKDR 101. A continuation of SKDR 101. Topics include multiview and pictorial sketching and drawing, sections drawing, dimensioning and tolerancing. (45) SKDR 121 Descriptive Geometry 3 Sem Hrs Prerequisite: SKDR 111. Topics include orthographic projections, primary auxiliary views and lines, planes, successive auxiliary views, piercing points, intersection of planes, and angle between planes. (45) SKDR 128 Geometric Tolerancing 2 Sem Hrs Prerequisite: SKDR 111. Primary emphasis is on geometric symbols used in place of written notes on industrial drawings including datums, symbols, and other items tolerancing to the geometry of the part. Credit may be earned in either SKDR 128 or DRF 128 but not both. (30) SKDR 130 Tool and Die Design 4 Sem Hrs Prerequisite: SKDR 111. Topics include: design of jigs and fixtures, design of gaging mechanisms, design of automatic tooling, machining cost calculations. The student will use this data to make class presentations with questions and answer sessions. (60) SKDR 131 Pattern Design I 3 Sem Hrs Prerequisite: SKDR 111. Course covers terms and definitions of pattern design. Students will learn how to make calculations from tables and drawing, estimate weights from pattern charts and materials codes, and sketch and detail typical pattern designs. (45-0) SKDR 141 Pipe and Tube Isometrics 3 Sem Hrs Sketching course for industrial pipefitters includes all mensurations for layout and construction. (45) SKEL 101 Basic Electronics 6 Sem Hrs Prerequisite: SKMA 113. The first course in a series to train electrician apprentices in the theory and application of electronics to industrial control systems. Basic electronic devices will be discussed, along with how they work and their electrical characteristics. Simple electronic circuits will be set up on trainers to illustrate the application of the devices. Troubleshooting techniques and basic test instruments will be discussed and used. (90) SKEL 102 Industrial Electronics 4 Sem Hrs Prerequisite: SKEL 101. The second course in a series to train electrician apprentices in the theory and application of electronics to industrial control systems. Application of basic electronic devices to industrial control systems will be discussed. Major topics will be digital solid state logic and power control using SCR’s and TRIAC’s. Troubleshooting techniques and basic test instruments will be discussed and used. (60-0) SKEL 103 OSHA Safety and Michigan Electrical Laws 2 Sem Hrs Introduces students to Occupational Safety and Health Standards (OSHA), and Michigan Electrical Laws. Provides a basic understanding of the OSHA rules and regulations, and how to locate and apply published OSHA information. Covers requirements for compliance with the State of Michigan Model Training Program for related Technical Instruction (Referred to as RTI), for Apprentice Electricians as approved by the State Electrical Board on October 2, 2009. (30-0) SKEL 104 Electric Substation Worker Orientation 2 Sem Hrs Provides participants with a basic understanding of a career as an electric substation worker: installing, maintaining, and troubleshooting electrical substation equipment comprised of power transformers, circuit breakers, switches, conductors, insulators, and instrumentation & controls. (18-12) SKEL 105 Electrical Utility/Lineworker Orientation 2 Sem Hrs Orients student to basic requirements of electrical utility/lineworker career. Requires application of safety protocol. Includes mandatory classroom and outside activities. Requires use of safety equipment and practice of all activities. (15-15) 412 Delta College 2012-2013

SKEL 111 Conventional Controls 3 Sem Hrs Prerequisite: SKMA 111. Develops competencies in reading basic electrical blueprints and troubleshooting through familiarization of basic control devices. Develops visual and analytical relationships between the device and the corresponding blueprint configurations and symbols. Discusses and applies basic troubleshooting skills using the electro-pneumatic laboratory simulation training board. (45-0) SKEL 121 Advanced Controls I 5 Sem Hrs Prerequisite: SKEL 102. Topics include: vacuum and vapor tubes, resistance welding controls, induction heating, motors, inverters, polyphase rectifiers, op-amps transducers, instrumentation, closed loop controls, servo systems, temperature controls, troubleshooting. (75) SKEL 122 Advanced Controls II 4 Sem Hrs Prerequisite: SKEL 121. Present students with basic concepts and hands-on experience with programmable digital control systems. Emphasis placed on hardware, program (software) entry, R-T-C math, documentation, trouble-shooting, communication links (generic) and peripheral equipment. (60-0) SKEL 131 AC/DC Machinery 3 Sem Hrs Prerequisite: SKMA 113. This course is one in a series of courses on conventional industrial controls. Topics include physics of electromotive forces, armature reaction, induction, DC generator types, AC generators, DC motors, DC motor starters, transformers, AC motors and variable speed drive systems. (45-0) SKEL 134 Lineworker Climbing Techniques 5 Sem Hrs Prerequisite: Current validation for Lineworker Level I program. Corequisites: SKEL 136 and SKEL 138. Provides participants with the basic knowledge and pole climbing skills necessary to progress through the Lineworker/Electrical Utility Program. Student is responsible for climbing equipment, tools, and foul weather gear as required. Cost may exceed $200. (15-63) SKEL 136 Utility Worker Training 5 Sem Hrs Prerequisites: Current validation for Lineworker Level I program. Corequisites: SKEL 134 and SKEL 138 . Provides participants with the basic Ground Worker/Utility Worker knowledge and skills necessary to progress through the Lineworker/Electrical Utility Program. (15-63) SKEL 138 Lineworker Level I 6 Sem Hrs Prerequisites: Current validation for Lineworker Level I program. Corequisites: SKEL 134 and SKEL 136. Provides hands-on experience with energized equipment with voltages up to 240V. (30-74) SKEL 141 Industrial Electrical Codes & Standards 3 Sem Hrs Prerequisite: SKEL111 AND SKEL131. Develops competency in the application of the National Electrical Code (NEC) and its relationship to industry and some residential wiring as written by the National Fire Protection Association (NFPA). Includes the Joint Industrial Council (JIC) standards for industrial electrical mass production operations and equipment. Emphasizes safety regarding hazardous locations, electrical grounding, ground faults, fusing, motor circuit protection and controls as well as electro-mechanical and hydraulic devices. (45-0) SKET 106 Applied Electricity I 3 Sem Hrs Prerequisite: MATH LEVEL 4. Covers basic fundamentals of electricity that include introductory schematic symbols and basic electrical circuits, Ohms law, power formulas, series and parallel circuit rules, combination circuits, magnetism, capacitance, inductance and reactance in electrical DC and AC circuits. Applies the above fundamentals to electrical circuits and electrical schematics; calculate voltage, current, resistance and wattage as they apply in an electrical circuit; interpret electrical problems on the refrigeration or heating unit. Uses the multi meter as an Ohmmeter, as a voltmeter, and as an amp meter. Credit may be earned in SKET 106 or RHA 140 but not in both. (45-0) SKET 107 Applied Electricity II 2 Sem Hrs Prerequisite: SKET 106 or permission of Technical, Trades, and Manufacturing Division Office. Furthers the study of electrical applications. Provides an in-depth study of frequency, peak-effectiveaverage voltage, inductance, capacitance, three phase power, resistive circuits, coils, capacitors, lost power, and power factor correction. (30-0) SKET 162 Industrial Robotics I 3 Sem Hrs Prerequisites: SKET 107 and SKMT 101. Studies modern industrial robotic systems. Introduces the operation, use and safety of industrial robots. Discusses feedback mechanisms, actuators, sensors, power supplies, micro-controllers, P.C. computer control and programming. Emphasizes a hands-on approach to system analysis, critical thinking, solution to open-ended problems, computer usage, and teamwork. Credit may be earned in SKET 162 or ET 162 but not both. (15-30) SKET 164 Robotics Electrical Service & Troubleshooting 3 Sem Hrs Perequisities: SKET 107 and SKMT 101. Identifies the electrical component of robots, theory of operation. Introduces proper troubleshooting procedures for the robot controller and manipulator. Approximately 50 percent of the course will be hands-on troubleshooting of actual robot system and controller. Credit may be earned in SKET 164 or ET 164 but not both. (15-30) SKET 262 Industrial Robotics II 3 Sem Hrs Prerequisite: SKET 162. Emphasizes programming, advanced manipulation, grip load instructions, velocity, and acceleration instruction, offline editing, handling errors, and robot configuration. Discusses programming concepts and structures in the C+ programming language, industry-like applications and system integration projects. Emphasizes a hands-on approach to system analysis, critical thinking, solutions to open-ended problems, computer usage, and teamwork. Credit may be earned in SKET 262 or ET 262 but not both. (15-30) SKGM 110 Automotive Electronics Service 4 Sem Hrs Introduces the operation, maintenance, and service of battery, charging, starting systems and GM electrical and electronic systems. Credit may be earned in AGM 110 or ACD 110 or SKGM 110 or AGM 131 but not in more than one. (40-40) SKGM 112W Engine Service 6 Sem Hrs Introduces the operation, maintenance, and service of GM engines for mechanical performance. Stresses proper repair techniques and diagnosis of engine noises. Credit may be earned in AGM 112 or ACD 112 or SKGM 112 or AGM 141 but not in more than one. (45-75) SKGM 114 Brakes, ABS, TCS Service 5 Sem Hrs Introduces the operation, maintenance, and service of GM base brakes, anti-lock and traction control. Presents general auto lab equipment operation and stresses safety. Credit may be earned in AGM 114 or ACD 114 or SKGM 114 or AGM 132 but not in more than one. (40-60) SKGM 142 Electronic Engine and Emission Controls Service 9 Sem Hrs Prerequisite: SKGM 112. Introduces the operation, maintenance, and service of GM engines for drivability performance. Stresses proper repair techniques and diagnosis of engine drivability problems. Credit may be earned in SKGM 142 or AGM 142 or ACD 142 but not in more than one. (81-144) SKGM 210 Body Electronics Service 3 Sem Hrs Prerequisite: SKGM 110. Stresses the operation, diagnosis, and service of GM body electrical and electronics systems. Credit may be earned in AGM 210 or SKGM 210 or ACD 210 or AGM 241, but not in more than one. (30-30) SKGM 212W Suspension System Service 7 Sem Hrs Introduces the operation, maintenance, and service of GM steering and suspension systems. Credit may be earned in AGM 212 or SKGM 212 or ACD 212 or AGM 133 but not in more than one. (56-84) Delta College 2012-2013 Prerequisite Levels - See charts in this section. 413

SKEL 111 Conventional Controls 3 Sem Hrs<br />

Prerequisite: SKMA 111. Develops competencies in reading basic electrical<br />

blueprints and troubleshooting through familiarization of basic control<br />

devices. Develops visual and analytical relationships between the device<br />

and the corresponding blueprint configurations and symbols. Discusses<br />

and applies basic troubleshooting skills using the electro-pneumatic<br />

laboratory simulation training board. (45-0)<br />

SKEL 121 Advanced Controls I 5 Sem Hrs<br />

Prerequisite: SKEL 102. Topics include: vacuum and vapor tubes,<br />

resistance welding controls, induction heating, motors, inverters,<br />

polyphase rectifiers, op-amps transducers, instrumentation, closed loop<br />

controls, servo systems, temperature controls, troubleshooting. (75)<br />

SKEL 122 Advanced Controls II 4 Sem Hrs<br />

Prerequisite: SKEL 121. Present students with basic concepts and<br />

hands-on experience with programmable digital control systems.<br />

Emphasis placed on hardware, program (software) entry, R-T-C math,<br />

documentation, trouble-shooting, communication links (generic) and<br />

peripheral equipment. (60-0)<br />

SKEL 131 AC/DC Machinery 3 Sem Hrs<br />

Prerequisite: SKMA 113. This course is one in a series of courses on<br />

conventional industrial controls. Topics include physics of electromotive<br />

forces, armature reaction, induction, DC generator types, AC generators,<br />

DC motors, DC motor starters, transformers, AC motors and variable<br />

speed drive systems. (45-0)<br />

SKEL 134 Lineworker Climbing Techniques 5 Sem Hrs<br />

Prerequisite: Current validation for Lineworker Level I program.<br />

Corequisites: SKEL 136 and SKEL 138. Provides participants with the<br />

basic knowledge and pole climbing skills necessary to progress through<br />

the Lineworker/Electrical Utility Program. Student is responsible for<br />

climbing equipment, tools, and foul weather gear as required. Cost may<br />

exceed $200. (15-63)<br />

SKEL 136 Utility Worker Training 5 Sem Hrs<br />

Prerequisites: Current validation for Lineworker Level I program.<br />

Corequisites: SKEL 134 and SKEL 138 . Provides participants with the<br />

basic Ground Worker/Utility Worker knowledge and skills necessary<br />

to progress through the Lineworker/Electrical Utility Program. (15-63)<br />

SKEL 138 Lineworker Level I 6 Sem Hrs<br />

Prerequisites: Current validation for Lineworker Level I program.<br />

Corequisites: SKEL 134 and SKEL 136. Provides hands-on experience<br />

with energized equipment with voltages up to 240V. (30-74)<br />

SKEL 141 Industrial Electrical Codes &<br />

Standards<br />

3 Sem Hrs<br />

Prerequisite: SKEL111 AND SKEL131. Develops competency in the<br />

application of the National Electrical Code (NEC) and its relationship<br />

to industry and some residential wiring as written by the National Fire<br />

Protection Association (NFPA). Includes the Joint Industrial Council<br />

(JIC) standards for industrial electrical mass production operations and<br />

equipment. Emphasizes safety regarding hazardous locations, electrical<br />

grounding, ground faults, fusing, motor circuit protection and controls<br />

as well as electro-mechanical and hydraulic devices. (45-0)<br />

SKET 106 Applied Electricity I 3 Sem Hrs<br />

Prerequisite: MATH LEVEL 4. Covers basic fundamentals of electricity<br />

that include introductory schematic symbols and basic electrical circuits,<br />

Ohms law, power formulas, series and parallel circuit rules, combination<br />

circuits, magnetism, capacitance, inductance and reactance in electrical<br />

DC and AC circuits. Applies the above fundamentals to electrical<br />

circuits and electrical schematics; calculate voltage, current, resistance<br />

and wattage as they apply in an electrical circuit; interpret electrical<br />

problems on the refrigeration or heating unit. Uses the multi meter as an<br />

Ohmmeter, as a voltmeter, and as an amp meter. Credit may be earned<br />

in SKET 106 or RHA 140 but not in both. (45-0)<br />

SKET 107 Applied Electricity II 2 Sem Hrs<br />

Prerequisite: SKET 106 or permission of Technical, Trades, and<br />

Manufacturing Division Office. Furthers the study of electrical<br />

applications. Provides an in-depth study of frequency, peak-effectiveaverage<br />

voltage, inductance, capacitance, three phase power, resistive<br />

circuits, coils, capacitors, lost power, and power factor correction. (30-0)<br />

SKET 162 Industrial Robotics I 3 Sem Hrs<br />

Prerequisites: SKET 107 and SKMT 101. Studies modern industrial robotic<br />

systems. Introduces the operation, use and safety of industrial robots.<br />

Discusses feedback mechanisms, actuators, sensors, power supplies,<br />

micro-controllers, P.C. computer control and programming. Emphasizes<br />

a hands-on approach to system analysis, critical thinking, solution to<br />

open-ended problems, computer usage, and teamwork. Credit may be<br />

earned in SKET 162 or ET 162 but not both. (15-30)<br />

SKET 164 Robotics Electrical Service &<br />

Troubleshooting<br />

3 Sem Hrs<br />

Perequisities: SKET 107 and SKMT 101. Identifies the electrical component<br />

of robots, theory of operation. Introduces proper troubleshooting<br />

procedures for the robot controller and manipulator. Approximately<br />

50 percent of the course will be hands-on troubleshooting of actual<br />

robot system and controller. Credit may be earned in SKET 164 or ET<br />

164 but not both. (15-30)<br />

SKET 262 Industrial Robotics II 3 Sem Hrs<br />

Prerequisite: SKET 162. Emphasizes programming, advanced<br />

manipulation, grip load instructions, velocity, and acceleration<br />

instruction, offline editing, handling errors, and robot configuration.<br />

Discusses programming concepts and structures in the C+ programming<br />

language, industry-like applications and system integration projects.<br />

Emphasizes a hands-on approach to system analysis, critical thinking,<br />

solutions to open-ended problems, computer usage, and teamwork.<br />

Credit may be earned in SKET 262 or ET 262 but not both. (15-30)<br />

SKGM 110 Automotive Electronics Service 4 Sem Hrs<br />

Introduces the operation, maintenance, and service of battery, charging,<br />

starting systems and GM electrical and electronic systems. Credit may<br />

be earned in AGM 110 or ACD 110 or SKGM 110 or AGM 131 but not<br />

in more than one. (40-40)<br />

SKGM 112W Engine Service<br />

6 Sem Hrs<br />

Introduces the operation, maintenance, and service of GM engines for<br />

mechanical performance. Stresses proper repair techniques and diagnosis<br />

of engine noises. Credit may be earned in AGM 112 or ACD 112 or<br />

SKGM 112 or AGM 141 but not in more than one. (45-75)<br />

SKGM 114 Brakes, ABS, TCS Service 5 Sem Hrs<br />

Introduces the operation, maintenance, and service of GM base brakes,<br />

anti-lock and traction control. Presents general auto lab equipment<br />

operation and stresses safety. Credit may be earned in AGM 114 or<br />

ACD 114 or SKGM 114 or AGM 132 but not in more than one. (40-60)<br />

SKGM 142 Electronic Engine and Emission<br />

Controls Service<br />

9 Sem Hrs<br />

Prerequisite: SKGM 112. Introduces the operation, maintenance, and<br />

service of GM engines for drivability performance. Stresses proper<br />

repair techniques and diagnosis of engine drivability problems. Credit<br />

may be earned in SKGM 142 or AGM 142 or ACD 142 but not in more<br />

than one. (81-144)<br />

SKGM 210 Body Electronics Service 3 Sem Hrs<br />

Prerequisite: SKGM 110. Stresses the operation, diagnosis, and service<br />

of GM body electrical and electronics systems. Credit may be earned<br />

in AGM 210 or SKGM 210 or ACD 210 or AGM 241, but not in more<br />

than one. (30-30)<br />

SKGM 212W Suspension System Service<br />

7 Sem Hrs<br />

Introduces the operation, maintenance, and service of GM steering and<br />

suspension systems. Credit may be earned in AGM 212 or SKGM 212 or<br />

ACD 212 or AGM 133 but not in more than one. (56-84)<br />

<strong>Delta</strong> <strong>College</strong> <strong>2012</strong>-<strong>2013</strong><br />

Prerequisite Levels - See charts in this section.<br />

413

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