May 08, 2024  
College Catalog 2021-2022 
    
College Catalog 2021-2022 [ARCHIVED CATALOG]

Course Descriptions


This section includes descriptions for courses offered at RTC. Each course listing includes the course code, course title, credits, and description.

Courses are listed in alphanumeric order under each course type. The filter can be utilized to search for specific courses. 

Visit the RTC Class Schedule to find up-to-date class offerings for each quarter. 

 

Autobody Repair

  
  • ABDY 123 - Straightening Metal


    5 Credits
    Students determine the extent of direct and indirect damage and direction of impact; develop and document a repair plan to straighten and rough-out contours of damaged panels to a suitable condition for body filling or metal finishing using power tools, hand tools, and weld-on pull attachments. Students locate and reduce surface irregularities on damaged body panels. Demonstrate hammer and dolly techniques. Heat shrink stretched panel areas to proper contour. Cold shrink stretched panel areas to proper contour. Mix body filler. Apply body filler: shape during curing. Rough sand cured body filler to contour; and finish sand. Training prepares students for certification in I-CAR Non-Structural Technician, ProLevel I.

    Course Outcomes
    1. Differentiate between different metals used in vehicles.
    2. Form a plan for the repair of a panel.
    3. Differentiate between hammers and dollies and how to use and maintain those tools. Demonstrate how to protect the vehicle as it is being repaired so no additional damage will be introduced.
    4. Demonstrate how to stretch and shrink metal, both cold and using heat.
    5. Move metal safely from one area to another.
    6. Prepare a panel for plastic filler.
    7. Mix, apply, sand and finish plastic filler.
    8. Demonstrate familiarity with how PDR is used in the industry.
  
  • ABDY 128 - Autobody Structure and Mechanics


    7 Credits
    Students study basic mechanical principles such as four-wheel alignment, electrical theory, electrical circuits and DVOM usage. Other subjects include steering, suspension systems, brakes, air conditioning, cooling systems, and trim and hardware. Training prepares students for certification in I-CAR Non-Structural Technician, ProLevel I.

    Course Outcomes
    1. Describe the fundamentals of how various brake systems work, and demonstrate the procedures for manual and pressure bleeding.
    2. Define the elements of proper wheel alignment; including caster, camber, toe, thrust line alignment, steering axis inclination, and turning radius.
    3. Describe the design and operation of parallelogram, rack-and-pinion, and four wheel steering.
    4. Explain the basics of front, rear, and computer suspension systems.
  
  • ABDY 129 - Communication for Autobody Repair


    1 Credits
    Students learn how communication between management and workers affects the operation of a shop.  Students also learn about the operating costs in shops, the responsibilities of management, and other issues faced by companies which help the employee understand their role in making the business successful. Students are taught how to effectively communicate verbally and in writing with employers, technicians, and customers.

    Course Outcomes
    1. Articulate the complex relationship between owners/ managers, insurance companies and the technicians.
    2. Consider job opportunities in a wide range of careers in the repair industry.
    3. Explain the importance of effective communication in stressful shop environments.
    4. Demonstrate culturally sensitive communication skills with a variety of owners, customers or co-workers.
  
  • ABDY 232 - Impact Analysis and Repair


    2 Credits
    Students perform several different structural sectioning techniques on different structural members to I-CAR and industry standards. Using state-of-the-art frame and unibody straightening benches, students align auto body frames and shells.

  
  • ABDY 234 - Autobody Construction II


    2 Credits
    Using damaged autos, students install and align various auto body panels and glass to industry standards.

  
  • ABDY 235 - Door and Quarter Panel Replacement


    8 Credits
    Students replace an outer door panel and a quarter panel on damaged vehicle in the shop.

  
  • ABDY 243 - Auto Detail


    3 Credits
    Following completion of repairs to assigned auto shop projects, students clean and detail various automobiles to industry standards. Training prepares students for certification in I-CAR Refinish Technician, ProLevel I.

    Course Outcomes
    1. Demonstrate all aspects of detailing a vehicle.
  
  • ABDY 250 - Collision Related Mechanical Repair


    3 Credits
    Using a combination of classroom theory and shop practice, students examine the effects of collision forces and study the resulting damage to the following mechanical systems: suspension, air-conditioning, heating, braking, and active and passive restraints.

  
  • ABDY 280 - Human Relations and Shop Safety for Autobody Repair


    1 Credits
    Following a review of the safety practices to be adhered to in the auto body repair industry, students learn how to get along with others in the workplace and are encouraged to be a professional. Students also work with customers and fill out necessary job related paperwork.


Automotive Technology

  
  • AUTC 101 - Safety/Environmental Issues


    2 Credits
    Students learn proper safety procedures in an automotive shop environment to protect themselves, their co-workers, their customers and the environment through Web-based, classroom, and hands-on lab instruction. Students are introduced to information literacy and the proper use of library resources and the Internet. Topics include: personal safety, proper use of shop equipment and tools, identification, handling, storage and disposal of hazardous automotive waste, worker “Right to Know” hazard communication, and the use and procurement of Material Safety Data Sheets.

    Course Outcomes
    1. Demonstrate shop and environmental safety protocol.
    2. Identify relevant tools.
    3. Demonstrate proper handling and disposal of current automotive products.
  
  • AUTC 112 - Maintenance and Light Repair


    7 Credits
    Students learn fundamental automotive shop operations and repair based on NATEF competencies through Web-based, classroom, and hands-on lab instruction. Topics include: vehicle identification, the use of service information (publications, electronic media, and Web-based), care of customer vehicles, handling repair orders, procuring parts, proper use of hand tools, measuring devices, and fastener applications. Students learn basic automotive service (oil change, transmission and cooling system service) diagnostic procedures, and basic mechanical adjustments.

    Prerequisite(s): Concurrent enrollment in AUTC 101  or Articulated MLR program.

    Course Outcomes
    1. Demonstrate the necessary skills to perform Maintenance and light repairs on vehicles per NATEF guidelines.
    2. Identify and use related hand and power tools.
    3. Analyze reference materials to retrieve service data, specifications and maintenance schedules.
    4. Demonstrate basic vehicle maintenance, vehicle inspections and light repairs.
    5. Employ basic shop skills.
  
  • AUTC 117 - Electrical Systems


    7 Credits
    Students learn electrical/electronic theory, application, diagnosis and repair based on NATEF competencies through Web-based, classroom, and hands-on lab instruction. Topics include: batteries, starting systems, charging systems, lighting systems, accessories (gauges, warning devices, driver information systems, horns, and wipers), schematic diagrams, and the use of testing equipment. Concurrent enrollment in AUTC 101  and AUTC 112 .

    Course Outcomes
    1. Perform battery services.
    2. Perform Starting system diagnostics and repairs.
    3. Perform Charging system diagnostics and repairs.
    4. Perform Lighting system diagnostics and repairs.
    5. Perform Accessories system diagnostics and repairs.
  
  • AUTC 118 - Brakes


    7 Credits
    Students learn brake and anti-lock system theory, application, diagnosis and repair based on NATEF competencies through Web-based, classroom, and hands-on lab instruction in a live work environment. Topics include: hydraulic systems, drum brakes, disc brakes, power assist, wheel bearings, parking brakes, electrical systems, anti-lock brakes and traction control systems. Students prepare for ASE Certification test A-5.

    Prerequisite(s): AUTC 101 , AUTC 112 , AUTC 117 .

  
  • AUTC 124 - Heating and Air Conditioning


    6 Credits
    Students learn heating and air conditioning system theory, application, diagnosis and repair based on NATEF competencies through Web-based, classroom and hands-on lab instruction in a live work environment. Topics include: refrigeration systems, heating systems, ventilation systems, engine cooling systems, operational controls, and refrigerant recovery, recycling and handling. Students perform refrigerant recovery and recycling per EPA regulations and prepare for EPA recycling certification. Students prepare for ASE Certification A-6.

    Prerequisite(s): AUTC 101 , AUTC 112 , AUTC 117 .

    Course Outcomes
    1. Perform refrigeration components diagnostics and repairs.
    2. Perform A/C system diagnostics and repairs.
    3. Perform heating and ventilation system diagnostics and repairs.
    4. Perform engine cooling system diagnostics and repairs.
    5. Perform refrigerant recovery and recycling.
  
  • AUTC 132 - Steering and Suspension


    7 Credits
    Students learn steering and suspension system theory, application, diagnosis and repair based on NATEF competencies through Web-based, classroom and hands-on lab instruction in a live work environment. Topics include: steering systems, suspension systems, wheel alignment, wheels, and tires. Students prepare for ASE Certification test A-4.

    Prerequisite(s): AUTC 101 , AUTC 112 , AUTC 117 .

  
  • AUTC 171 - Written Communications


    1 Credits
    Students learn the writing skills necessary in an automotive service environment including: describing repairs, repair procedures and repair suggestions on a repair order, developing a written repair estimate, requesting parts, timekeeping, the use of electronic data systems, completing job application, and preparing a resume.

  
  • AUTC 180 - Human Relations/Customer Relations


    1 Credits
    Students learn to interview customers, determine needed automotive repairs, and prepare a complete repair order with clear terms and descriptions of needed repairs/services. Conflict resolution, employer/employee relationships, sexual harassment, and other workplace issues are covered.

    Course Outcomes
    1. Demonstrate conflict resolution techniques with customers and co-workers per NATEF guidelines.
    2. Demonstrate respectful behavior to customers and service personnel per NATEF guidelines.
    3. Explain automotive repair operations in clear terms to customers per NATEF guidelines.
    4. Interview customers and determine repair concerns per NATEF guidelines..
  
  • AUTC 191 - Cooperative Education (Optional)


    1-7 Credits
    The student will be working in a Renton Technical College approved automotive repair facility performing the duties assigned by the management and/or mentoring technician. Student should demonstrate abilities in shop safety, pollution prevention, and shop procedures to NATEF and industry standards.

    Prerequisite(s): AUTC 101 , AUTC 112 , AUTC 117 , INDS 101 

  
  • AUTC 204 - Automatic Transmissions/Transaxle Repair


    6 Credits
    Students learn automatic transmission/transaxle system theory, application, diagnosis and repair based on NATEF competencies through Web-based, classroom and hands-on lab instruction in a live work environment. Topics include: maintenance and adjustment, in-vehicle repairs, and off-vehicle repairs. Students prepare for ASE Certification test A-2. Together with this course, the students will learn the skills to effectively handle interactions with customers and co-workers within a shop environment.

    Prerequisite(s): AUTC 101 , AUTC 112 , AUTC 117 .

    Course Outcomes
    1. Inspect and road test automatic transmission/transaxles.
    2. Diagnose and repair automatic transmission/transaxles.
    3. Inspect/diagnose and repair automatic transmission/transaxles components off vehicles.
  
  • AUTC 216 - Engine Performance and Emissions


    10 Credits
    Students learn engine performance theory, application, and diagnosis of ignition, fuel, emissions and on-board diagnostic computer systems based on NATEF competencies through Web-based, classroom and hands-on lab instruction in a live work environment. Topics include: engine diagnosis, computerized engine controls, ignition systems, fuel systems, air induction and exhaust systems, emissions controls and related systems. Included in this course are the communications competencies for writing repair reports and presenting pricing and repair options. Students prepare for ASE Certification test A-8.

    Prerequisite(s): AUTC 101 , AUTC 112 , AUTC 117 .

    Course Outcomes
    1. Inspect engine operation.
    2. Maintain vehicle maintenance requirements.
    3. Inspect, diagnose and repair vehicle engine systems as needed.
  
  • AUTC 226 - Advanced Electronics


    6 Credits
    Students learn advanced automotive electronics theory, application, diagnosis and repair based on NATEF competencies through Web-based, classroom and hands-on lab instruction in a live work environment. Topics include: electrical system diagnosis, battery diagnosis and service, starting system diagnosis and repair, charging system diagnosis and repair, lighting systems diagnosis and repair, driver information systems, horns, wiper/washer systems, accessories (locks/ keyless entry, power windows, cruise control, airbags, anti-theft). Advanced concepts include: computerized control systems, sensor operation and diagnosis, actuator operation and diagnosis, the use of scan tools, lab scopes, and on-board diagnostic systems. Students prepare for ASE Certification test A-6.

    Prerequisite(s): AUTC 101 , AUTC 112 , AUTC 117 .

    Course Outcomes
    1. Perform NATEF Master Automobile Service Technology Electrical/Electronics Tasks at:
      • 95% of P1 Tasks at a “Requires Supervision” level or better
      • 80% of P2 Tasks at a “Requires Supervision” level or better
      • 50% of P3 Tasks at a “Requires Supervision” level or better
    2. Pass the ASE Certification Test A-6.
  
  • AUTC 228 - Engine Repair and Shop Computations


    8 Credits
    Students learn engine theory, operation, application, diagnosis, disassembly, inspection, component measurement and reassembly based on NATEF competencies through Web-based, classroom and hands-on lab instruction in a live work environment. Topics include: engine removal and reinstallation, cylinder head diagnosis and repair, engine block diagnosis and repair, lubrication systems, cooling systems, and timing components. The students also learn to perform computations related to engine displacement, horse power, torque, firing angle, and cam geometry. Students prepare for ASE Certification test A-1.

    Prerequisite(s): AUTC 101 , AUTC 112 , AUTC 117 .

    Course Outcomes
    1. Perform NATEF Master Automobile Service Technology Engine Repair Tasks at:
      • 95% of P1 Tasks at a “Requires Supervision” level or better
      • 80% of P2 Tasks at a “Requires Supervision” level or better
      • 50% of P3 Tasks at a “Requires Supervision” level or better
    2. Pass the ASE Certification Test A-1.
  
  • AUTC 233 - Manual Drive Train and Axles


    8 Credits
    Students learn manual transmission and drive train system theory, application, diagnosis and repair based on NATEF competencies through Web-based, classroom and hands-on lab instruction in a live work environment. Topics include: clutches, manual transmission/transaxles, drive shafts, constant velocity joints, differentials, and four wheel/all-wheel drive systems. Students prepare for ASE Certification test A-3.

    Prerequisite(s): AUTC 101 , AUTC 112 , AUTC 117 .

    Course Outcomes
    1. Inspect and road test manual drive train and axles.
    2. Diagnose and repair manual drive train and axles.
    3. Inspect/diagnose four wheel/all wheel drive.

Aviation

  
  • AVIA 101 - Aviation Ground School - Private Pilot


    5 Credits
    This 60 hour aviation pilot ground course offers guidance and training to help pass the required FAA “written” knowledge test, the first step required toward achieving a FAA Pilot License. Also a great course for those just interested in learning more about aviation as it relates associated flight operations. 1/2 hour of Motion Simulator time is also included! (Subject to CFI availability). In addition, it provides an excellent in depth review for returning pilots. Some elements covered are generic piston aircraft systems, aerodynamics, weather, navigation, airport & airspace operations, communications and Federal Air Regulations. Upon successful completion of the course a certificate will be provided allowing the student to take the actual FAA multiple choice “written” test. Includes all books and other items such a plotter and mechanical flight computer. Off campus site classroom is located at Renton Municipal Airport, allowing direct access to aircraft, associated support items and airport operations when needed.

  
  • AVIA 102 - Aviation Ground School - Instrument Rating


    5 Credits
    This 54-hour course is designed for people with private pilot licenses who wish to pursue an instrument rating. It prepares students to pass the FAA Instrument Rating-Airplane knowledge test. Topics include the principles of instrument flight, including the operation, use, and limitations of flight instruments and instrument navigation systems. Students learn how the air traffic control system functions and become familiar with the Federal Air Regulations applicable to instrument flight operations. Students learn how to use the charts and procedures applicable to all phases of instrument flight. Emphasis is placed on advanced human factors concepts directly related to instrument flight. The course also emphasizes weather factors and hazards, and the associated resources available. Upon successful completion of the course, students receive an instructor’s endorsement, which is required in order to take the official FAA knowledge test. The fee includes an excellent Jeppesen textbook, the complete FAA test question bank with a preparation kit, and a copy of the Federal Air Regulations and Aeronautical Information Manual book. (It does not cover the fee for taking the actual FAA test at an approved FAA Testing Center.) Off site classroom is located at the Renton Municipal Airport.


Band Instrument Repair Technology

  
  • BIR 101 - Introduction to Band Instrument Repair/Human Relations


    2 Credits
    This course introduces the new students to the field of Band Instrument Repair. It also familiarizes them with Renton Technical College. Class discussions cover topics such as course descriptions, tool and material requirements, rules of the shop, class conduct, and the specifics of the trade. You will learn concepts of the employer-employee, employee-employee, and customer relations and negotiation skills. Also covered are interpersonal relationship skills necessary to function as a productive member of a working team. Discussion of topics relating to cultural and gender-sensitive issues relate these issues to the work place.

    Course Outcomes
    1.  Exhibit a commitment to diversity and enhanced employability through the practice of multicultural appreciation and teamwork skills.
    2. Demonstrate the basic skills and attributes required of a band instrument repair technician.
    3. Articulate the basic terminology used in the band instrument repair industry.
    4. Utilize facilities and services available to students of Renton Technical College.
    5. Produce a working copy of a professional résumé.
    6. Establish and maintain good working relationships and proper behavior in a diverse workplace environment,
    7. Demonstrate the tools needed to maintain a good working relationship with a manager or employer.
    8. Illustrate the complexties and sensitivities of good customer relation skills as related, but not limited to: frustrated customers, music educators, first time band parents, and the presentation of estimates.
  
  • BIR 103 - Band Instrument Safety, Cleaning & Sanitization


    3 Credits
    You will learn the fundamentals of shop safety and shop layout and design. You will learn the proper use and maintainence of hand and power tools. Additionally, you will learn the proper use, storage, and disposal of chemical cleaning, degreasing, and surface preparation reagents used commonly in the trade, as well as environmental consideration in the use and disposal of chemical agents. You will learn proper cleaning techniques on instruments of the woodwind and brasswind families. You will learn how to use the chemical dip, Texas-style flush, ultrasonic cleaning, and other cleaning techniques. 

    Course Outcomes
    1. Demonstrate the proper use of tools and equipment in the BIRT Labs.
    2. Employ safe and responsible use and choice of chemicals used in the industry, with regard to the environment and student. 
    3. Recognize the proper policies and procedures to follow in the event of emergencies of various types.
    4. Demonstrate knowledge of the personal safety equipment required in the cleaning of band instruments in the BIRT cleaning facility.
    5. Demonstrate knowledge of the cleaning equipment used in the BIRT cleaning facility with emphasis on personal safety and the safety of other individuals in the cleaning facility.
    6. Demostrate the use of the chemicals used in the band instrument repair industry with emphasis on safe usage, safe storage, and safe, responsible disposal.
    7. Assemble and disassemble band instruments including, but not limited to : flute, clarinet, saxophone, trumpet, and trombone, safely, efficiently, and responsibly. 
    8. Employ safe usage and set up of Ultrasonic cleaning equipment its chemicals and its applications.
    9. Perform the “Texas Flush” technique of cleaning brasswind musical instruments.
    10. Perform safe, responsible, Ultrasonic cleaning of band instruments.
    11. Perform safe, responsible, Traditional chemical cleaning of cleaning band instruments.
    12. Discriminate the proper cleaning technique to suit the particular instrument and situation at hand, emphasis to be placed on maintaining the integrity of the finish of the instrument.
  
  • BIR 104 - Soldering and Brazing Techniques


    2 Credits
    Students learn the proper techniques of soft soldering and brazing woodwind and brasswind parts using acetylene and oxy-acetylene equipment. Information on the use of different types of solders and fluxes is included.

  
  • BIR 115 - Dent Removal Techniques


    2 Credits
    Students learn proper techniques of dent removal on brass and nickel band instruments. Instruction is provided in the use of dent hammers, dent balls and barrels, mandrels, burnishers, and other tools of the industry. Additional instruction is provided in the use of the Votaw® pneumatic tools, Ferree’s Dent Machine® and the C.G. Conn Dent Eraser®.

    Course Outcomes
    1. Demonstrate awareness at all times of the potential for injury to themselves or others when using dent removal equipment, and should utilize the equipment in such a way as to minimize that risk.
    2. Demonstrate the ability to remove dents from brasswind instruments without inflicting additional damage.
    3. Properly use and maintain of all dent removal equipment.
    4. Select the proper dent removal equipment to suit the task at hand.
    5. Demonstrate capability in the removal of dents from bells, bodies, slides, and other various parts of brasswind instruments.   
  
  • BIR 122 - The Percussion Instruments


    1 Credits
    Students learn preventive and basic maintenance of percussion instruments including: snare and field drum, bass drum, timpani, mallet percussion, and cymbals.

    Course Outcomes
    1. Demonstrate knowledge of the basic function of percussion instruments. 
    2. Demonstrate practical knowledge of component nomenclature of common percussion   instruments
    3. Demonstrate practical knowledge of basic maintenance and tuning of percussion instruments.
  
  • BIR 123 - Woodwind Padding Techniques


    4 Credits
    This course introduces students to general woodwind padding, focusing on tonehole preparation, adhesive properties and pad selection techniques. Students learn specific aspects of pad materials and construction, properties of common adhesives and the techniques of basic padding of the clarinet, flute and saxophone.

    Course Outcomes
    1. Demonstrate knowledge of the construction of woodwind pads, different styles of woodwind pads, and their proper usage and applications.
    2. Evaluate the condition of tone holes on woodwind instruments and surface and/or repair them in the most efficient and responsible manner.
    3. Demonstrate fitting, straightening, and aligning of woodwind keys. Also, choose the proper tools and techniques for varying issues and mechanisms.
    4. Select the proper pad style, size, and thickness for various types, makes, and qualities of woodwind instruments.
    5. Select and use proper pad adhesive for various applications.
    6. Install correctly sized woodwind pad/pads into a properly prepared key using the proper amount of adhesive or shim in such a manner as to provide the basis to level a pad which also presents a clean appearance.
    7. Produce a pad which is level to the tone hole of a woodwind instrument. A level pad shall make simultaneous contact around the entire surface of the tone hole circumference. Produce a level pad with keys and tone holes in various conditions, consistently.
    8. Locate pad leaks accurately and consistently using various techniques available to check pads for leaks.
  
  • BIR 124 - Clarinet Family Repair Techniques


    6 Credits
    This course introduces students to specific repair techniques of members of the clarinet family, focusing on padding, regulation and body repair techniques. Students learn specific aspects of repair related to instruments of the clarinet family. It also gives them the opportunity to fabricate specialized tools and learn to repair clarinet instrument cases and latches. Students learn the history and development of the clarinet.

    Course Outcomes
    1. Demonstrate knowledge of the history and development of the clarinet, including the important manufacturers of the clarinet both past and present.
    2. Disassemble and assemble a Bb clarinet in an expedient fashion. 
    3. Identify component parts of the Bb clarinet.
    4. Demonstrate full understanding of the procedures of complete regulation of the Bb clarinet including the removal of unacceptable lost motion.
    5. Accurately evaluate a Bb clarinet to determine the repair necessary to make the clarinet fully functional.
    6. Demonstrate the ability to return a Bb clarinet to playing condition.
    7. Perform a mechanical overhaul on a Bb clarinet.
    8. Recognize the other members of the clarinet family including, but not limited to; Eb soprano clarinet, Eb alto clarinet, and Bb bass clarinet.
  
  • BIR 125 - Saxophone Family Repair Techniques


    6 Credits
    This course introduces students to specific repair techniques of members of the saxophone family, focusing on padding, regulation and body repair techniques. Students learn specific aspects of repair related to instruments of the saxophone family. It also gives them the opportunity to fabricate specialized tools and learn to repair saxophone instrument cases and latches. Students learn the history and development of the saxophone.

  
  • BIR 126 - Flute Family Repair Techniques


    6 Credits
    This course introduces students to specific repair techniques of members of the flute family, focusing on padding, regulation and body repair techniques. Students learn specific aspects of repair related to instruments of the flute family. It also gives them the opportunity to fabricate specialized tools and learn to repair flute instrument cases and latches. Students learn the history and development of the flute. 

    Course Outcomes
    1. Exhibit a working knowledge of the history and development of the flute, incluiding the important manufacturers of the flute both past and present.
    2. Disassemble and assemble a flute in an expedient fashion.
    3. Identify and name the component parts of the flute.
    4. Demonstrate full understanding of the procedures of complete regulation of the flute including the removal of all lost motion.
    5. Accurately evaluate a flute to determine the repair necessary to make the flute fully functional. 
    6. Perform common body work on a flute to include, but not limited to; straightening bent body, fitting foot and head tenons, and removal of dents.
    7. Demonstrate the ability to return a flute to playing condition.
    8. Demonstrate the knowledge and ability to perform a mechanical overhaul on a flute.
  
  • BIR 130 - Advanced Woodwind Repair Techniques


    3 Credits
    This course expands on the basics of woodwind repair through the introductions of advanced techniques including: tonehole and chimney replacement, barrel shortening, tenon rebuilding and other topics appropriate to the advanced woodwind technician. Additional techniques specific to oboe and bassoon repair are also covered in this course. 

  
  • BIR 134 - Woodwind Performance and Testing Techniques


    1 Credits
    This course introduces students to basic playing and testing techniques on flute, clarinet, and saxophone through individual and group lessons. The emphasis of this course is proper tone production, hand position, and the development of alternate fingerings culminating in the performance of a two-octave chromatic scale on each instrument. Additionally, students learn play-testing patterns specific to each instrument.

    Course Outcomes
    1. Work efficiently and independently to acquire and hone the skills needed to perform the play test exercises on flute, clarinet, and saxophone. 
    2. Demonstrate competency on flute, clarinet, and saxophone by performing the play test exercises for the instructor.
  
  • BIR 135 - Piston Valve Instrument Repair Techniques


    2 Credits
    This course introduces students to general brasswind repair, focusing on playing condition and overhaul techniques of small and large piston valve instruments. Students learn specific aspects of repair related to trumpets, cornets, baritones, euphoniums, tubas and sousaphones as well as special dent removal and soldering techniques. It also gives them the opportunity to fabricate specialized brasswind tools and learn to repair brass instrument cases and latches. Students learn the history and development of the piston valve and advancements made in valve design and fitting. COREQUISITE(S): BIR 115 and BIR 137.

    Course Outcomes
    1. Demonstrate understanding and knowledge of the history and development of the piston valve.
    2. Demonstrate knowledge of the component nomenclature of the piston valve.
    3. Demonstrate knowledge of the use and maintenance of piston valve repair tools.
    4. Repair a damaged valve casing.
    5. Repair a damaged valve piston.
    6. Perform common repairs on piston valve instruments including, but not limited to; trumpet, cornet,    euphonium, and tuba.
  
  • BIR 136 - Advanced Brass Repair Techniques


    3 Credits
    This course expands on the basics of brass repair through additional instruction and practice covering parts fabrication and modifications to existing instruments that enhance their playability and dependability. COREQUISITE(S): BIR 130 and BIR 138.

  
  • BIR 137 - Rotary Valve Instrument Repair Techniques


    2 Credits
    This course introduces students to advanced brasswind repair, focusing on playing condition and overhaul techniques of rotary valve instruments. Students learn specific aspects of repair related to rotary values including rotary valve fitting and repair techniques. It also gives them the opportunity to fabricate specialized rotary valve repair tools. Students learn the history and development of the rotary valve and advancements made in valve design and fitting. COREQUISITE(S): BIR 135 and BIR 144.

    Course Outcomes
    1. Demonstrate understanding and knowledge of the history and development of the rotary valve.
    2. Demonstrate knowledge of the component nomenclature of the rotary valve. 
    3. Demonstrate knowledge of the use and maintenance of rotary valve repair tools. 
    4. Perform maintenance on a rotary valve including the restringing of the lever.
    5. Fit a rotary valve to its bearing surfaces in order to eliminate both side and end play.
    6. Perform common repairs on rotary valve instruments including, but not limited to; horn, trombone, and tuba.
  
  • BIR 138 - Trombone Repair Techniques


    4 Credits
    This course introduces students to advanced brasswind repair, focusing on playing condition and overhaul techniques of the trombone. Students learn specific aspects of repair related to trombone handslides including general repair and overall techniques. COREQUISITE(S): BIR 136.

  
  • BIR 144 - Brasswind Performance and Testing Techniques


    1 Credits
    This course introduces students to basic playing and testing techniques on trumpet, trombone, and tuba through individual and group lessons. The emphasis of this course is proper tone production, hand position, and the development of a one-octave chromatic scale on each instrument. Additionally, students learn play-testing patterns specific to each instrument.

    Course Outcomes
    1. Work efficiently and independently to acquire and hone the skills needed to perform the play test exercises on flute, trumpet and trombone. 
    2. Demonstrate competency on trumpet and trombone by performing the play test exercises for the instructor.
  
  • BIR 150 - Capstone Project in Band Instrument Repair


    2 Credits
    This project is designed to provide the graduating student-technician with a final experience in band instrument repair. The culmination of this course includes the repair of an instrument along with comprehensive documentation of the techniques applied by the student for presentation to potential employers.

  
  • BIR 173 - Written and Oral Communications for Band Instrument Repair


    3 Credits
    This class is an introduction to the terminology and nomenclature of the band instrument repair technician. Students practice skills through simulated interactions with clients and music educators. Students develop skills in the reading of parts diagrams and ordering of supplies.

  
  • BIR 188 - Employment Skills for Band Instrument Repair


    1 Credits
    Students create and fully develop a résumé appropriate to the Band Instrument Repair trade. Students prepare for job interviews with simulations and bench tests. Participation in actual job searches and interviews, where appropriate, is encouraged.

  
  • BIR 191 - String Instrument Repair for the Band Instrument Technician


    4 Credits
    This course introduces students to general string repair, focusing on those items necessary to place the instrument in playing condition. Students learn specific string related repair including: tuning methods; restringing; tuning peg and gear replacement; bridge, nut, and tailpiece repairs; soundboard repairs and refinishing.

    Course Outcomes
    1. Identify all of the parts of the violin family instruments using the correct nomenclature.
    2. Select and use the correct tool for string repair, and exhibit safe usage of the tools.
    3. Demonstrate a set up on an existing violin sound post.
    4. Construct and properly install a new violin sound post.
    5. Demonstrate the knowledge and ability to properly fit a violin bridge.
    6. Install tuning pegs.
    7. Properly and safely remove a violin fingerboard and re-install it.
  
  • BIR 192 - Machining Topics for Band Instrument Repair Technology


    4 Credits
    This course introduces students to equipment that is available for use in the band instrument repair industry. Safe operation of lathing and milling equipment are included as well as the application of power equipment in the field of brass and woodwind repair. Students fabricate small replacement parts for use on musical instruments.


Boiler Operator - Supplemental

  
  • BLRS 108 - Boiler Operator Licensing Class 1 & 2


    8 Credits
    Students review boiler and pressure vessel construction and operation of steam and hot water heating plants and systems, including moderate size high-pressure boilers, generators, steam turbines, and other auxiliary equipment. This class prepares individuals for the more advanced first or second grade license examination with the City of Seattle and the Tacoma Steam Advisory Certification Board. Textbook required. 

  
  • BLRS 110 - Boiler Operator Licensing Class 3 & 4


    8 Credits
    Students review boiler and pressure vessel construction and operation of steam and hot water heating plants and systems, including moderate size high-pressure boilers. This class is the first step in preparing individuals for a third or fourth grade license examination with the City of Seattle and the Tacoma Steam Advisory Certification Board. To qualify for license examination, eighty hours of observation time is also required. The eighty hours can be either observation on a job site or completion of BLRS 111, Boiler Operator Lab. For up-to-the-minute license exam information and changes, contact the City of Seattle or the City of Tacoma. Textbook required.

  
  • BLRS 111 - Boiler Operator’s Lab


    4 Credits
    Students develop and practice operating and maintenance procedures on RTC’s existing steam and hot water boilers. This course qualifies for the eighty hours of boiler observation for the City of Seattle and the Tacoma Steam Advisory Certification Board. 

  
  • BLRS 210 - Boiler Operator Refresher Course


    0 Credits
    The purpose of this refresher training is to ensure the safe operation of boilers and accessories with a review of the following areas: codes and regulations, safety, operation of boilers and new technology. A Certificate of Award is issued upon successful completion of this class as proof to the City of Seattle and the Tacoma Steam Advisory Certification Board for renewal of your boiler operator’s license.


Biology

  
  • BIOL 105 - Introduction to Anatomy and Physiology


    5 Credits
    This course provides students with an introduction to the basic concepts of anatomy and physiology. It includes organization, classification and control of anatomical structures and an introduction to the major body systems. The course covers some medical terminology and introduces some concepts from chemistry and biochemistry. This course is intended for non-science majors or entry-level allied health majors.

    General education distribution area: Natural Science, with lab.

    Course Outcomes

    1. Demonstrate appropriate analytical/thinking skills.
    2. Demonstrate the ability to integrate concepts as demonstrated by the ability to identify similarities between different systems of the body.
    3. Explain the relationship between structure and function at each level of organization of the body commencing with the cell and culminating with the total organism.
    4. Identify, locate and classify various anatomical structures at the cellular, histological, organ and systemic levels of organization.
    5. Describe and explain selected physiological processes at the cellular, histological, organ and systemic levels of organization.
    6. Use and understand correct and appropriate anatomical and directional terminology and descriptions as well as scientific terminology in general.
    7. Follow written and verbal directions.

    These will be demonstrated by small group work, homework, student participation, worksheet assignments, laboratory assignments, quizzes and exams.

  
  • BIOL& 100 - Survey of Biology


    5 Credits
    This laboratory science class introduces students to important concepts in biology and how they apply to problems relevant to humans and society. Students will explore core concepts including cells, genetics, and evolution and will apply the process of science through experimentation. Not intended for pre-nursing students.

    General education distribution area: Natural Science, with lab.

    Course Outcomes

    1. Understand, apply and summarize the steps of the scientific method.
    2. Demonstrate a basic understanding of cellular processes necessary for life.
    3. Explain the process of gene expression, and give an example of how genotypes lead to phenotypes.
    4. Articulate arguments about current issues related to biology, and support those arguments with evidence.
    5. Identify and evaluate sources of scientific information using accepted criteria.
    6. Give scientific evidence for the theory of evolution and its role as the central theme of biology.

  
  • BIOL& 160 - General Biology


    5 Credits
    Students explore the basic biological principles that describe and explain the nature of life. Topics include cell biology, molecular biology (including basic biochemistry and DNA structure and function), metabolism, and genetics. Students practice skills in both the classroom and laboratory through formats such as group exercises, laboratory activities, quizzes and exams.

    General education distribution area: Natural Science, with lab.

    Course Outcomes

    1. Use (follow, understand and apply) the scientific method
      • by performing experiments to test formulated hypotheses and understanding the basic components of the design of those experiments.
      • by solving problems with the correct use of appropriate scientific notation and equipment.
      • by quantifying (observing, describing and measuring) various empirical phenomena.
      • by logically reaching valid conclusions based on these data through critical analysis and interpretation.
    2. Describe each step of the scientific method. Practice the method by making observations and developing experiments.
    3. List the four kinds of organic molecules and explain the general structure and function of each.
    4. Explain the major parts of a cell and what their functions are.
    5. Explain how materials move into and out of cells, across membranes.
    6. Explain the first and second laws of thermodynamics and apply them to examples in the body.
    7. Describe the structure of an enzyme, the importance of enzymes and explain how an enzymes functions.
    8. Describe what cellular respiration is and why it is important.
    9. Describe each of the three steps of cellular respiration in detail including the reactants, products and pathways.
    10. Describe what photosynthesis is and why it is important.
    11. Describe each step of photosynthesis. What are the reactants, products and pathways?
    12. Compare and contrast cellular respiration and photosynthesis.
    13. Describe how cell division occurs. Explain why it is important.
    14. Describe the way that gametes are made, meiosis.
    15. Analyze mono and di-hybrid genetic crosses, sex-linked crosses, and crosses where complete dominance, incomplete dominance and co-dominance are involved.
    16. Describe how DNA copies itself (DNA replication).
    17. Describe how a protein is made (transcription and translation).

  
  • BIOL& 241 - Human Anatomy & Physiology I


    5 Credits
    This is the first of two classes designed for students who want to enter professional health care programs. It is a study of gross anatomy and functioning of the human body. Covers body organization, cellular structure and function, fundamentals of chemistry and the physiology, structure and function of all the body systems. Lab includes microscopic tissue studies, dissection, work with ADAM software, and physiology projects related to the system studied.

    General education distribution area: Natural Science, with lab.

    Prerequisite(s): Completion of BIOL& 160 , General Biology, with a 2.0 or higher.

    Course Outcomes

    1. Demonstrate an ability to identify the components of the skeletal, muscular and nervous systems and describe their location in anatomical.
    2. Recognize and describe the relationship between the anatomical structure of an organ and how it correlates to its
    3. Observe and describe differences in tissue types to predict their role in the normal structure and functioning of an
    4. Explain the principle of homeostasis and the use of feedback loops to control physiological systems, and how an inability to maintain homeostasis can lead to
    5. Demonstrate an ability to identify the components of the endocrine, cardiovascular, lymphatic, respiratory, digestive, urinary and reproductive systems and describe their location in anatomical terms.
    6. Apply concepts and knowledge of terminology structure and function related to each organ system.
    7. Perform basic physiological measurements and analyze the results to determine if they are within a “healthy” range or indicate an abnormality.
    8. Effectively use anatomical and physiological vocabulary to communicate, written (with correct spelling) and orally, educate patients and work with colleagues in a professional environment. 

  
  • BIOL& 242 - Human Anatomy & Physiology II


    5 Credits
    This is the second of two classes designed for students who want to enter professional health care programs. It is a study of gross anatomy and functioning of the human body. Covers body organization, cellular structure and function, fundamentals of chemistry and the physiology, structure and function of all the body systems. Lab includes microscopic tissue studies, dissection, work with ADAM software, and physiology projects related to the system studied.

    General education distribution area: Natural Science, with lab.

    Prerequisite(s): Completion of BIOL& 241 , Anatomy & Physiology I, with a 2.0 or higher.

    Course Outcomes

    1. Demonstrate an ability an ability to identify the components of the endocrine, cardiovascular, lymphatic, respiratory, digestive, urinary and reproductive systems and describe their location in anatomical terms.
    2. Apply concepts and knowledge of terminology structure and function related to each organ system.
    3. Perform basic physiological measurements and analyze the results to determine if they are within a “healthy” range or indicate an abnormality.
    4. Explain how the body systems function to maintain homeostasis and how imbalances of these systems lead to disease.
    5. Effectively use anatomical and physiological vocabulary to communicate, written (with correct spelling) and orally, educate patients and work with colleagues in a professional setting.
    6. Follow written and verbal directions.

    These course outcomes/competencies will be demonstrated by small group work, homework, student participation, worksheet assignments, laboratory assignments, quizzes, and exams.

  
  • BIOL& 260 - Microbiology


    5 Credits
    Microbiology is a comprehensive course introducing classification, structure, and function of microbes. Focus includes disease-causing bacteria, viruses, protozoa, and fungi. The role of these microorganisms in nature, environmental impact, and health applications are covered. Laboratory is an integral component, which includes training on microscope, slide prep, aseptic technique transfer/inoculation of bacteria, and use of various media to select, isolate, and characterize organisms.

    General education distribution area: Natural Science, with lab.

    Prerequisite(s): Completion of BIOL& 160 , General Biology, with a 2.0 or higher.

    Course Outcomes

    1. Use major characteristics and classification strategies to identify prokaryotic and eukaryotic organisms, and differentiate between prokaryotic and eukaryotic cell structure and function.
    2. Describe a variety of microorganisms, including prokaryotes and eukaryotes, including the key processes they perform.
    3. Describe the various physical, chemical growth factors, and nutritional requirements for the microbial growth.
    4. Compare the life cycles and structures of different types of viruses and describe how viruses differ from eukaryotic and prokaryotic cells.
    5. Describe the major metabolic pathways and process associated with microorganisms.
    6. Describe the genetic information flow of microorganism processes; compare and contrast the processes that transmit genetic information between microbes.
    7. Describe the organization of the immune system and distinguish between types of immune responses.
    8. Know the tools of microbiology, safely prepare specimens of microorganisms, and use microscopes to visualize and identify their characteristics.
    9. Demonstrate the background knowledge and practical skills to safely handle microbial cultures, make a pure culture, and use different culture media to isolate and enrich specific microbes.


Business

  
  • BUS 110 - Social Media Marketing


    5 Credits
    This class in social media marketing explores the growing popularity of using digital technologies to reach consumers. Topics include the four zones of social media (community, publishing, entertainment, and commerce) and the ways in which social media can be used to build brands, conduct business, support causes, rally the masses, forge and maintain relationships.

    Course Outcomes
    1. Integrate social media marketing techniques into a marketing plan.
    2. Develop a strategic plan to take a business online.
    3. Develop an online marketing plan.
  
  • BUS 125 - Concept to Commercialization


    5 Credits
    Students will work with assigned groups to come up with a concept, create a prototype, and present their concept for evaluation by a group of business professionals.

    Course Outcomes
    1. Formulate new business creation.
    2. Identify steps in taking business ideas to market.
    3. Apply market research to new business ideas.
  
  • BUS 130 - Small Business Marketing


    5 Credits
    Students learn the fundamentals of marketing, from feasibility studies to creating a marketing plan. Coursework focuses on differences between marketing for products and services, maintaining customer relationships, and principles of selling.

    Course Outcomes
    1. Define marketing, advertising, and the marketing mix.
    2. Examine how the marketing mix is used in small businesses.
    3. Analyze markets for individual businesses and summarize the information for stakeholders.
    4. Develop and present marketing strategies for individual businesses.
  
  • BUS 135 - Financing a Small Business


    5 Credits
    Where do start-ups find money? How can an entrepreneur protect personal assets while starting their business? Students explore where to find seed money and how to manage their existing funds through interactive business simulations, lectures, and other learning opportunities.

    Course Outcomes
    1. Define why businesses need money.
    2. Identify funding options.
    3. Explain the financial structures and tools for businesses.
    4. Develop financial strategies for business success.
  
  • BUS 180 - Principles of Management


    5 Credits
    This course gives students a foundation in practical supervision. Students will analyze many problems confronting supervisors that reflect our changing work environment. Practical resolutions and strategies for the way we work with/for employees and employers are emphasized.

    Course Outcomes
    1. Apply management principles in a business setting.
    2. Demonstrate effective business planning strategies.
    3. Identify staffing strategies.
    4. Identify the difference between leadership and management.
  
  • BUS 230 - Principles of Operations Management


    5 Credits
    The achievement of organizational objectives through people and other resources is the main emphasis of this course. Using a focus on quality tools along with human and technical resources combined in a way to achieve the organization’s goals will be thoroughly explored.

    Course Outcomes
    1. Evaluate business operations.
    2. Identify opportunities to improve operations.
    3. Identify changes and ways to implement operations.
    4. Analyze ways to measure outcomes.
  
  • BUS 240 - Principles of Selling and Negotiation


    5 Credits
    This course offers practical approaches for creating a positive seller-buyer relationship. Topics may include effective preparation, clear decision-making processes, compromise, and customer satisfaction.

    Course Outcomes
    1. Employ the selling and negotiation roles in business settings.
    2. Demonstrate effective planning and communication skills necessary for successful selling and negotiations.
    3. Explore selling and negotiation methodologies and experiment using them.
    4. Differentiate the roles played in marketing, customer relations, sales, and negotiation.
    5. Demonstrate the partnerships required between marketing and sales departments for successful selling and negotiation performance.
  
  • BUS 270 - Human Resources Management


    5 Credits
    This course covers fundamental human resources topics from start to finish: determining the need for new positions, writing effective job postings, conducting interviews, establishing compensation and benefits, training new and continuing employees, and retaining talent.

    Course Outcomes
    1. Define and demonstrate an understanding of fundamental business concepts.
    2. Use ethics and laws in business decision making.
    3. Anticipate and resolve human resource concerns.
    4. Interpret the effects of economic conditions: local, national, global.
    5. Apply marketing principles in organizational decision making.
    6. Establish and demonstrate good customer service.
  
  • BUS 280 - Office Procedures


    5 Credits
    This is a practical up-to-date course that will prepare students for work in a wide variety of offices. Simulated experiences, combined with consultations with the most knowledgeable people in office employment, will reinforce student’s knowledge for the next century. Be prepared for some field trips and other practical activities.

    Course Outcomes
    1. Describe and explain diversity consciousness.
    2. Describe and explain the importance of diversity.
    3. Describe the importance of social networking.
    4. Describe and explain the connection between diversity, leadership and culture.
    5. Identify barriers to diversity and inclusion.
  
  • BUS& 101 - Introduction to Business


    5 Credits
    Students learn the foundations of the contemporary world of business. The free enterprise system, types of business ownership, marketing, financing, TQM and ethics and social responsibilities of business are some of the topics covered in this course.

    Course Outcomes
    1. Define business concepts that apply to management, organization, human relations, marketing, financing and ethics.
    2. Differentiate between businesses operations in local, national, and global markets.
    3. Demonstrate understanding of business principles and philosophies and how they apply in real world case study.
    4. Formulate ideas, facts and concepts that will help construct a viable business plan.
  
  • BUS& 201 - Business Law


    5 Credits
    This course provides an introduction to the fundamental principles of law and the American legal system including its social, political, and philosophical roots. It examines the origin, evolution, and concepts of the law and judicial system, including torts, contracts, agency, Uniform Commercial Code, Constitutional law, forms of business organizations, consumer protection and governmental regulation of business. The emphasis is on gaining a practical understanding of these topics.

    Course Outcomes
    1. Apply legal rules, principles and critical thinking processes to analyze a variety case studies.
    2. Communicate legal conclusions in writing using clear and succinct language with proper spelling and grammar.
    3. Conduct basic legal research.
    4. Reason clearly and succinctly when faced with a variety of legal questions.

Carpenter Apprentice

  
  • CARP 111 - Basics of Carpentry


    3 Credits
    Safety on the worksite is the emphasis for this class - designed to be the first of 16 courses necessary for completion of the carpentry apprenticeship program. This course offers a certification in First Aid/CPR/AED and OSHA 10. There is training with basic hand & power tool usage, basic knot tying and the usage of the Construction Master Pro calculator. The apprentice will be introduced to many of the basic skills and knowledge necessary for success in today’s construction industry. Expectations, challenges, and opportunities encountered by today’s carpenter are anticipated and discussed. The introduction and development of safe and efficient work habits and positive character traits for the workplace also will be emphasized.

    Course Outcomes
    1. Identify and describe the roles and responsibilities of a carpenter apprentice.
    2. Successfully complete the American Safety & Health Institute (ASHI) CPR, AED and First Aid for the Community and the Workplace certification.
    3. Successfully complete OSHA 10 training program.
    4. Demonstrate the ability to follow all safety protocols when using hand & power tools in the shop or on the jobsite.
    5. Demonstrate the ability to tie basic knots used on the jobsite.
    6. Demonstrate the ability to use the Construction Master Pro calculator to solve basic construction math equations.
  
  • CARP 112 - Scaffold Erector Apprentice Qualification


    3 Credits
    The focus of this course is to familiarize the student with the current state and federal safety regulations for temporary work platforms - also known as scaffolding. This course will provide the student with the opportunity to demonstrate the practices & procedures for the safe and efficient construction, alteration, and/or dismantling of welded frame, mobile tower, system, and tube & clamp scaffolds. In addition to introducing the student to the requirements & regulations for fall protection and falling object protection, the course will cover scaffold planks & platforms, allowable loads for scaffolding, and calculating contributory leg loads. At the successful conclusion of this course, the student will receive the Scaffold Erector certificate and qualification card from the UBC.

    Course Outcomes
    1. Identify and describe the practices & procedures for the safe use of scaffolds and materials.
    2. List the criteria for supported and suspended scaffolds, and describe the differences between frame, tube & clamp, and system scaffolds.
    3. State the role and responsibilities of the scaffold competent person.
    4. Identify and describe the allowable loads for various types of scaffolds, and demonstrate the ability to calculate contributory leg loads.
    5. Describe and demonstrate the requirements for safe access and egress to scaffolds.
    6. Identify the scaffold-grade rating system and the requirements for scaffold planks & platform construction.
    7. Demonstrate the ability to properly and accurately use the methods and techniques shown for planning, assembling, and dismantling the various types of scaffolds covered in this course.
  
  • CARP 113 - Exterior Finish


    3 Credits
    The course will familiarize students with the tools, materials, practices and procedures for the layout and installation of exterior finish materials including air and moisture barriers, window and door flashings, exterior trims, siding, soffits, fascias and installation of doors and windows.

    Course Outcomes
    1. Fiber Cement or wood products sidings.
    2. Soffits, fascias, and exterior trim.
    3. Exterior doors and windows.
  
  • CARP 114 - Welding & Cutting


    3 Credits
    This course will familiarize the student with the practices and procedures necessary for shielded metal arc (SMAW) and flux core arc welding (FCAW) processes being used in today’s industry. Safety - both on the job and at the training facility - is emphasized and strictly enforced in this course. Also, this course will include the basic instruction welding theory, metallurgy, and weld drawings and symbols. In addition, the safe handling, setup, operation, and maintenance of oxyacetylene cutting equipment will be presented and demonstrated. The successful completion of this course, and subsequent progression in the program, will be achieved through the student’s participation and mastery of all classroom activities & written assignments, and the competency-based performance tasks completed in the welding lab.

    Course Outcomes
    1. Correctly assemble and adjust equipment for a given weld process.
    2. Properly perform the duties of a welder in a safe and healthful manner.
    3. Properly identify & describe various welding processes.
    4. Select the proper process and electrode for a given task.
    5. Safely assemble, use and disassemble oxy-acetylene cutting equipment.
    6. Properly se a plasma-arc cutting torch.
    7. Know proper handling and storage of welding equipment and consumables.
  
  • CARP 121 - Equipment Orientation


    3 Credits
    This course is designed to qualify the student in the operation of common types of lifts trucks and mobile, elevated work platforms used in the construction industry today. The student will learn the correct practices in fall protection and procedures for maintaining safety and productivity for such equipment. Students will achieve the objectives for this course through classroom lecture, discussion and activities, as well as hands-on inspection, maintenance and operation of this equipment.

    Course Outcomes
    1. Identify and document the causes and possible preventions to accidents and fatalities particular to lift trucks and mobile, elevated work platforms and falls.
    2. Describe the differences of the various lift trucks and mobile, elevated work platforms based on application and design.
    3. Demonstrate the ability to:
      • Safely and properly operate an industrial lift truck and rough terrain forklift.
      • Safely and properly use and inspect fall protection gear.
      • Safely and properly operate a scissor lift.
      • Safely and properly operate an aerial boom lift.
  
  • CARP 122 - Metal Stud Framing Basics


    3 Credits
    This course is designed to familiarize the carpenter apprentice the standard practices and procedures for the procurement and installation of light-gauge metal-stud framing, standard gypsum wallboard, and basic suspended acoustical ceilings. The student will achieve the objectives for this course through active participation in class lecture and discussions, and successful demonstrations of competency-based performance tasks.

    Course Outcomes
    1. Correctly identify the material, tools, and fasteners used for the installation of metal framing, drywall, and acoustical ceilings.
    2. Understand and describe proper techniques and methods for delivery, handling & storage of materials.
    3. Demonstrate the ability to properly layout, measure, cut, and install metal framing, drywall, and acoustical ceilings.
    4. Demonstrate proper layout & measuring techniques to cut & install a radius wall.
    5. Demonstrate the correct industry-approved methods used for the application of drywall for radius walls, angled cuts, and multiple penetrations.
  
  • CARP 123 - Doors & Hardware


    3 Credits
    This course will familiarize the student to the identification and installation of wood and metal doors and frames and their related hardware. Specifically, door hinges, closers, stops, and holders shall be emphasized. The preparation and setup of exit (panic) hardware Installation methods and current practices and procedures will be covered.

    Course Outcomes
    1. Understand prints relevant to door & hardware installation.
    2. Identify door hand configurations, and door & hardware schedules.
    3. Understand various finishes applied to door hardware.
    4. Demonstrate proper door storage & handling techniques.
    5. Install a wood door frame w/trim.
    6. Install & anchor a masonry door frame and a knockdown door frame.
    7. Identify various hinge types and uses.
    8. Install hinges, and hang & adjust a door.
    9. Identify types & uses of locksets and install same.
    10. Identify & install door closers, door holders, and door stops.
    11. Identify & install fire exit hardware and panic hardware.
  
  • CARP 124 - Introduction to Lifting & Hoisting


    3 Credits
    Safety and PPE (personal protective equipment) will be one of the various topics emphasized in this course - a course designed to introduce the student to the basic systems, devices and machinery used for lifting, hoisting and rigging for the construction industry. In addition to an overview of the principles and concepts of basic machines and mechanical laws, the student will begin the process of identifying ropes, slings, hitches and knots. Sheaves, blocks, winches and drums will also be reviewed. The course will conclude with an overview of personnel & material hoists, such as boom trucks, derricks and cranes. The objectives for this course will be met through the use of instructor presentations and lecture, written assignments and tests, and hands-on tasks, activities, and projects completed in the lab.

    Course Outcomes
    1. Identify and list the standard safe rigging regulations and practices.
    2. Identify and list standard designs, working loads, and safe practices for wire rope.
    3. Identify, describe, and/or demonstrate the proper inspection, selection and application for various slings materials and designs.
    4. Identify and inspect the variety of rigging hardware.
    5. Understand the importance of determining the correct weight & center of gravity of an object to be lifted.
    6. Identify and describe standard crane types, limitations, and applications.
    7. Demonstrate the ability to safely operate a boom truck, lifting and setting a load from voice and hand signals.
  
  • CARP 125 - Spray Applied Thermal Barrier


    3 Credits
    The overall purpose of the class is to develop the apprentice carpenters’ ability to select and use proper means and methods to install thermal barriers within building envelope systems, specifically those requiring the use of sprayer equipment. Fundamentals of spray applied thermal insulators, application techniques, and sprayer maintenance, will be covered. Three major conceptual schemes comprise the focus of this course: planning thermal barrier installation, managing project variables, and implementing equipment maintenance routines. Although the major emphasis of the course will be on thermal barriers, views on technique by class participants will be considered as well.

  
  • CARP 126 - Building Envelope Air and Moisture Barrier


    3 Credits
    The overall purpose of the class is to develop the apprentice carpenters’ ability to select and use proper means and methods to install building envelope air and moisture barriers, specifically those requiring the use of fire-resistive caulk. Fundamentals of air barrier materials, techniques for sealing, application of fire-resistive caulks, material handling and placement strategies, plan reading, and OSHA safety models will be covered. Three major conceptual schemes comprise the focus of this course: planning for installation, implementing industry techniques, and managing incompatible materials. Although the major emphasis of the course will be on air barriers, views on technique by class participants will be considered as well.

  
  • CARP 131 - Concrete I


    3 Credits
    This course is a detailed study of the many uses of concrete in the construction of buildings. Main focus of instruction will be footing forms, single-waler wall forms, patented wall form systems, column forms, beam forms, and deck forms. Projects in each area are completed in the lab.

    Course Outcomes
    1. Describe the properties and uses of concrete in construction.
    2. Perform necessary mathematical calculations related to concrete foundations.
    3. Describe how a wall footing form is constructed and complete a related team lab exercise.
    4. Describe various column forms and construct a project using various types of column forms.
    5. Describe how a single-waler or double-waler wall form is constructed and complete a related lab exercise.
  
  • CARP 132 - Printreading & Layout


    3 Credits
    In addition to the introduction and familiarization of the basic components of construction working drawings, effective techniques for reading and comprehending those drawings will be introduced in this course. Basic sketching & drafting principles, applications of related math skills, and the use of elementary survey and layout tools will be demonstrated, discussed and applied in both classroom and lab settings.

    Course Outcomes
    1. Identify and understand the nomenclature and components of working drawings used for carpentry in construction.
    2. Identify and describe the “language of blueprints”, including:
      • Basic symbols and abbreviations lines used for drawings
      • Lines used for dimensioning orthographic and isometric drawings
    3. Demonstrate the ability to accurately interpret plot plans, foundation plans, floor plans, elevation drawings, detail drawings, section drawings and schedules for residential and commercial structures.
    4. Demonstrate the ability to properly set-up and operate elementary survey and layout equipment.
    5. Perform related math computations for residential and commercial plans.
  
  • CARP 133 - Interior Trim & Cabinets


    3 Credits
    This course will familiarize the student with the tools, materials, practices and procedures for the fabrication and installation of basic cabinets and countertops. Carpentry finish work also includes shelving, paneling and the installation of interior standing and running trim. Course content will include these topics, and several lab projects, which will be completed in these area of study.

    Course Outcomes
    1. Properly use the following tools and equipment in a safe and productive manner:
      • Table saw
      • Miter saw
      • Router
      • Sanding machines
      • Portable planer
      • Plate joiner
      • Pocket screws
      • Other hand-held tools
    2. Identify the components of a basic cabinet.
    3. Assemble and install upper and lower cabinet units and counter-tops to industry-based standards.
    4. Install interior standing and running trim.
    5. Cut, fit, and install plastic laminates.
    6. Cut, fit and install wall panels to industry standard.
    7. Become familiar with the techniques involved in wall panel installation.
  
  • CARP 134 - Anatomy of a Bridge


    3 Credits
    This course will familiarize the student with the different types of bridges & their purpose. The student will construct a box girder bridge & a concrete girder bridge. Students work together as a team.

    Course Outcomes
    1. Explain pre-stressing and post-tensioning concrete.
    2. Identify the major types of concrete bridges and their major design features and components.
    3. List and describe the major types of concrete bridges and their major design features and components.
    4. Identify safe practices for working both on land and over water.
  
  • CARP 141 - Wood Framing


    3 Credits
    This course will familiarize the student with the basic skills and knowledge required for wood framing - specifically for residential floors, walls, and rough stair building. Topics will include, but are not limited to, the installation of: foundation posts, beams and girders; floor mudsills and joists; layout, plating, detailing, and constructing & bracing for wall framing; and finally, basic rough framing for interior wooden stairs. Projects for competencies will be completed in the lab.

    Course Outcomes
    1. Demonstrate the ability to properly and safely layout & frame residential:
      • Walls
      • Beams
      • Floor & ceiling joists
      • Floor & wall sheathing
      • Basic L-shaped stairs
    2. Apply a basic working knowledge of mathematics to residential framing tasks, including stair math that can be taught and practiced without the use of calculators.
  
  • CARP 142 - Concrete II


    3 Credits
    This course is the second of two courses covering topics in the field of concrete construction. Concrete II will emphasize: tilt-up construction, gang forms for concrete structures and form setting for concrete stairs. The objectives for this course will be achieved through classroom assignments and evaluations via lecture and class activities, and through proficiency-based projects to be completed in the lab.

    Course Outcomes
    1. Identify and describe the safety protocols and practices while working with tilt-up walls and concrete stairs.
    2. List the common tools, materials, and equipment required for the installation of tilt-up walls and concrete stairs.
    3. Demonstrate the ability to accurately layout and install basic tilt-up walls and concrete stairs.
  
  • CARP 143 - Advanced Printreading/Leveling Layout


    3 Credits
    The objectives for this course will require the student to accurately interpret construction working drawings and to properly use common leveling instruments for the work site. Advanced drawings, specifications, addendums, material take-offs, and project schedules will be discussed. In addition, the theodolite and/or Total Station will be introduced for establishing points & grids, control lines, and the layout of angles. The objectives for this course will be attained through classroom lecture, demonstration, & activities, and through competency-based proficiency tasks completed in the lab.

    Course Outcomes
    1. Re-address the tools necessary to accurately convert standard and metric measurements, degrees, minutes and seconds, and architect and engineer’s measurement.
    2. Identify and describe the parts and functions of:
      • Builder’s Level
      • Transit
      • Automatic Level
      • Laser Level
      • Theodolite
      • Total Station
    3. Demonstrate the ability to accurately keep field notes on benchmarks, elevations, height of instrument, backsight, and foresight.
    4. Identify and describe the correct procedures for setup, use, and maintenance for the instruments listed above (#2).
    5. Identify and describe the advantages of using the Total Station over traditional layout instruments.
    6. Demonstrate the ability to accurately layout angles and coordinates from given dimensions.
  
  • CARP 144 - Introduction to Foreman/Supervisor Training


    3 Credits
    The design of this course is to increase the awareness and understanding of the duties and responsibilities of a construction carpenter foreman. In addition to assisting the student with the transition to journeyman status and the expectations and requirements of a construction foreman, this course’s objectives will be achieved through classroom lecture & discussion, group activities both in the classroom and in the lab, and by presentations from subject matter experts. Successful completion of this course will be achieved through each student’s participation and the instruction’s evaluation.

    Course Outcomes
    1. Describe and identify motives, and the power behind them.
    2. Understand that poor communication results in bad performance.
    3. Know the basic process and elements involved in communication.
    4. Identify potential problems in the planning stage.
    5. Understand the key differences between craftsmen and supervisor.
    6. Know the importance of listening.
    7. Understand and develop skills to overcome barriers to communication.
    8. Understand cost control and the relationship between estimates and budget.
  
  • CARP 207 - Building Envelope


    3 Credits
    The overall purpose of the class is to develop the apprentice carpenters’ ability to select and use proper means and methods pertaining to the installation of a building envelope. Fundamentals of thermal, air, and moisture barriers, building envelope science, material handling and placement strategies, plan reading, and OSHA safety models will be covered. Three major conceptual schemes comprise the focus of this course: understanding building envelope science, sequence of envelope installation, and mitigation of defective building envelopes. Although the major emphasis of the course will be on installing the most common building envelope systems, views on technique by class participants will be considered as well.

    Course Outcomes
    1. Describe the roles and responsibilities of building envelope installer.
    2. Explain how the laws of thermodynamics apply to the buildings’ thermal barrier.
    3. Demonstrate the safe use of tools and equipment specific to the work.
    4. Describe how thermal, air, and moisture barriers are inter-related in context of building comfort and energy efficiency, and ways of mitigating the risk of leaks.
    5. Demonstrate techniques of installing building envelope materials and components.
  
  • CARP 369 - Mobile Elevating Work Platforms


    1 Credits
    This course conforms to ANSI Standards A92.20, A92.22, A92.24. This comprehensive course is designed for both the new and experienced operators of Mobile Elevating Work Platforms (MEWP). In-depth coverage of safety issues and guidelines includes an overview of the various styles and types of MEWPs. Per ANSI Standards, the practical portion will be specific to equipment Group and Type (e.g., Group A, Type 3). Operator requirements, inspection procedures and specific limitations and capabilities of the MEWP are also discussed.

    Course Outcomes
    1. Demonstrate an understanding of current OSHA standards (1926.453) that apply to aerial lifts (boom lifts).
    2. Demonstrate an understanding of current OSHA standards (1926.451) that apply to aerial lift platforms (scissor lifts).
    3. Correctly identify the hazards associated with operating aerial equipment.
    4. Operate basic maneuvers on the aerial equipment safely.
    5. Demonstrate an understanding of the load limitations in all positions of the aerial equipment.
  
  • CARP 643 - Anatomy of a Bridge


    2 Credits
    This course will familiarize the student with different types of bridges and their purpose. They will understand the differences between tensile and compressive strengths and how concrete and rebar work to help in those strengths. The student will work together as a team and construct a girder bridge. Along with being able to calculate volume needed when ordering concrete for concrete pours. Bridge safety will be a top focus for the course.

    Course Outcomes
    1. Explain pre-stressing and post-stressing concrete.
    2. Identify the major types of concrete bridges and their major design features and components.
    3. Calculate volume needed for concrete.
    4. Identify safe practices for working both on land and over water.
    5. Safely build and dismantle false work needed to pour concrete affectively.
  
  • INSU 111 - Basics of Carpentry


    3 Credits
    Safety on the worksite is the emphasis for this class - designed to be the first of 8 courses necessary for completion of the insulation application apprenticeship program. This course offers a certification for Fall Protection. There is training with basic hand & power tool usage, basic knot tying and the usage of the Construction Master Pro calculator. The apprentice will be introduced to many of the basic skills and knowledge necessary for success in today’s construction industry. Expectations, challenges, and opportunities encountered by today’s carpenter are anticipated and discussed. The introduction and development of safe and efficient work habits and positive character traits for the workplace also will be emphasized.

    Course Outcomes
    1. Identify and describe the roles and responsibilities of a carpenter apprentice.
    2. Understand and identify the correct safety practices & procedures for working at heights.
    3. Demonstrate the ability to follow all safety protocols when using hand & power tools in the shop or on the jobsite.
    4. Demonstrate the ability to tie basic knots used on the jobsite.
    5. Demonstrate the ability to use the Construction Master Pro calculator to solve basic construction math equations.
  
  • INSU 112 - Printreading & Layout


    3 Credits
    In addition to the introduction and familiarization of the basic components of construction working drawings, effective techniques for reading and comprehending those drawings will be introduced in this course. Basic sketching & drafting principles, applications of related math skills, and the use of elementary survey and layout tools will be demonstrated, discussed and applied in both classroom and lab settings.

    Course Outcomes
    1. Identify and understand the nomenclature and components of working drawings used for carpentry in construction.
    2. Identify and describe the “language of blueprints”, including:
      • Basic symbols and abbreviations lines used for drawings.
      • Lines used for dimensioning orthographic and isometric drawings.
    3. Demonstrate the ability to accurately interpret plot plans, foundation plans, floor plans, elevation drawings, detail drawings, section drawings and schedules for residential and commercial structures.
    4. Demonstrate the ability to properly set-up and operate elementary survey and layout equipment.
    5. Perform related math computations for residential and commercial plans.
  
  • INSU 121 - Equipment Orientation


    3 Credits
    This course is designed to qualify the student in the operation of common types of lifts trucks and mobile, elevated work platforms used in the construction industry today. The student will learn the correct practices and procedures for maintaining safety and productivity for such equipment. Students will achieve the objectives for this course through classroom lecture, discussion and activities, as well as hands-on inspection, maintenance and operation of this equipment.

    Course Outcomes
    1. Identify and document the causes and possible preventions to accidents and fatalities particular to lift trucks and mobile, elevated work platforms.
    2. Describe the differences of the various lift trucks and mobile, elevated work platforms based on application and design.
    3. Demonstrate the ability to:
      • Safely and properly operate a industrial lift truck (forklift).
      • Safely and properly operate a rough terrain forklift.
      • Safely and properly operate a scissor lift.
      • Safely and properly operate an aerial boom lift.
  
  • INSU 122 - Scaffold Erector Apprentice Qualification


    3 Credits
    The focus of this course is to familiarize the student with the current state and federal safety regulations for temporary work platforms - also known as scaffolding. This course will provide the student with the opportunity to demonstrate the practices & procedures for the safe and efficient construction, alteration, and/or dismantling of welded frame, mobile tower, system, and tube & clamp scaffolds. In addition to introducing the student to the requirements & regulations for fall protection and falling object protection, the course will cover scaffold planks & platforms, allowable loads for scaffolding, and calculating contributory leg loads. At the successful conclusion of this course, the student will receive the Scaffold Erector certificate and qualification card from the UBC.

    Course Outcomes
    1. Identify and describe the practices & procedures for the safe use of scaffolds and materials.
    2. List the criteria for supported and suspended scaffolds, and describe the differences between frame, tube & clamp, and system scaffolds.
    3. State the role and responsibilities of the scaffold competent person.
    4. Identify and describe the allowable loads for various types of scaffolds, and demonstrate the ability to calculate contributory leg loads.
    5. Describe and demonstrate the requirements for safe access and egress to scaffolds.
    6. Identify the scaffold-grade rating system and the requirements for scaffold planks & platform construction.
    7. Demonstrate the ability to properly and accurately use the methods and techniques shown for planning, assembling, and dismantling the various types of scaffolds covered in this course.
  
  • INSU 131 - Drywall Basics - TI, Top-out & Fireproofing


    3 Credits
    This course is designed to introduce the student to the basics of metal framing and drywall construction. In this course, the student will be familiarized with the ergonomics of handling and installing metal framing components and gypsum wallboard. Also, the student will learn safe and proper tool maintenance and usage, along with some of the techniques used to maximize productivity for tenant improvement and fire-rated assemblies. This course will also cover basic printreading and layout techniques culminating with the student completing the layout and assembly necessary for the construction of basic wall types. Course objectives will be achieved through classroom lecture, demonstration and discussion, and performance-based competency tasks conducted in the lab (shop).

    Course Outcomes
    1. Identify and describe the various metal framing components and specify their uses and applications.
    2. Identify the types of fasteners used for the installation of metal framing & drywall.
    3. List various advantages and applications of light-gauge metal framing.
    4. Properly use personal protective equipment (PPE) designed for metal framing & drywall installation.
    5. Demonstrate the ability to accurately interpret working drawings, and to utilize these drawings to layout & prepare for the construction of basic wall types.
    6. Demonstrate the ability to properly measure, cut, and assemble metal framing components with gypsum wallboard (drywall) for basic wall types.
  
  • INSU 132 - Advanced Printreading/Leveling Layout


    3 Credits
    The objectives for this course will require the student to accurately interpret construction working drawings and to properly use common leveling instruments for the work site. Advanced drawings, specifications, addendums, material take-offs, and project schedules will be discussed. In addition, the theodolite and/or Total Station will be introduced for establishing points & grids, control lines, and the layout of angles. The objectives for this course will be attained through classroom lecture, demonstration, & activities, and through competency-based proficiency tasks completed in the lab.

    Course Outcomes
    1. Re-address the tools necessary to accurately convert standard and metric measurements, degrees, minutes and seconds, and architect and engineer’s measurement.
    2. Identify and describe the parts and functions of:
      • Water Level
      • Builder’s Level
      • Transit
      • Automatic Level
      • Laser Level
      • Theodolite
      • Total Station
    3. Demonstrate the ability to accurately keep field notes on benchmarks, elevations, height of instrument, backsight, and foresight.
    4. Identify and describe the correct procedures for setup, use, and maintenance for the instruments listed above (#2).
    5. Identify and describe the advantages of using the Total Station over traditional layout instruments.
    6. Demonstrate the ability to accurately layout angles and coordinates from given dimensions.
  
  • INSU 141 - Metal Stud Framing Basics


    3 Credits
    In this course, the student will continue to build on the knowledge & skills acquired in Drywall / Framing #1 by continuing the safe and proper processes and techniques used for the construction of light-gauge metal-framed walls & ceilings - including the installation of hollow-metal door jambs, windows & relights. In addition to constructing a shaft wall, soffits, beams, columns, arches, and pilasters will be introduced utilizing lab projects to assist the student in acquiring more skills and knowledge. The course objectives will be achieved through classroom lecture, demonstration and discussion, and performance-based competency tasks conducted in the lab (shop).

    Course Outcomes
    1. Identify and describe the various types, handling methods, and storage requirements necessary for common drywall products used in today’s industry.
    2. Identify and describe the safety hazards and precautions when measuring, cutting, and installing metal framing and drywall.
    3. Demonstrate the understanding & ability to correctly interpret drawings, and to plan a framing & drywall project.
    4. Demonstrate the ability to properly measure & cut metal framing components and gypsum wallboard for:
      • A shaft wall
      • Soffits
      • Beams
      • Columns
      • Arches
      • Pilasters
  
  • INSU 142 - Introduction to Foreman/Supervisor Training


    3 Credits
    The design of this course is to increase the awareness and understanding of the duties and responsibilities of a construction carpenter foreman. In addition to assisting the student with the transition to journeyman status and the expectations and requirements of a construction foreman, this course’s objectives will be achieved through: classroom lecture & discussion; group activities both in the classroom and in the lab; and by presentations from subject matter experts. Successful completion of this course will be achieved through each student’s participation and the instruction’s evaluation.

    Course Outcomes
    1. Describe and identify motives, and the power behind them.
    2. Understand that poor communication results in bad performance.
    3. Know the basic process and elements involved in communication.
    4. Identify potential problems in the planning stage.
    5. Understand the key differences between craftsmen and supervisor.
    6. Know the importance of listening.
    7. Understand and develop skills to overcome barriers to communication.
    8. Understand cost control and the relationship between estimates and budget.
  
  • LADS 100 - Interior Systems Pre-Apprenticeship


    10 Credits
    This is a three-week Interior Systems Skills Enhancement class for pre-apprentices. The curriculum is designed to give students knowledge about the Interior Systems work processes for commercial construction. Successful graduates will be granted preferred entry into the Interior Systems apprenticeship program in Kent.

    Course Outcomes
    1. Identify the roles and responsibilities of the interior systems apprentice.
    2. Learn safe and ergonomically correct processes for material handling.
    3. Layout of interior systems walls and other building components, doors, windows.
    4. Identify common materials for the interior systems industry.
    5. Learn how to safely erect and work on scaffolding systems and ladders.
    6. Erect metal stud walls and ceilings.
    7. Learn terminology for interior systems processes.
    8. Apply drywall and other products to project.
    9. Demonstrate the ability to follow all safety protocols for use of hand and power tools used in the interior systems industry.
    10. Learn the math skills needed to perform interior systems tasks.
    11. Become proficient in using the Construction Master Pro calculator.
    12. Complete a course on sexual harassment and positive jobsite culture.
    13. Learn construction employability skills for survival in the industry.
    14. Complete a module on financial literacy for the trades.
  
  • LADS 111 - Interior Systems Orientation


    3 Credits
    Safety on the worksite is the emphasis for this class - designed to be the first of 16 courses necessary for completion of the LADS (Lathing, Acoustical, & Drywall Systems) Apprenticeship Program. This course offers certifications & qualifications for: OSHA 10, UBC Scaffold User; First Aid/CPR/AED; and powder-actuated tool usage. In addition to basic hand & power tool usage and safety, the apprentice will be introduced to some of the basic skills and knowledge necessary for today’s industry. The expectations, challenges, and opportunities encountered by today’s craft apprentice are profiled and discussed. Careful attention is given to the development of efficient work habits and positive character traits leading to a successful completion of the program and career in the trade.

    Course Outcomes
    1. Identify and describe the roles and responsibilities of an interior systems apprentice.
    2. Understand and identify the correct safety practices & procedures for working in the shop or on a construction site.
    3. Demonstrate the ability to follow all safety protocols when using hand & power tools in the shop or on the jobsite.
    4. Successfully complete the American Safety & Health Institute (ASHI) CPR, AED and First Aid for the Community and the Workplace certification.
    5. Successfully complete UBC Scaffold User training program intended for only those that perform work on scaffolds and do not erect scaffolds, nor are considered “competent inspectors”.
    6. Successfully complete the Powder Actuated Tool Manufacturers’ Institute, Inc. (PATMI) training, certification, and safety awareness.
    7. Successfully complete OSHA 10 training program.
  
  • LADS 112 - Suspended GWB Ceiling with CRC-DWC


    3 Credits
    This course provides instruction in the construction of suspended drywall ceiling systems framed with cold-rolled channel (CRC) and drywall channel (DWC). The student will demonstrate the correct leveling, tying and connecting methods specific to this type of ceiling, and will frame for the installation of electrical and mechanical ceiling fixtures. The proper use of PPE, and the safe & proper use of stilts and scissor-lifts will be emphasized.

    Course Outcomes
    1. Correctly identify and describe the various components and functions for suspended drywall ceilings framed with cold-rolled and drywall channel.
    2. Identify and demonstrate proper leveling, tying and connecting methods for cold-rolled and drywall channel suspended ceilings.
    3. Correctly frame the ceiling for the installation of flush mount light fixtures, HVAC and other fixtures.
    4. Demonstrate the proper use of PPE, tools and equipment associated with the fabrication and installation of suspended drywall ceilings framed with cold-rolled and drywall channel.
  
  • LADS 113 - Soffit Framing


    3 Credits
    This course is designed to familiarize the student with the application and installation of metal framed/drywall interior soffits. Information introduced in this course includes, but is not limited to: printreading for soffits; braced and unbraced soffits; eyebrow and beam soffits; light pocket and curtain wall soffits; construction of a soffit template; and curved and serpentine soffits. Course objectives will be achieved through classroom lecture, demonstration and discussion, and competency-based tasks and projects performed in the lab.

    Course Outcomes
    1. Explain what an interior soffit is, and where to find the information needed to build one.
    2. Identify the difference between a braced soffit and an unbraced soffit.
    3. Use the information found on a print to build an unbraced soffit.
    4. Construct various forms of braced soffits using information from a print.
    5. Demonstrate knowledge of the important characteristics of a good template.
    6. Demonstrate how to build curved and serpentine soffits.
    7. Demonstrate the ability to safely and properly construct various types of soffits.
 

Page: 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11