Course Schedule 2024 Fall

This course will familiarize the apprentice with a brief history of plumbing laws governing the plumbing trade; materials and methods for installation and maintenance of potable water systems, waste and sewage disposal; the definitions, fundamentals rules, purpose and scope of the Uniform Plumbing Code (UPC).

This course covers the practical application of basic math to plumbing calculations and familiarize the apprentice with basic installation practices utilizing the fundamental rules of the Uniform Plumbing Code and on-the-job Occupational Health and Safety requirements.

This course covers installation practices for potable water, piping materials and methods for installation and maintenance of potable water systems, waste and sewage disposal, the definitions, fundamental rules, purpose and scope of the Uniform Plumbing Code (UPC).

This course the apprentice will become familiar with the proper techniques for installing sanitary drainage systems, gas and electric tank type water heaters and tankless water heaters, Uniform Plumbing Code and Occupational Safety and Health Association (OSHA) requirements.

n this course, the plumbing apprentice will become familiar with advanced levels of blueprint reading and specialty drawings; installation of sewage and drainage systems and further study of installation and safety practices.

This course will introduce the apprentice to several aspects of the plumbing trade, including the range of materials approved for venting purposes, the raising or lifting of wast materials to the elevation of the building drain by means of sump pumps, sewage pumps and sewage ejectors; the use of traps to prevent dangerous gases from escaping into building; and further study of installation and safety practices. Chapters 9 & 10 of the UPC.

Related training for the LMPE Electrical Apprentice. Subject area will enable the apprentice to receive the technical knowledge of the skills required of an LMPE Electrician. Context will include trade history and concepts, trade math, basic electrical DC theory, and introduction to National Electrical Code.

Related training for LMPE Electrical Apprentice. The student will receive the technical knowledge of the skills required of an LMPE Electrician. Content will cover mathematical formulas of equations, basic AC theory, use of test equipment and applicable National Electrical Code.

This course is designed to familiarize the LMPE Electrical apprentice with advanced aspects of electrical theory, math and power distribution along with practical residential wiring and the National Electrical Code.

This course covers related training for the LMPE Electrical Apprentice. The student will receive the technical knowledge of the skills required of an LMPE Electrician. Course content includes the requirements for wiring and installation of electrical devices, transformers, over-current devices, wire devices, hazardous locations, residential calculation and application of the National Electrical Code.

This course covers the requirements for wiring and installation of electrical devices, auxiliary gutters, raceways, fuses and over-current devices, hazardous locations, busways, residential calculation and applicable National Electrical Code for LMPE electrician apprentices.

Related training for Inside Wire Electrician Apprentice. Subject areas will enable the apprentice to receive the technical knowledge of the skills required of an Inside Wire Electrician. Context will include trade history and concepts, trade math, basic electrical DC theory, and an introduction to the National Electrical Code.

Related training for Inside Wire Electrician Apprentice. The student will receive the technical knowledge of the skills required of an Inside Wire Electrician. Content will cover mathematical formulas of equations, basic AC theory, use of test equipment, and applicable National Electrical Code.

This course is designed to familiarize the Inside Electrical apprentice with advanced aspects of electrical theory, math and power distribution along with practical residential wiring and the National Electrical Code.

Electrical Apprentice. The student will receive the technical knowledge of the skills required of an Inside Wire Electrician. Course content includes the requirements for wiring and installation of electrical devices, transformers, over-current devices, wire devices, hazardous locations, residential calculation, and application of the National Electrical Code.

This course covers related training for Inside Wire Electrical Apprentice. The apprentice will receive the technical knowledge of the skills required of an Inside Wire Electrician. The content will include requirements for wiring and installation of electrical devices, auxiliary gutters, raceways, fuses and over-current devices, wire devices, hazardous locations, busways, residential calculation, and applicable national electrical code.

This course covers the requirements for wiring and installation of electrical devices, auxiliary gutters, raceways, fuses and over-current devices, hazardous locations, busways, residential calculation, and applicable National Electrical Code for Inside Wire Electrician apprentices.

This course covers related training for the Programmable Logic Controller (PLC) apprentice to study theory and trade practices. Content includes an introduction to the trade, application, scope requirements, design, development, documentation, troubleshooting, programming, analog interface, and Input/Output concepts needed for understanding PLC's in the workplace.

This course covers related training for Programmable Logic Controller (PLC) apprentices to study theory and trade practices with content focused on input and output modules, creating a modular PLC, processors, introduction to ControlNet/DeviceNet, data organization, and basic relay instructions.

This course covers related training for Programmable Logic Controller (PLC) apprentices to study theory and trade practices, the course includes relay instructions, programmable controller input modules, system documenting, timer and counter instructions, comparison, data-handling, sequencer, and program flow instructions.

Related training for the LME Electrical Apprentice. Subject area will enable the apprentice to receive the technical knowledge of the skills required of an LME Electrician. Context will include trade history and concepts, trade math, basic electrical DC theory, and introduction to National Electrical Code.

This course covers related training for LME Apprentice. The apprentice will receive the technical knowledge of the skills required of an LME Electrician. The content will include requirements for wiring and installation of electrical devices, auxiliary gutters, raceways, fuses and over-current devices, wire devices, hazardous locations, busways, residential calculation, and applicable national electrical code.

This course covers all varieties of blueprints, schematics, and symbols used in commercial and industrial settings. Examines symbols on schematics, electrical symbols, diagrams, hydraulic, pneumatic, and piping. Discusses machine parts and machine drawings. Introduces sketching used in industrial plants including welding and joining symbols.

This course covers measurement and mathematical basics used in commercial and industrial applications. Examines all aspects of basic measurement concepts and procedures. Explains how to use scales and rules, combination calipers, and micrometers. Examines common fractions and decimals, powers, and roots. Moves on to cover geometry, algebra, and formulas for problem-solving. Concludes by explaining the properties of triangles.

This course introduces metals, metallurgy, and metalworking used in industry. Discusses the properties of metals, including their mechanical properties. Examines industrial manufacturing processes. Covers iron and standard steels. Explains the different kinds of heat treatment and their usage. Discusses some techniques of working with copper, aluminum, magnesium, titanium, lead, nickel, tin, and zinc.

This course introduces major nonmetal materials and how they are most frequently used. Describes properties, characteristics, and classifications of each material. Covers synthetic and natural materials. Examines various paints and coatings, their proper use, preparation, and application. Surveys industrial chemicals. Chemical safety precautions are covered, along with the proper use of protective equipment.

This course covers the most important hand tools used in the industrial workplace. The course includes the proper use of measuring tools, including a discussion of units of measurement. Examines the various kinds of wrenches and screwdrivers, their uses, and handling techniques. Explains various hand tools by specialty: pipefitting tools, plumbing tools, electrician's tools, sheet metalworking tools, machinists' metal-working tools, hoisting and pulling tools.

Explains the uses, selection, safety, and care of industrial power tools: electric drills, electric hammers, pneumatic drills and hammers, screwdrivers, nutrunners, wrenches, linear-motion and circular saws, routers and planes, electric sanders, grinders, and shears. Covers tool sharpening techniques for selected tools.

This course covers government involvement in ensuring a safe workplace. Discusses safety in various situations, personal protective equipment and fire safety. Includes expanded coverage of many health hazards. Covers environmental responsibility and the importance of maintaining a safe work environment.

This course explores the subject of troubleshooting and the importance of proper maintenance procedures. Covers working with others, aids in communication, and trade responsibilities. Outlines troubleshooting techniques and aids, using schematics and symbols. Focuses on specific maintenance tasks, breakdown maintenance, and planned maintenance.

This course covers techniques and safeguards in the use of rope, chain, hoists, and scaffoding when moving heavy plant equipment and maintaining plan utilities.

This course covers installation procedures for large plant equipment. Considers factors affecting proper installation in detail, from preparatory relocation of underground piping and wiring through equipment anchoring, aligning, and running tests.

This course covers force and motion, work and energy, and fluid mechanics as applied in industrial maintenance. Explains principles of operation for simple machines, such as lever, inclined plane, wheel and axle, pulley, and screw. Explains the basic elements of industrial machines, as well as common measurement tools used to monitor and adjust equipment. Covers hand tools, power tools, and fasteners, ending with a discussion of ways to reduce friction and wear.

This course covers a complete lubrication training program, including functions and characteristics of lubricants, factors in selection of lubricants, and effects of additives, oils, greases, and other compounds used for lubrication are described, as well as their applications. Lubrication methods and recommended storage and handling procedures are included.

This course covers belt drives, chain drives, gears and gear drives, adjustable-speed drives, shaft alignment, shaft coupling devices, and clutches and brakes.

This course covers principles and applications of various types of bearings, including plain journal, ball, and roller bearings. Explains installation, inspection and repair of bearings. Deals with specialized bearings, including powdered-metal, nonmetallic, and hydrostatic bearings. Covers bearing seals, lubrication, and maintenance practices.

Covers typical applications of various types of pumps. Describes factors affecting pump selection. Explains operating principles of centrifugal, propeller, and turbine, rotary, reciprocating, and metering pumps. Includes special-purpose pumps, diaphragm pumps, and others designed to handle corrosive and abrasive substances. Covers pump maintenance, packing gland, seal, and bearing replacement.

Covers piping and tubing systems used for fluid transport in the plant: hydraulic fluids, steam, liquefied product, refrigerant, and water. Shows typical metallic and nonmetallic piping systems, pipe-joining methods, and how tubing and hoses differ from piping. Covers valves, pipe fittings, hangers, supports, and insulation, and shows how tubing is sized, fitted, bent, and joined. Explains uses of traps, filters, and strainers.

This course covers hydraulic principles, types of hydraulic fluids, and their characteristics. Describes components of the hydraulic system and their functions; including filters and strainers, reservoirs and accumulators, pumps, piping, tubing and hoses, control valves, and devices. The course also covers a variety of cylinders and hydraulic motors.

This course covers understanding hydraulic systems, using schematic diagrams, installation procedures, cleanliness and safety. Includes tubing cutting, bending, and flaring, identification and selection of proper fluid, and charging the system. Discusses planned maintenance, specific repair/replacement recommendations, system diagnosis, and troubleshooting.

This course covers how work, force, and energy are applied to principles of pneumatics. Explains the operating principles of reciprocating, positive displacement, rotary, and dynamic air compressors. Covers primary and secondary air treatment including; valves, logic, devices, cylinders, and air motors.

This course covers pneumatic systems, schematic symbols and diagrams, installing system components, planned maintenance, system diagnosis, and troubleshooting. The course also includes maintenance of air compressors, control valves, air motors, electrical components, and hybrid systems.

This course covers OSHA'S Hazard Communication Standard and discusses the physical and health hazards presented by dangerous chemicals. The student will also be introduced to the information contained in a Material Safety Data Sheet (MSDS).

This course covers belt conveyors that carry coal, sand, gravel, grain, and other loose materials. Acquaints the student with the terminology, basic structure, and operation of these systems. Includes detailed coverage of belts, belt cleaners, idlers, and feed/discharge devices, as well as an explanation of how to install, maintain, replace, and troubleshoot these components.

This course will introduce the plumbing apprentice to the broad variety of fixtures (tubs, showers, toilets, water heaters etc.) and fixture fittings (faucets, valves, trim, regulators, gauges) found in residential, commercial and industrial building and instruct the apprentice in the Code requirements and industry practices for proper use and installation.

This course will allow the apprentice to master more complex mathematical calculations encountered in the trade; understand the principles of heat transfer and heat retention in connection with water heaters; and understand methods of water treatment as it applies to the Plumbing trade.

In this course. the Plumbing apprentice will master the concepts and procedures of reading a complete set of plans; basic electricity; installation of storm drains; and the Uniform Plumbing Code as it relates to the Plumbing industry.

In this course, the Plumbing Apprentice will gain proficiency in; service and maintenance of residential, commercial, and industrial plumbing primarily focusing on industrial plumbing installation and repair; and associated Uniform Plumbing Codes for industrial installations.

This course will enable the Plumbing Apprentice to gain proficiency in isometric drawings to depict sizing in water, drainage, and gas piping systems; direct, indirect, and special waste systems; protection of water supply - sources of possible contamination, prevention devices and practices; principles of hydraulics and pneumatic related to plumbing; pump theory - installation and maintenance; developing shop drawings and figuring materials for a job.

This course covers the review of the Uniform Plumbing Code designed to assist the apprentice with various aspects of taking and passing the Oregon Plumbing License exam.

This course covers the technical knowledge of the skills required of an LMPE Electrician. Content will cover applied electrical theory, residential and commercial wiring practices, busways, motor fundamental application National Electrical Code.

This course will allow the LMPE Electrical apprentice to understand the technical knowledge of the skills required including motors, generators, controls, and applicable National Electrical Code.

This course covers applied electrical theory, fiber optics, specialty applications, residential and commercial wiring practices, busways, motor fundamentals, and applicable National Electrical Code for electrical installations.

This course covers related training for LMPE Electrician apprentices. Content includes trade history, safety and first aid, blueprint reading, commercial and residential calculations, wiring methods, related theory, and National Electrical Code.

This course covers a thorough review of the National Electrical Code book. Theory and application of motor controls, solid-state fundamentals, special termination, layout, hazardous locations, and transformer locations.

This course covers the review of the National Electrical Code designed to assist the apprentice with various aspects of taking and passing the Oregon State Limited Manufacture Plant Electrical License exam.

This course covers the technical knowledge of the skills required of an Inside Wire Electrician. Content will cover applied electrical theory, residential and commercial wiring practices, busways, motor fundamental application National Electrical Code.

This course will allow the apprentice to understand the technical knowledge of the skills required including motors, generators, controls, and applicable National Electrical Code.

This course covers applied electrical theory, fiber optics, specialty applications, residential and commercial wiring practices, busways, motor fundamentals, and applicable National Electrical Code for electrical installations.

This course covers related training for Inside Wire Electrician apprentices. Content includes trade history, safety and first aid, blueprint reading, commercial and residential calculations, wiring methods, related theory, and National Electrical Code.

This course covers a thorough review of the National Electrical Code book. Theory and application of motor controls, solid-state fundamentals, special termination, layout, hazardous locations, and transformer locations.

This course covers the review of the National Electrical Code designed to assist the apprentice with various aspects of taking and passing the Oregon State Electrical License exam.

This course covers related training for Programmable Logic Controller (PLC) apprentices to study theory and trade practices content focused on automatic control systems, accuracy, errors, pressure measurement, and measurement principles.

This course covers related training for Programmable Logic Controller (PLC) apprentices to study theory and trade practices with content focused on compensation, temperature measurement, pneumatic principles and control valves, automatic control, and troubleshooting the system.

This course covers related training for Programmable Logic Controller (PLC) apprentices to study theory and trade practices with content focused on calibration, errors, control valves, and special programmable controller functions.

This course covers the technical knowledge of the skills required of an LME Electrician. Content will cover applied electrical Theory, residential and commercial wiring practices, busways, motor fundamental application National Electrical Code.

This course will allow the LME Electrical apprentice to understand the technical knowledge of the skills required including motors, generators, controls, and applicable National Electrical Code.

This course covers the review of the National Electrical Code designed to assist the LME Electrical apprentice with various aspects of taking and passing the Oregon State Limited Maintenance Electrical License exam.

This course covers mechanical drive alignment, coupling alignment and includes installation and maintenance of mechanical drives, from chain drives to enclosed gear drives.

This course covers further details of drive maintenance, including brakes, clutches, and adjustable-speed drives. APR217B also covers maintenance and troubleshooting of fluid drives and package drive system.

This course covers industrial tubing installation and specifications. APR217F explores the procedures used for handling, bending, cutting and installing tubing in an industrial setting.

This course covers the maintenance and operation of piping valves in an industrial facility. APR217G also introduces actuators and various piping accessories. Explains valve selection based on application and describes methods of protecting industrial piping systems.

This course covers fundamentals of force and motion. APR217H demonstrates how mathematical and graphical representations can help clarify our thinking about mechanical force and motion.

This course covers the background for a detailed study of robot maintenance. APR217I introduces the apprentice to the basics of robotics, using clear, easy-to-follow language to take the mystery out of robot technology.

This course covers fundamentals of welding, discusses welding safety considerations and precautions. APR217J also covers oxyfuel and arc welding equipment, welding techniques and symbols.

This course covers the welding of ferrous and nonferrous metals. APR217K also introduces the student to oxygen cutting, brazing, soldering, and surfacing techniques.

This course covers shielded metal arc welding, selecting electrodes for SMAW, gas metal, and tungsten arc welding. APR217L also includes preheating and reheating of metals, welding nonferrous metals, pipe welding, hard facing, and rebuild welding.

This course covers a basic nonmathematical approach to understanding principles of electricity. APR217M introduces electron theory, static electricity, electrons in motion, and magnetism, including basic methods of measuring current, voltage, and resistance. The course will introduce the student to circuit components-conductors, insulators, resistors, capacitors, and simple Ohm's Law calculations for DC and AC circuits.

This course examines electrical hazards and stresses the importance of electrical safety when working in an industrial facility. APR217N covers the equipment and procedures necessary to work safely with electricity, including personal protective equipment, lockout/tagout procedures, grounding, fuses, circuit breakers, and motor protection devices and their use.

This course covers the basic steam generation system, how thermal energy is converted into electrical energy, components of the system, and design features for gaining thermal efficiency. APR217O includes handling of water, fuel, and wastes, and the operating features of a power plant.

This course covers operating and servicing various types of packaging machinery. APR217Q studies different types of liquid filling machines, positive displacement fillers, filling, sealing machines, as well as volumetric filling machines and blister packaging machines.

This course covers the operating characteristics and service techniques of accessory or auxiliary machines used with packaging lines. APR217R examines general operating characteristics of labeling equipment, uncasing, unscrambling, and cleaning machines. The course concludes by introducing the student to gluing equipment and adhesives, wrapping machines, tying, strapping, stitching machines, and shrink wrap devices.

This course covers the basic operating principles of all Programmable Logic Controllers (PLC's) including; inputs and outputs, programming, maintenance, and networking.

This course covers the principles of machining, measurement, tool grinding, and machine shop safety. In addition, APR217T covers the major types of lathes and their attachments, safety, maintenance, job preparation, and basic lathe operations.

This course covers related training for LMPE Apprentice. The apprentice will receive the technical knowledge of the skills required of an LMPE Electrician. The content will include requirements for wiring and installation of electrical devices, auxiliary gutters, raceways, fuses and over-current devices, wire devices, hazardous locations, busways, residential calculation, and applicable national electrical code.

This course covers industrial drive maintenance, including brakes, clutches, and adjustable-speed drives. APR217C also covers maintenance and troubleshooting of fluid drives and package drive systems for industrial equipment and machinery.

This course introduces the Industrial Maintenance Mechanic apprentice to basic industrial machinery pumping concepts and the required maintenance of packing and seals. APR217D also covers the maintenance and overhaul of centrifugal and rotary pumps.

This course covers components and terminology used in industrial piping systems including measurement and maintenance of threaded, welded, and plastic piping systems. APR217E also explains the use of pipefitting accessories, supports, traps, expansion joints, filters, and strainers.

This course covers the job of packaging mechanic. It provides detail of the major types of packaging machinery including various mechanical drives, couplings, motors, brakes, variable speed drives, clutches, electrical controls, motor starters, event sequencing controls, and packaging.

Related training for LME Electrical Apprentice. The student will receive the technical knowledge of the skills required of an LME Electrician. Content will cover mathematical formulas of equations, basic AC theory, use of test equipment, and applicable National Electrical Code.

This course provides integrated skills instruction for English language learners. The focus of the instruction is on conversational English and basic reading and writing in English. Students are encouraged to speak and listen as they learn about American culture. Reading materials at appropriate levels are provided and students practice reading and writing to further develop English skills.

This course provides integrated skills instruction for English Language Acquisition. Instruction and practice incorporating the Oregon Adult Basic Skills Learning Standards (levels 1,2, & 3) to assist students to Listen Actively, Speak So Others Can Understand, Read With Understanding and Write to Express Meaning. Students identify purposes for speaking, listening, reading, and writing and draw on prior knowledge about language, culture, and context. Students develop and use strategies for listening, speaking, reading, and writing within topics they choose in class and receive contextualized instruction in English grammar. Students improve fluency in all skill areas to meet their needs in the use of the English language. From time to time, the course will also utilize contextualized math skills as appropriate to topics of study.

This course provides integrated skills instruction for English Language Acquisition. Instruction and practice incorporating the Oregon Adult Basic Skills Learning Standards (levels 1,2, & 3) to assist students to Listen Actively, Speak So Others Can Understand, Read With Understanding and Write to Express Meaning. Students identify purposes for speaking, listening, reading, and writing and draw on prior knowledge about language, culture, and context. Students develop and use strategies for listening, speaking, reading, and writing within topics they choose in class and receive contextualized instruction in English grammar. Students improve fluency in all skill areas to meet their needs in the use of the English language. From time to time, the course will also utilize contextualized math skills as appropriate to topics of study.

This accelerated course prepares students to qualify for the Oregon Real Estate Broker's License exam in just 10 weeks. It is a hybrid course combining once-a-week lecture with online home study to meet the 150 hours requirements of the Oregon Real Estate Agency. The class will be held on Thursdays from 6:00 - 9:00 pm through Zoom beginning Fall Term September 19 through November 21, 2024. There is also an all-day study session on a Saturday at the end of the term where students prepare for the exam which will be November 23, 2024. The cost of the class is $695.00 Call Anne at 541-481-2099 for more information.

Prepare for the Oregon Property Manager License Exam in just seven weeks. This course combines weekly interactive sessions with online home study to meet the Oregon Real Estate Agency (OREA) education requirement, covering the role of property managers, tenant relations, fair housing, lease agreements and more. You must complete a total of 60 hours of study between weekly sessions and online studies. Plan on spending 6-8 hours (or more) each week completing online home study in addition to attending evening classes. The class will be held on Tuesdays from 6:00 - 8:00 pm through Zoom beginning Spring term 4/09/2024 - 5/21/2024. The cost of the class is $629.00 Call Anne at 541-481-2099 for more information.

Introduces two-dimensional black and white foundations studio experience centered on creative problem-solving. Develops perceptual awareness and understanding. Establishes critical skills and personal artistic vision. Investigates a broad range of materials, techniques, and projects to explore black and white design concepts with reference to historical and contemporary perspectives. Basic Design series 115, 116, and 117 may be taken in any sequence. Arts & Letters (Humanities) Course

Studio course introducing the concepts, techniques, practices, aesthetics, and ethics of photographic imaging and image making with digital technologies. Includes experimentation with the camera and the digital darkroom. Methods include capturing, color correcting and balancing, retouching, layering, masking, composition, and output for printing or digital media presentation. Arts & Letters (Humanities) Course

This course introduces the nature of scientific inquiry and applies fundamental concepts of cellular and molecular biology to scenarios and situations to engage the student in critical thinking about how biological principles can be applied to everyday life situations. This course is designed for students who are majoring in the sciences typically for degrees in Biological Science or degrees related to the pre-professional programs such as pharmacology, medicine, forestry & wildlife. NOTE: BI211 is most appropriate for AS and AAOT Science Majors due to the depth and rigor associated with the content. BI101 and BI112 become electives if BI211 is taken.

This course provides students with the opportunity to study the structure and function of the human body from a systematic perspective, while emphasizing homeostasis, multiple levels of organization, organ system interaction, and complementarity of structure and function. Specific topics include: the integumentary, skeletal, and musculatory systems. Laboratory sessions include dissecting animal specimens, conducting physiological experiments and/or examining case studies, examining microscope slides or images of slides, and studying anatomical models.

Prerequisites: one of BI101, BI112, BI211, BI232, BI233

This course provides students with the opportunity to study the structure and function of the human body from a systematic perspective, while emphasizing homeostasis, multiple levels of organization, organ system interaction, and complementarity of structure and function. Specific topics include: the integumentary, skeletal, and musculatory systems. Laboratory sessions include dissecting animal specimens, conducting physiological experiments and/or examining case studies, examining microscope slides or images of slides, and studying anatomical models.

Prerequisites: one of BI101, BI112, BI211, BI232, BI233

Introduces the design, uses, and terminology of a database management system. Students will explore database development, focusing on relational databases. Topics will include relational schema, entity-relationship diagrams, indices, normal forms, SQL, multiuser database issues, web-based systems, and evaluation of business data needs. Computer Science Course.

Prerequisites: one of BA110, BA110A

This course focuses on introducing students to the critical concepts and principles that surround cybersecurity. The primary purpose of this course functions as a survey of major topics in the cybersecurity field, but also introduces a range of interrelated industry vocabulary, tools, frameworks, and methodologies.

This course will prepare the student to diagnose and repair problems with manual and power steering components, suspension systems, steerable tag and drop axles. The course will also train students in preventative maintenance practices for steering and suspension systems and for steering and suspension system alignment.

This course trains the student in basic shop environment practices, including personal safety. The course also trains student in proper and safe tool use, along with use of fasteners and hardware employed in the field of diesel technology.

This course will introduce the theory and application of fluid mechanics. The course expands upon the theory by troubleshooting and repairing on- and off-highway hydraulic systems.

The course provides up-to-date, interactive training through classroom study, use of internet website information, and hands-on experience in the “Virtual Workplace” or lab, for the troubleshooting and repair of electrical circuits and components, a thorough understanding of the operation and use of the electrical multi-meter tester, and provides the basic technical knowledge of the purpose of electron theory, electrical circuits, measurement values, circuit components, circuit tracing and diagnosing, and repair of electrical malfunctions.

This course is designed to assist students seeking employment. Job-hunting techniques, interviewing skills, and the study of job-related responsibilities and problems while advancing in a chosen career are among the major topics covered.

Principles of compressed air, air brake component identification and operation, and air brake valve troubleshooting and service will be covered. This course also includes other heavy-duty brake systems for trucks, tractors, and heavy equipment; and complete brake jobs, including inspection and service.

Prerequisites: one of DSL151

This course covers provides up-to-date, interactive training through classroom study, use of internet website information, and hands-on experience in the "virtual workplace" or lab, for the troubleshooting, repair, and maintenance of diesel engines. Areas of focus include intake and exhaust systems, turbochargers, engine brakes, and the fuel subsystem.

Prerequisites: one of DSL162

Introduction to physical geography of the earth with specific emphasis on landforms, climate, vegetation, and soils and on the interaction between humans and these elements. Non-Lab Science Course.

Prerequisites: one of WR060, WR065, WR115, WR121, WR122, WR227, WR121Z, WR122Z, WR227Z

This course introduces the nature of scientific inquiry and applies fundamental concepts of cellular and molecular biology to scenarios and situations to engage the student in critical thinking about how biological principles can be applied to everyday life situations. NOTE: BI101 is most appropriate for AS and AAOT non-science majors and agriculture and vet tech programs due to the broad nature of content focus. BI101 becomes an elective if BI112 or BI211 is taken.

This course provides the algebra, quantitative reasoning, and problem-solving skills necessary for success in Math 105. Students will solve a variety of contextual and open-ended mathematical problems. The course is an alternate pathway to Math 105 for students not intending to take calculus.

Prerequisites: one of MTH025, MTH065, MTH070, MTH095, MTH105, MTH105Z, MTH111, MTH111Z, MTH112, MTH112Z, MTH211, MTH212, MTH213, MTH243, MTH251, MTH252, MTH253, STAT243Z, MTH062

The student will study and demonstrate knowledge of skills to include solving algebraic equalities and inequalities, and systems of linear and nonlinear equations. Also included are graphing algebraic functions. Emphasis is placed on algebraic problem-solving skills; a graphing calculator will be used as a tool to further algebraic knowledge.

Prerequisites: one of MTH070, MTH098, MTH105, MTH111, MTH112, MTH211, MTH212, MTH213, MTH243, MTH251, MTH252, MTH105Z, MTH111Z, MTH112Z, STAT243Z, MTH065, MTH095

This course provides the algebra, quantitative reasoning, and problem-solving skills necessary for success in Math 105. Students will solve a variety of contextual and open-ended mathematical problems, communicating their solutions in writing, with graphical and symbolic representations. The course is an alternate pathway to Math 105 for students not intending to take calculus.

Prerequisites: one of MTH062, MTH070, MTH095, MTH105, MTH111, MTH112, MTH211, MTH212, MTH213, MTH243, MTH251, MTH252, MTH105Z, MTH111Z, MTH112Z, STAT243Z, MTH098

This course provides the algebra, quantitative reasoning, and problem-solving skills necessary for success in Math 105. Students will solve a variety of contextual and open-ended mathematical problems, communicating their solutions in writing, with graphical and symbolic representations. The course is an alternate pathway to Math 105 for students not intending to take calculus.

Prerequisites: one of MTH062, MTH070, MTH095, MTH105, MTH111, MTH112, MTH211, MTH212, MTH213, MTH243, MTH251, MTH252, MTH105Z, MTH111Z, MTH112Z, STAT243Z, MTH098

An exploration of present-day applications of mathematics focused on developing numeracy. Major topics include quantitative reasoning and problem-solving strategies, probability and statistics, and financial mathematics; these topics are to be weighted approximately equally. This course emphasizes mathematical literacy and communication, relevant everyday applications, and the appropriate use of current technology. PRE-REQUISITE: MTH095 or higher

Prerequisites: one of MTH092, MTH095, MTH098, MTH111, MTH112, MTH211, MTH212, MTH213, MTH111Z, MTH112Z, MTH105Z, MTH105

A course primarily designed for students preparing for calculus and related disciplines. This course explores trigonometric functions and their applications as well as the language and measurement of angles, triangles, circles, and vectors. These topics will be explored symbolically, numerically, and graphically in real-life applications and interpreted in context. This course emphasizes skill building, problem-solving, modeling, reasoning, communication, connections with other disciplines, and the appropriate use of present-day technology. PRE-REQUISITE: MTH111 or higher

Prerequisites: one of MTH111, MTH243, MTH251, MTH252, MTH111Z, MTH112Z, MTH112

The student will study and demonstrate knowledge of problem-solving, sets, relations, whole numbers, numeration systems, integers, number theory, and mathematical systems. The student will explore the conceptual bases of numbers and arithmetic, with an emphasis on why and how arithmetic operations work. Manipulatives will be used as physical models to move from concrete to abstract representation.

Prerequisites: one of MTH095, MTH098, MTH105, MTH111, MTH112, MTH212, MTH213, MTH243, MTH251, MTH252, MTH111Z, MTH112Z, STAT243Z, MTH211

Student Notes: This course is intended for students who did not test into WR115. This version of the course will require additional time spent outside of class time with tutors. A Prerequisite Override Form will need to be completed prior to registering and can be found here: https://bluecc.edu/student-forms/ If you have tested into WR115, please register for one of the other sections offered.

This course introduces college-level critical inquiry in academic reading and writing. Students will work on developing their ability to read critically and write college-level essays in a variety of different writing contexts and situations. Emphasis is on learning to use the conventions of written language appropriately and skillfully for different purposes and to experience and use writing as a recursive, social, and collaborative process.

Prerequisites: one of WR060, WR065, WR121, WR122, WR227, WR121Z, WR122Z, WR227Z, WR115