Apprenticeship – Ironworkers APT
Division of Technical Programs
(815) 921-3003
Rock Valley College, in cooperation with the Ironworkers Joint Apprenticeship Committee, sponsors related apprenticeship classroom training. Admission to the Ironworkers Apprenticeship program is determined by the joint apprenticeship committee. Students who wish to be considered for an apprenticeship should apply to the Ironworkers organization listed on page 80.
APT 150 - Introduction to Apprenticeship
IAI: None 1.2
The Introduction to Apprenticeship course is an introduction to apprenticeship including transportation, reporting to work, proper clothing.
Prerequisite: Minimum requirements as per apprenticeship standard; Approved by the U.S. Department of Labor, Bureau of Apprenticeship and Training.
Credit: 3 semester hours
Lecture: 2 Lab: 2.5
APT 151 - Reinforcing and Blueprints
IAI: None 1.2
The Reinforcing/Blueprints course is a study of concrete reinforcing steel, including the tools, manufacture, bar use and identification, ties and erection methods, fabrication, handling and storage, bar slicing and welding. Reinforcing blueprints covering all types of structures will be studied in detail. Also includes a study of the fundamentals of blueprint reading, including: types, lines, symbols, abbreviations, detailing, elevations, and standard gauging as it applies to the ironworking trade.
Prerequisite: APT 150
Credit: 3 semester hours
Lecture: 2 Lab: 2.5
APT 152 - Ornamental Ironwork and Fabrication
IAI: None 1.2
The Ornamental Ironwork and Fabrication course is a review and continuation of APT 151 of the fundamentals of blueprint reading, layout methods, tools, mensuration, properties of structural steel, fitting up and welding, and specific fabrication of steel stairs and handrails.
Prerequisite: APT 151
Credit: 3 semester hours
Lecture: 2 Lab: 2.5
APT 153 - Ornamental Wall Systems
IAI: None 1.2
The Ornamental Wall Systems course will cover the subjects of hand tools, power tools, and anchors and fasteners used in the ironworking industry, the operation of layout instruments, the subject of curtain walls and window walls as well as the applying of sealants, glazing systems, and testing window and curtain wall systems.
Prerequisite: APT 152
Credit: 3 semester hours
Lecture: 2 Lab: 2.5
APT 250 - Welding and Burning I
IAI: None 1.2
The Welding and Burning I course covers welding methods and procedures as they apply to the ironworking trade. Content will include electrode and metal identification, methods and procedures, machine setup and controls, and weld testing.
Prerequisite: APT 153
Credit: 3 semester hours
Lecture: 2 Lab: 3.5
APT 251 - Welding and Burning II
IAI: None 1.2
The Welding and Burning II course is a review and continuation of methods and procedures as they apply to the ironworking trade. Content will include electrode and metal identification, methods and procedures, machine setup and controls and weld testing.
Prerequisite: APT 250
Credit: 3 semester hours
Lecture: 1 Lab: 4
Apprenticeship – Sheet Metal Workers APT
Division of Technical Programs
(815) 921-3003
Rock Valley College, in cooperation with the Sheet Metal Workers Joint Apprenticeship Committee, sponsors related apprenticeship classroom training. Admission to the Sheet Metal Workers Apprenticeship program is determined by the joint apprenticeship committee. Students who wish to be considered for an apprenticeship should apply to the Sheet Metal Workers organization listed on page 79.
APT 180 - Introduction to Apprenticeship
IAI: None 1.2
The Introduction to Apprenticeship course covers the historical development of apprenticeship, the local program, and the technology of the sheet metal industry. There also will be in-depth study of layout and pattern development.
Prerequisite: None
Credit: 4 semester hours
Lecture: 3 Lab: 3.5
APT 181 - Mathematics and Processes I
IAI: None 1.2
The Mathematics and Processes I course is the study of mathematics, materials, and various field operations. Safety on the job will also be covered. Drafting techniques will be introduced.
Prerequisite: APT 180
Credit: 4 semester hours
Lecture: 3 Lab: 3.5
APT 182 - Mathematics and Processes II
IAI: None 1.2
The Mathematics and Processes II course covers mathematics, materials, layout and pattern development, field installation and drafting.
Prerequisite: APT 181
Credit: 4 semester hours
Lecture: 3 Lab: 3.5
APT 183 - Mathematics and Processes III
IAI: None 1.2
The Mathematics and Processes III course covers mathematics for sheet metal workers, as well as architectural sheet metal, welding, residential heating, and air conditioning.
Prerequisite: APT 182
Credit: 4 semester hours
Lecture: 3 Lab: 3.5
APT 280 - Blueprints and Patterns I
IAI: None 1.2
The Blueprints and Patterns I course is a study of layout and pattern development along with materials and mathematics. Shop work and service functions are also included in this course.
Prerequisite: APT 183
Credit: 4 semester hours
Lecture: 3 Lab: 3.5
APT 281 - Blueprints and Patterns II
IAI: None 1.2
The Blueprints and Patterns II course studies blueprint reading, blowpipe, safety, plastics and fiberglass and food and beverage dispensing equipment.
Prerequisite: APT 280
Credit: 4 semester hours
Lecture: 3 Lab: 3.5
APT 282 - Advanced Systems I
IAI: None 1.2
The Advanced Systems I course is a study of the layout and pattern development, shop work, and field installation of advanced systems. Advanced welding techniques will also be studied.
Prerequisite: APT 281
Credit: 4 semester hours
Lecture: 3 Lab: 3.5
APT 283 – Advanced Systems II
IAI: None 1.2
The Advanced Systems II course studies residential heating and air conditioning, food service and beverage dispensing equipment, sign work, and supervision. Architectural sheet metal and advanced blueprint reading are also covered.
Prerequisite: APT 282
Credit: 4 semester hours
Lecture: 3 Lab: 3.5
APT 284 - Advanced Studies I
IAI: None 1.2
The Advanced Studies I course covers advanced welding and cutting. The course includes SMAW, MIG, and TIG welding, plus gas cutting and welding safety. The course also covers an in-depth study of service techniques.
Prerequisite: APT 283
Credit: 4 semester hours
Lecture: 3 Lab: 3.5
APT 285 - Advanced Studies II
IAI: None 1.2
The Advanced Studies II course covers the procedures for air balancing (T.B.A.), service work (H.V.A.C.) and hoisting and rigging, plus the use of various air balancing instruments. The writing of project reports for engineers on the job will also be covered. The reports include information on duct traverse, air flow, air quantities and fan performance.
Prerequisite: APT 284
Credit: 4 semester hours
Lecture: 3 Lab: 3.5
Apprenticeship – Tool and Die/Precision Machinist APT
Division of Technical Programs
815) 921-3003
Rock Valley College, in cooperation with the Rockford Tooling and Machining Association, sponsors related apprenticeship classroom training. Admission to the Tool and Die/Precision Machinist Apprenticeship program is determined by the Rockford Tooling and Machining Association. Students who wish to be considered for an apprenticeship should apply to the Rockford Tooling and Machining Association organization listed on page 79.
Apprenticeship training is available in the specific categories of die maker, tool maker, mold maker, header die maker, precision machinist, and machine repair.
APT 190 - Mathematics for Machine Technology I
IAI: None 1.2
The Mathematics for Machine Technology I course covers whole numbers, fractions, decimals, fractions, powers and roots, and percents. English and metric units of measure are used with precision measuring equipment, and formulas and equations with metalworking related subjects. Related metalworking subjects are also covered.
Prerequisite: None
Credit: 3 semester hours
Lecture: 2 Lab: 2
APT 194 - Blueprint Interpretation
IAI: None 1.2
The Blueprint Interpretation course will teach the student to interpret various types of three-view drawings, how to read tolerance information, and how to interpret dual system dimensioning and tolerances. Includes the metric system of dimensioning and ISO symbols which includes a comprehensive study of the application of geometric dimensioning and tolerancing techniques. This will use the ANSI/ASME Y10.5-M standards.
Prerequisite: APT 190
Credit: 3 semester hours
Lecture: 2 Lab: 2
APT 289 - Metal Cutting Applications
IAI: None 1.2
The Metal Cutting Applications course will teach students metal cutting applications with various types of cutting tools. Topics covered will be materials, machinability of materials, tool materials, turning, boring, milling, grooving, threading and drilling. Students will learn how to select proper tooling based on material specifications and blueprint specifications.
Prerequisite: APT 194
Credit: 3 semester hours
Lecture: 2 Lab: 2
APT 290 - Tooling Processes I
IAI: None 1.2
The Tooling Processes I course will emphasize die-making principles, life and construction; punching pilots, strippers and stock guides; shedders and knockouts. Also covered are nest-gages, punches, die stops and die sets; jig and fixture making and geometric tolerancing.
Prerequisite: APT 194 and QLT 106
Credit: 3 semester hours
Lecture: 2 Lab: 2
APT 291 - Tooling Processes II
IAI: None 1.2
The Tooling Processes II course covers cutting material, lathe groups, milling, shaping, grinding, drilling, testing, and automation.
Prerequisite: APT 290
Credit: 3 semester hours
Lecture: 2 Lab: 2
Apprenticeship – Electricians ELC
Division of Technical Programs
(815) 921-3003
Rock Valley College, in cooperation with the Electricians Joint Apprenticeship Committee, sponsors related apprenticeship classroom training. Admission to the Electricians Apprenticeship program is determined by the joint apprenticeship committee. Students who wish to be considered for an apprenticeship should apply to the Electricians organization listed on page 79.
ELC 120 - Introduction to Apprenticeship
IAI: None 1.2
The Introduction to Apprenticeship class includes a historical study of apprenticeship, local apprenticeship, the electrical industry, and its future. Students will study mathematics, safety and job information on tools, materials, circuits, and good housekeeping.
Prerequisite: None
Credit: 4 semester hours
Lecture: 3 Lab: 2
ELC 121 - Electrical Theory and Code
IAI: None 1.2
The Electrical Theory and Code course includes electrical theory in structure of matter, Ohm’s law, circuits, resistance, magnetism, AC and DC, and circuit calculations. The electrical code is introduced, with emphasis on definitions, wiring methods, grounding and over-current protection. Blueprint reading is also covered.
Prerequisite: ELC 120
Credit: 4 semester hours
Lecture: 3 Lab: 2
ELC 122 - Lighting and Transformers
IAI: None 1.2
The Lighting and Transformers course covers general lighting, safety, installation requirements and code studies, incandescent lamps, fluorescent lamps and ballasts, and circuit calculation. Students learn
inductance to better understand transformers and motors. Transformer principles are covered in addition to types, single-phase, and three-phase connections.
Prerequisite: ELC 121
Credit: 4 semester hours
Lecture: 3 Lab: 2
ELC 123 - Motors and Wiring Systems
IAI: None 1.2
The Motors and Wiring Systems course emphasizes the principles of AC motors. Types of AC motors taught are split-phase, capacitor, repulsion, shadepole, universal, and three-phase motors. Wiring systems of less than 400 volts, 480/277 volts, three-phase delta, blueprint reading, and wiring systems for distribution are also covered.
Prerequisite: ELC 122
Credit: 4 semester hours
Lecture: 3 Lab: 2
ELC 243 - Alternating Current
IAI: None 1.2
The Alternating Current course is a review of alternating current with emphasis on inductance, grounding studies, inductance reactance, capacitive reactance and mathematics for AC circuits. Included also are AC series and parallel circuits, plus power factor correction and problems.
Prerequisite: ELC 123
Credit: 4 semester hours
Lecture: 3 Lab: 2
ELC 244 - Electronics Circuitry
IAI: None 1.2
The Electronics Circuitry course focuses on basic electronics concepts, basic rectifiers, filter circuits and power supplies, and amplifier circuits. Also covered are audio amplifiers, time delays and relays, and controls.
Prerequisite: ELC 243
Credit: 4 semester hours
Lecture: 3 Lab: 2
ELC 245 - Motor Control
IAI: None 1.2
The Motor Control course includes starting protective controls, starters and relays, blueprint reading, job and reverse circuits, sequence control circuits, circuit analysis, and trouble shooting.
Prerequisite: ELC 244
Credit: 4 semester hours
Lecture: 3 Lab: 2
ELC 246 - Power Controls
IAI: None 1.2
The Power Controls course includes power controls, control of DC motors, process control, air conditioning and refrigeration, welding control, instrumentation, static control basic concept and logic circuits, and static control application of elements. Also included is a review of code and static control circuit analysis.
Prerequisite: ELC 245
Credit: 4 semester hours
Lecture: 3 Lab: 2
ELC 247 - Advanced Studies I
IAI: None 1.2
The Advanced Studies I course begins the fifth year of Electricians Apprenticeship. The main focus of this course is advanced studies in electronics, codeology, and code design blueprints.
Prerequisite: ELC 246
Credit: 4 semester hours
Lecture: 3 Lab: 2
ELC 248 - Advanced Studies II
IAI: None 1.2
The Advanced Studies II course is the final class of this program. Students will receive advanced and in-depth instruction in three areas: programmable controllers, blueprints, and air conditioning controls.
Prerequisite: ELC 247
Credit: 4 semester hours
Lecture: 3 Lab: 2
ELC 249 - Electrician Internship I
IAI: None 1.2
The Electrician Internship course has been developed and established as the on-
the-job component of the Electrician Apprenticeship program, consisting of work relating to the wiring of residential, commercial, industrial, and/or specialized electrical systems. All of the on-the-job work-related activities will be performed under the direct supervision of a journeyworker. Students may repeat this course one time.
Prerequisite: ELC 121
Credit: 1 semester hour
Lecture: 0 Lab: 5
ELC 250 - Electrician Internship II
IAI: None 1.2
The Electrician Internship II course is a continuation of the on-the-job component of the Electrician Apprenticeship program. The on-the-job component will consist of work relating to the wiring of residential, commercial, industrial, and/or specialized electrical systems. All of the on-the-job work-related activities will be performed under the direct supervision of a journeyworker. This course is repeatable one time.
Prerequisite: ELC 121
Credit: 1 semester hour
Lecture: 0 Lab: 5
ELC 251 - Electrician Internship III
IAI: None 1.2
The Electrician Internship III course is a continuation of ELC 250 and serves as the on-the-job component of the Electrician Apprenticeship program. The on-the-job component will consist of work relating to the wiring of residential, commercial, industrial, and/or specialized electrical systems. All of the on-the-job work-related activities will be performed under the direct supervision of a journeyworker. This course is repeatable one time.
Prerequisite: ELC 121
Credit: 1
Lecture: 0 Lab: 5
Automotive Service Technology ATM
Division of Technical Programs Automotive Center
(815) 921-3007
ATM 105 - Introduction to Brake and Chassis Systems
IAI: None 1.2
The Introduction to Brake and Chassis Systems course offers the student an introduction to automotive brake and steering/suspension systems. Theory and operation of these systems is covered. Students will complete basic service procedures on brake and steering/suspension systems to prepare them for initial employment in the automotive service industry and further training in the Automotive Service Technology program. Safety in the use of automotive tools, equipment and chemicals is also covered.
Corequisite: Completion of or concurrent enrollment with ATM 106 and ATM 140.
Credit: 3 semester hours
Lecture: 1 Lab: 4
ATM 106 - Introduction to Automotive Electrical Systems and Powertrains
IAI: None 1.2
The Introduction to Automotive Electrical Systems and Powertrains course offers the student an introduction to automotive electrical and engine/transmission systems. Theory and operation of these systems is covered. Students will complete basic service procedures on electrical and engine/
transmission systems to prepare them for initial employment in the automotive service industry and further training in the Automotive Service Technology program. Safety in the use of automotive tools, equipment and chemicals is also covered.
Corequisite: Completion or concurrent enrollment with ATM 105 and ATM 140.
Credit: 3 semester hours
Lecture: 1 Lab: 4
ATM 107 - Automotive Electronic Fundamentals
IAI: None 1.2
Automotive Electronic Fundamentals is a continuation of ATM 106 (Introduction to Automotive Electrical Systems and Powertrains). This class will emphasize electrical and electronic theory and analysis and introduce students to solid-state electronic components and systems. Students will determine circuit types and analyze both mathematically and with a digital multimeter.
Prerequisite: ATM 105, ATM 106 or consent of instructor.
Credits: 4 semester hours
Lecture: 3 Lab: 3
ATM 114 - Brakes
IAI: None 1.2
The Brakes course continues the student’s studies of automotive brake systems. This course covers in depth diagnosis, service, and repair procedures of base brake systems and anti-lock brake systems. Live work will be performed on customer vehicles in a real-world shop environment.
Prerequisite: ATM 105, ATM 106 or consent of instructor.
Credit: 4 semester hours
Lecture: 2 Lab: 4
ATM 140 - Engine Diagnosis and Repair
IAI: None 1.2
The Engine Diagnosis and Repair course provides basic information on gasoline engine theory, construction, systems, and diagnosis. This information will be applied to mechanical testing and repair procedures for the entire engine. The school provides late model engines for disassembly and reassembly. Live cylinder head work will be provided by the student.
Corequisite: Completion of or concurrent enrollment with ATM 105 and ATM 106, or consent of instructor.
Credit: 6 semester hours
Lecture: 4 Lab: 4
ATM 203 - Heating and Air Conditioning Systems
IAI: None 1.2
The Heating and Air-Conditioning Systems course is a lecture-laboratory course designed to train the student in theory, construction, installation, diagnosis, and proper servicing of all types of automotive heating and air conditioning systems. Emphasis is on safety procedures, practical application, and collecting R-12 to protect the environment.
Prerequisite: ATM 106 and ATM 107, or consent of instructor.
Credit: 4 semester hours
Lecture: 3 Lab: 3
ATM 221 - Steering and Suspension
IAI: None 1.2
The Steering and Suspension course continues the student’s studies of automotive steering and suspension systems. This course covers in-depth diagnosis, service, and repair procedures of steering and suspension systems, and electronic suspension and steering. Live work will be performed on customer vehicles in a real-world shop environment.
Prerequisite: ATM 105 and ATM 106, or consent of instructor.
Credit: 4 semester hours
Lecture: 3 Lab: 3
ATM 222 - Manual Transmissions/Transaxles
IAI: None 1.2
The Manual Transmission/Transaxles course provides training and hands-on experience in diagnosis, service and repair of manual transmissions, transaxles, clutches, drive shafts, CV joints and half shafts, and 4-wheel drive systems.
Prerequisite: ATM 105 and ATM 106, or consent of instructor.
Credit: 4 semester hours
Lecture: 3 Lab: 3
ATM 223 - Automotive Electrical Circuits
IAI: None 1.2
The Automotive Electrical Circuits course is a course designed in diagnosis and repair of automotive electrical circuits and diagnosis of automotive electronic circuitry. Emphasis will be on accessory circuits and components.
Prerequisite: ATM, 105, ATM 106,
ATM 107, or consent of instructor.
Credit: 4 semester hours
Lecture: 3 Lab: 3
ATM 228 - Engine Performance I
IAI: None 1.2
The Engine Performance I course is designed to provide instruction and experience in the theory of operation, diagnosis, and service of solid state, computer-controlled, and distributorless ignition systems. It is designed to provide instruction and experience in the theory of operation, diagnosis, and service of automotive fuel systems and their related sub-systems. This course covers related emission systems and usage of ignition scopes, digital analyzers, scan tools, and other hand held equipment.
Prerequisite: Completion of two semesters of automotive course work or consent of instructor.
Credit: 5 semester hours
Lecture: 3 Lab: 5
ATM 229 - Engine Performance II
IAI: None 1.2
The Engine Performance II course is a continuation of Engine Performance I. This course is designed to analyze, diagnose, and test second generation ignition, fuel, and On-board Diagnostic II (OBDII) computer systems. Emphasis is placed on scan tool analysis and recording along with current graphing of fuel, ignition and sub-systems. Analysis will be performed by the usage of aftermarket and manufacturers’ scan tools and digital storage scopes interfaced with induction current probes.
Prerequisite: ATM 105, ATM 106, ATM 140, and ATM 228 or consent of instructor.
Credit: 5 semester hours
Lecture: 3 Lab: 5
ATM 236 - Advanced Computers/Controls Systems
IAI: None 1.2
The Advanced Computers/Controls Systems course is a lecture-laboratory course designed to increase the student’s level of knowledge of automotive computer-controlled systems. This course covers an in-depth analysis and testing of OBDII, variable ratio steering systems, ABS, and the latest body-controlled module (BCM) and powertrain-control module (PCM) controlled functions. Analysis will be performed using digital meters, oscilloscopes, PC interfacing software, and other hand held equipment.
Prerequisite: ATM 107 or consent of instructor.
Credit: 4 semester hours
Lecture: 3 Lab: 3
ATM 242 - Automatic Transmissions/Transaxles
IAI: None 1.2
The Automatic Transmissions/Transaxles course covers the theory of Simpson gear trains, removal, disassembly, rebuilding and installation of automatic transmissions and transaxles. Includes in-car diagnosis and service, hydraulics and electronics.
Prerequisite: ATM 105 and ATM 106, or consent of instructor.
Credit: 5 semester hours
Lecture: 3 Lab: 5
ATM 285 - Independent Study
IAI: None 1.2
The Independent Study course allows students to develop specific course goals and objectives based on their needs and previous automotive experience. Students will work with the automotive instructor to determine course goals and length of training time.
Prerequisite: Automotive maintenance experience or completion of automotive courses in the process area of study.
Credit: 1-6 semester hours
Lecture: 1-6 Lab: 0
ATM 290 - Special Topics
IAI: None 1.2
The Special Topics course is designed to satisfy topics of special interest in a particular area of automotive. Topics will vary from semester to semester. Students may repeat this course up to a maximum of six credit hours.
Prerequisite: None.
Credit: 1-6 semester hours
Lecture: 1-6 Lab: 0
Aviation Maintenance Technology AVM
Falcon Road Center
(815) 921-3000 or 921-3016
AVM 101 - Materials and Processes
IAI: None 1.2
The Materials and Processes course consists of theory and practice in nondestructive testing methods, basic heat treating, aircraft hardware and materials, inspection and checking of welds. Special stress will be on the fabrication of flexible and rigid lines.
Corequisite: Completion of or concurrent enrollment with AVM 103 and AVM 105
Credit: 3 semester hours
Lecture: 2.5 Lab: 2.5
AVM 102 - Basic Electricity
IAI: None 1.2
The Basic Electricity course is oriented to the aircraft system. This includes capacitance, inductance, calculating and measuring electrical power, current, resistance, continuity, and leakages. Reading schematic diagrams is emphasized. A study is also made of acid and alkaline batteries.
Prerequisite: AVM 101 or consent of instructor.
Credit: 3 semester hours
Lecture: 2 Lab: 3
AVM 103 - Aviation Mathematics and Physics
IAI: None 1.2
The Aviation Mathematics and Physics course is geared to the needs of the aviation maintenance technician. This includes extracting roots, raising numbers to a given power, and computing the areas and volumes of geometrical shapes. Also included is solving ratio, percentage, and proportion problems. Algebraic operations in the use of positive and negative numbers is stressed. The physics material will offer the principles of simple machines, sound, fluid, and heat dynamics.
Corequisite: Completion of or concurrent enrollment with AVM 101 and AVM 105.
Credit: 2 semester hours
Lecture: 1 Lab: 2
AVM 104 - Records and Publications
IAI: None 1.2
The Records and Publications course includes record keeping and reference to current maintenance publications. Students will be required to write descriptions of aircraft condition and work performed, as well as complete required maintenance forms, records, and inspection reports. Students will also learn to select and use FAA, manufacturers’ data sheets, and Federal Aviation Regulations. Students will be able to read and interpret technical data and understand the mechanic’s privileges and limitations.
Prerequisite: AVM 101 or consent of instructor.
Credit: 3 semester hours
Lecture: 2.5 Lab: 2.5
AVM 105 - Aircraft Drawing – Weight and Balance
IAI: None 1.2
The Aircraft Drawing course is designed to make use of drawings, symbols, and schematic diagrams. Students will use blueprint information, charts, and graphs. Also covered is the weighing of aircraft with the completion of weight and balance checks and the recording of data.
Corequisite: Completion of or concurrent enrollment with AVM 101 and AVM 103.
Credit: 3 semester hours
Lecture: 2.5 Lab: 2.5
AVM 106 - Cleaning and Corrosion Control
IAI: None 1.2
The Cleaning and Corrosion Control course covers detection, identification and treatment of corrosion on aircraft structures. Corrosion prevention strategy and phenomenon theory will be investigated.
Prerequisite: AVM 104 or consent of instructor.
Credit: 3 semester hours
Lecture: 2.5 Lab: 2.5
AVM 160 - Fuel and Lubrication Systems
IAI: None 1.2
The Fuel and Lubrication Systems course covers the identification and selection of aircraft fuels, lubricants, and their systems as they apply to specific operating conditions and other utility requirements. Included is a detailed study of carburetion and fuel injection methods as they serve the complex fuel metering demands of modern aircraft powerplants.
Prerequisite: AVM 162 or consent of instructor.
Credit: 6 semester hours
Lecture: 5 Lab: 5
AVM 161 - Engine Support Systems
IAI: None 1.2
The Engine Support Systems course is a theoretical and practical approach to the systems that coordinate the powerplant. They are engine instruments, fire protection, induction and supercharging, cooling, and exhaust systems. Inspections of these systems will be stressed.
Prerequisite: AVM 160 or consent of instructor.
Credit: 3 semester hours
Lecture: 2 Lab: 3
AVM 162 - Basic Powerplants
IAI: None 1.2
The Basic Powerplants course is a study of each engine part in theoretical and practical detail. Students will disassemble an aircraft engine and determine dimensional compliance with overhaul specifications while using precision instruments and gauges. The engine will be reassembled to operational standards. Students will be supervised in the operation of assorted types of reciprocating engines early in the course for orientation purposes.
Prerequisite: AVM 106 and AVM 247 or consent of instructor.
Credit: 6 semester hours
Lecture: 5 Lab: 5
AVM 163 - Ignition Systems
IAI: None 1.2
The Ignition Systems course is a complete study of high and low tension systems for reciprocating and turbine engines. Magnetos will be treated in detail. Special emphasis will be placed on switches, harnesses and spark plugs with related troubleshooting under operational conditions.
Prerequisite: AVM 162 or consent of instructor.
Credit: 3 semester hours
Lecture: 3 Lab: 2
AVM 164 - Advanced Powerplants
IAI: None 1.2
The Advanced Powerplants course is a theoretical and practical approach to servicing, repair, overhaul, and operation of reciprocating and turbine engines with stress on developing troubleshooting skills. Theory and operation of induction, cooling, and exhaust systems for reciprocating and turbine engines will be covered. Removal and installation of engines and components and control rigging will be practiced.
Prerequisite: AVM 162 or consent of instructor.
Credit: 6 semester hours
Lecture: 5 Lab: 5
AVM 165 - Engine Electrical Systems
IAI: None 1.2
The Engine Electrical Systems course consists of theory and practice in the repair and testing of engine electrical components including starters, generators, alternators and their regulating devices, switches, controls, wiring and circuit protection methods.
Prerequisite: AVM 160 or consent of instructor.
Credit: 2 semester hours
Lecture: 1 Lab: 2
AVM 166 - Propeller Systems
IAI: None 1.2
The Propeller Systems course covers the theory and practice of propeller installation and removal, inspection, servicing and repair of fixed pitch, constant speed, full feathering propellers and their governing systems.
Prerequisite: AVM 160 or consent of instructor.
Credit: 3 semester hours
Lecture: 2.5 Lab: 2.5
AVM 241 - Aircraft Finishing and Covering
IAI: None 1.2
The Aircraft Finishing and Covering course presents procedures concerning the interior and exterior structure of airframes as they apply to various finishing methods. Emphasis will center on application of trim, letters, touch up paint and dope, inspection of finishes and identification of defects. An introduction to fabric-covering, plastics, honeycomb, laminated structures, bonded structures, interiors, doors and windows will also be covered.
Prerequisite: AVM 106 or consent of instructor.
Credit: 3 semester hours
Lecture: 2.5 Lab: 2.5
AVM 242 - Cabin Atmosphere Control Systems
IAI: None 1.2
The Cabin Atmosphere Control Systems course covers the inspection, checking, troubleshooting, service and repair of heating, cooling, air conditioning, pressurization, and oxygen systems.
Prerequisite: AVM 246 or consent of instructor.
Credit: 2 semester hours
Lecture: 1 Lab: 2
AVM 243 - Aircraft Welding
IAI: None 1.2
The Aircraft Welding course is a theoretical and practical approach to the methods of aircraft fabrication and repair by gas, arc, and heliarc welding. To be covered is the welding of steel, magnesium, titanium, and aluminum, the soldering of stainless steel and brass; brazing, and the fabrication of tubular structures.
Prerequisite: AVM 246 or consent of instructor.
Credit: 1 semester hour
Lecture: 1 Lab: 1
AVM 244 - Aircraft Auxiliary Systems
IAI: None 1.2
The Aircraft Auxiliary Systems course covers the inspection, checking, troubleshooting, servicing, and repair of aircraft position and warning, ice and rain control, and fire protection systems.
Prerequisite: AVM 246 or consent of instructor.
Credit: 1 semester hour
Lecture: 1 Lab: 1
AVM 245 - Aircraft Electrical Systems
IAI: None 1.2
The Aircraft Electrical Systems course is designed to familiarize students with the installation, checking, troubleshooting, servicing, and repair of aircraft electrical systems and components.
Prerequisite: AVM 102 or consent of instructor.
Credit: 3 semester hours
Lecture: 2.5 Lab: 2.5
AVM 246 - Aircraft Instruments and Communication Systems
IAI: None 1.2
The Aircraft Instruments and Communication Systems course is designed to give students a basic understanding of installation, inspection, checking, servicing, and repair of aircraft instrument, communication and navigation systems.
Prerequisite: AVM 104 or consent of instructor.
Credit: 2 semester hours
Lecture: 1 Lab: 2
AVM 247 - Aircraft Metal Structures
IAI: None 1.2
The Aircraft Metal Structures course covers the inspection, installation, repair, checking, servicing, and fabrication of sheet metal.
Prerequisite: AVM 250 or consent of instructor.
Credit: 6 semester hours
Lecture: 5 Lab: 5
AVM 248 - Hydraulic and Pneumatic Control Systems
IAI: None 1.2
The Hydraulic and Pneumatic Control Systems course covers the repair, inspection, checking, servicing, and troubleshooting of hydraulic and pneumatic systems. Also covered is the identification and selection of hydraulic lubricants.
Corequisite: Completion of or concurrent enrollment with AVM 249 and AVM 250.
Credit: 3 semester hours
Lecture: 2.5 Lab: 2.5
AVM 249 - Aircraft Fuel Systems
IAI: None 1.2
The Aircraft Fuel Systems course explains checking, inspection, repair, troubleshooting, servicing, management, transfer, and defueling of fuel systems. To be included are fuel pump, pressure fueling, components, fluid quantity, pressure and temperature warning systems.
Corequisite: Completion of or concurrent enrollment with AVM 248 and AVM 250.
Credit: 1 semester hour
Lecture: 1 Lab: 1
AVM 250 - Assembly and Rigging
IAI: None 1.2
The Assembly and Rigging course provides practical knowledge in rigging alignment, assembly, balancing, and jacking of aircraft.
Corequisite: Completion of or concurrent enrollment with AVM 248 and AVM 249.
Credit: 3 semester hours
Lecture: 2.5 Lab: 2.5
AVM 251 - Landing Gears Systems
IAI: None 1.2
The Landing Gears Systems course includes the inspection, checking, servicing and repair of landing gear, retraction systems, shock struts, brakes, wheels, tires and steering systems.
Prerequisite: AVM 250 or consent of instructor.
Credit: 2 semester hours
Lecture: 2.5 Lab: 2.5
AVM 252 - Airframe Inspection
IAI: None 1.2
The Airframe Inspection course covers the performance of airframe conformity and airworthiness inspection procedures.
Prerequisite: AVM 246 or consent of instructor.
Credit: 2 semester hours
Lecture: 2 Lab: 1
AVM 285 - Independent Study
IAI: None 1.2
The Independent Study course is for the aviation maintenance technology student who wishes to take their oral and practical FAA exams at Rock Valley College. A repeat of this course, up to six credits, is permissible.
Prerequisite: None
Credit: 1-6 semester hours
Lecture: 1-6 Lab: 0
AVM 290 - Special Topics
IAI: None 1.2
The Special Topics course is designed to satisfy topics of special interest in a particular area of aviation. Topics will vary from semester to semester. Students may repeat this course up to a maximum of six credit hours.
Prerequisite: None
Credit: 1-6 semester hours
Lecture: 1-6 Lab: 0
Fluid Power FLD
Division of Technical Programs
(815) 921-3000
FLD 100 - Introduction to Fluid Power
IAI: None 1.2
The Introduction to Fluid Power course is designed to provide students with a basic understanding of the concepts and applications of fluid power technology and the necessary skills for further study in the field. The course is an overview of fluid power technology applications; the general concept of fluid power systems; an introduction to energy input, energy output, energy control, and systems auxiliary components; as well as the design and function of components.
Prerequisite: None
Credit: 3 semester hours
Lecture: 3 Lab: 0
FLD 115 - Hydraulic Components and Circuits
IAI: None 1.2
The Hydraulic Components and Circuits course is a study of the principles of operation, construction, and functions of hydraulic components. It is designed to provide students with a working knowledge of hydraulic components, auxiliaries, and fluids as they are utilized both singularly and in combination to develop hydraulic circuits.
Prerequisite: FLD 100
Credit: 3 semester hours
Lecture: 3 Lab: 0
FLD 120 - Fundamentals of Pneumatics
IAI: None 1.2
The Fundamentals of Pneumatics course is designed to give students an understanding of the elementary principles of pneumatics, methods of control, and air circuits. The history and applications of pneumatics are reviewed. Emphasis is placed on those areas of knowledge required to design and fabricate pneumatic circuits representative of those found in industry. Design of these circuits includes valve selection as well as proper sizing of other components. A comparison is made between pneumatics and hydraulics principles, systems, circuits and components.
Prerequisite: None
Credit: 3 semester hours
Lecture: 3 Lab: 0
FLD 140 - Fluid Power Circuits and Systems
IAI: None 1.2
The Fluid Power Circuits and Systems course includes basic concepts of fluid power circuit design and function. It covers open and closed loop systems as well as open center and closed center open loop circuits. The three basic functional types of circuits are discussed: directional control switching, flow control, and pressure control.
Prerequisite: Credit or concurrent registration in MTH 100; FLD 115 and FLD 120 or consent of instructor.
Credit: 3 semester hours
Lecture: 3 Lab: 0
FLD 158 - Fluid Power Seminar
IAI: None 1.2
The Fluid Power Seminar course covers the most recent developments in hydraulics, pneumatics, or electrohydraulic systems. The workshop may cover components, circuits, control logic, computer simulation, fluidics, and hydraulic systems used in robotics.
Prerequisite: None
Credit: .5-6 semester hours
Lecture: .5-6 Lab: 1-12
Welding WLD
Division of Technical Programs
(815) 921-3010
WLD 150 - Blueprint Reading for Welders
IAI: None 1.2
Blueprint Reading for Welders is designed for welders or those in the welding field, performing such tasks as welding inspection, metal fabrication, set-up, assembly and testing.
Prerequisite: None
Credit: 3 semester hours
Lecture: 3 Lab: 0
WLD 151 - Fundamentals of Welding Theory
IAI: None 1.2
Fundamentals of Welding Theory introduces students to high tech welding. Special emphasis is placed on welding and cutting safety as well as welding terms. Basic blueprint reading, metallurgy, welding codes and symbols are also covered. This course must be taken before or concurrently with WLD 153.
Prerequisite: None
Credit: 3 semester hours
Lecture: 3 Lab: 0
WLD 152 - Arithmetic for Welders
IAI: None 1.2
Arithmetic for Welders teaches basic mathematic skills and provides practical exercises useful in the welding field. The topics are presented in a step-by-step approach with examples that broaden understanding of whole numbers, common fractions, decimal fractions, measurement, volume, weight, and bending metal, and percentage and the metric system.
Prerequisite: None
Credit: 3 semester hours
Lecture: 3 Lab: 0
WLD 153 - Arc Welding: Flat
IAI: None 1.2
Arc Welding: Flat covers electric welding on plate in the flat position. Safety rules and equipment usage are emphasized. An introduction to oxygen acetylene cutting is covered.
Prerequisite: Credit in or concurrent enrollment in WLD 151 or consent of instructor.
Credit: 3 semester hours
Lecture: 1 Lab: 4
WLD 154 - Arc Welding: Vertical
IAI: None 1.2
Arc Welding: Vertical covers electric welding on plate in the vertical position. Safety rules and equipment usage are emphasized. An introduction to oxygen acetylene cutting is covered.
Prerequisite: WLD 155 or consent of instructor.
Credit: 3 semester hours
Lecture: 1 Lab: 4
WLD 155 - Arc Welding: Horizontal
IAI: None 1.2
Arc Welding: Horizontal covers electric welding on plate in the horizontal position. Safety rules and equipment usage will be emphasized. Oxygen acetylene burning will also be covered.
Prerequisite: WLD 153 or consent of instructor.
Credit: 3 semester hours
Lecture: 1 Lab: 4
WLD 156 - Arc Welding: Overhead
IAI: None 1.2
Arc Welding: Overhead covers electric welding on plate in the overhead position. Safety rules and equipment usage will be emphasized. Oxygen acetylene cutting will also be covered.
Prerequisite: WLD 154
Credit: 3 semester hours
Lecture: 1 Lab: 4
WLD 157 - M.I.G. Welding
IAI: None 1.2
M.I.G. Welding covers M.I.G. (wire) welding in all positions on plate. Safety rules and equipment will be emphasized.
Prerequisite: WLD 156 or consent of instructor.
Credit: 3 semester hours
Lecture: 1 Lab: 4
WLD 158 - T.I.G. Welding
IAI: None 1.2
T.I.G. Welding covers T.I.G. welding in all positions on plate. Safety rules and equipment will be emphasized.
Prerequisite: WLD 156 or consent of instructor.
Credit: 3 semester hours
Lecture: 1 Lab: 4
WLD 159 - Arc Welding: Bellhole/Pipe
IAI: None 1.2
Arc Welding: Bellhole/Pipe covers pipe welding in the Bellhole (5G) position. Safety rules and equipment are emphasized. Pipe cutting with oxygen and acetylene will be included.
Prerequisite: WLD 156 or consent of instructor.
Credit: 3 semester hours
Lecture: 1 Lab: 4
WLD 161 - Arc Welding: Arkansas/Pipe
IAI: None 1.2
Arc Welding: Arkansas/Pipe covers pipe welding in the Arkansas Bellhole (6G) position. Safety rules and equipment are emphasized. Pipe cutting with oxygen and acetylene will be included.
Prerequisite: WLD 156 or consent of instructor.
Credit: 3 semester hours
Lecture: 1 Lab: 4
WLD 175 - Certification Qualification
Preparation
IAI: None 1.2
Certification Qualification Preparation is designed to prepare an experienced welder for the certification test in A.W.S. D1.1 on plate, or pipe on mild steel only. A.W.S. standards will be followed. The requirements for maintenance of certification will be discussed.
Prerequisite: Consent of the welding coordinator.
Credit: 3 semester hours
Lecture: 1 Lab: 4
WLD 180 - Independent Study in Welding
IAI: None 1.2
Independent Study in Welding allows students to develop specific course goals and objectives based on their needs and previous welding experience. Students will work with the welding instructor to determine course goals.
Prerequisite: Industrial experience or completion of welding courses in the processes area of study, or consent of instructor.
Credit: 1-5 semester hours
Lecture: 2 Lab: 6
WLD 181 - Special Topics Welding
IAI: None 1.2
Special Topics Welding is designed to satisfy topics or special interest in a particular area of welding. Topics will vary from semester to semester. This course may be repeated three times.
Prerequisite: Consent of the instructor is required.
Credit: 1-3 semester hours
Lecture: 3 Lab: 0
WLD 182 - Internship in Welding Technology
IAI: None 1.2
Internship in Welding Technology enables students to work part-time as interns in a local manufacturing facility or governmental agency involved in welding/fabrication. Work will be done under the supervision of a college administrator/faculty member. It is the student’s responsibility to secure a part-time or full-time job. Prior approval must be obtained from the welding administrator or faculty member. The number of work hours is variable.
Prerequisite: At least 12 credits in Welding Technology Certification program, previously or concurrently. Students may repeat this course up to a maximum of six credit hours.
Credit: 1-6 semester hours
Lecture: 0 Lab: 5-30
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