2024SU Blong Technology Center
| 230569 | SLL81 | 05/28/24-07/19/24 | 09:45AM-11:15AM | MW | BTC219 | McConnell |
| SLL81 | 05/28/24-07/19/24 | 11:30AM-02:00PM | MW | BTC217 | McConnell | |
| This course is designed to give students a solid foundation in orthographic projection, engineering tolerances, and geometric dimension and tolerancing. Overall view selection and shape/size description will be emphasized. | ||||||
| Prerequisite: | CAD-291 |
| 230568 | SLL81 | 05/28/24-07/19/24 | 11:30AM-01:00PM | MW | BTC219 | McConnell |
| SLL81 | 05/28/24-07/19/24 | 01:15PM-03:00PM | MW | BTC217 | McConnell | |
| This course will introduce higher level 3D printing processes and slicing software. Students will use Stereolithography processes as well as Selective Laser Sintering (Powder Bed Fusion). Configuration of the slicing software based on the model needs and material requirements will be a large part of this course. Various machines from fused filament fabrication (FFF) to the above mentioned processes will be used to create flexibility in the students ability to apply 3D printing skills. A closer look into post processing will be a main focus as well. Another focus will be printing assembly models. | ||||||
| Prerequisite: | CAD-290; CAD-140 |
| 231156 | SLL81 | 05/28/24-07/19/24 | 08:00AM-09:30AM | MW | BTC219 | McConnell |
| SLL81 | 05/28/24-07/19/24 | 09:45AM-12:15PM | MW | BTC217 | McConnell | |
| This course will introduce students to various types of 3D scanning methods and equipment. Using these methods and equipment, students can generate point clouds of information or data. This data can be used to create 3-dimensional models of objects or structures, and to reverse engineer objects. Students may also use additive manufacturing equipment or 3D printers to create physical representations of scanned data. Scanned data can be used in quality control and inspection, prototyping, crime scene re-creation, historical preservation, and many other uses. | ||||||
| 230161 | SLL81 | 05/28/24-07/19/24 | TBA | BTC111 | Nelson | |
| NOTE: This course is based on modules that the student will access on-line. Course information, assignments and labs are listed in the modules. Students have the option of working on the assignments on or off campus, labs must be completed on campus in the presence of an instructor. Instructors are available in the labs to help with assignments, labs and to monitor testing. Lab hours are completed during "Open Lab" hours which are posted at each laboratory. This course is offered on-campus, and a portion of the course material is also delivered online. This course is offered on-campus, and a portion of the course material is also delivered online. | ||||||
| This course provides training in all aspects of safety in the industrial environment. | ||||||
| Prerequisite: | MAT-705 |
| 230162 | SLL81 | 05/28/24-07/19/24 | TBA | BTC111 | Nelson | |
| NOTE: This course is based on modules that the student will access on-line. Course information, assignments and labs are listed in the modules. Students have the option of working on the assignments on or off campus, labs must be completed on campus in the presence of an instructor. Instructors are available in the labs to help with assignments, labs and to monitor testing. Lab hours are completed during "Open Lab" hours which are posted at each laboratory. This course is offered on-campus, and a portion of the course material is also delivered online. This course is offered on-campus, and a portion of the course material is also delivered online. | ||||||
| This course covers the fundamental concepts of DC circuit components analysis and their applications. The student will learn to identify the basic circuit elements in DC circuits and will be able to calculate current and voltage in a variety of common circuit configurations using standard analysis techniques. Emphasis will be given on the use of lab instruments and measuring devices. | ||||||
| Prerequisite: | ELE-216 |
| 230163 | SLL81 | 05/28/24-07/19/24 | TBA | BTC111 | Nelson | |
| NOTE: This course is based on modules that the student will access on-line. Course information, assignments and labs are listed in the modules. Students have the option of working on the assignments on or off campus, labs must be completed on campus in the presence of an instructor. Instructors are available in the labs to help with assignments, labs and to monitor testing. Lab hours are completed during "Open Lab" hours which are posted at each laboratory. This course is offered on-campus, and a portion of the course material is also delivered online. This course is offered on-campus, and a portion of the course material is also delivered online. | ||||||
| The course presents the fundamental concepts of AC circuit components analysis and their applications. The student will learn to predict the response of various R, C and L components and their combinations to steady-state sinusoidal inputs. There will be an emphasis on the use of lab instruments and measuring skills. | ||||||
| Prerequisite: | ELE-217 |
| 230164 | SLL81 | 05/28/24-07/19/24 | TBA | BTC111 | Nelson | |
| NOTE: This course is based on modules that the student will access on-line. Course information, assignments and labs are listed in the modules. Students have the option of working on the assignments on or off campus, labs must be completed on campus in the presence of an instructor. Instructors are available in the labs to help with assignments, labs and to monitor testing. Lab hours are completed during "Open Lab" hours which are posted at each laboratory. This course is offered on-campus, and a portion of the course material is also delivered online. This course is offered on-campus, and a portion of the course material is also delivered online. | ||||||
| This course covers the concepts for electrical, motor, and electromechanical devices and their use in industrial control circuits. Emphasis is on operation and maintenance of three-phase motors and motor controls, and development of troubleshooting skills. An introduction to three-phase power distribution is included. | ||||||
| Prerequisite: | ELT-123 |
| 230166 | SLL81 | 05/28/24-07/19/24 | TBA | BTC111 | Nelson | |
| NOTE: This course is based on modules that the student will access on-line. Course information, assignments and labs are listed in the modules. Students have the option of working on the assignments on or off campus, labs must be completed on campus in the presence of an instructor. Instructors are available in the labs to help with assignments, labs and to monitor testing. Lab hours are completed during "Open Lab" hours which are posted at each laboratory. This course is offered on-campus, and a portion of the course material is also delivered online. This course is offered on-campus, and a portion of the course material is also delivered online. | ||||||
| This course is a continuation of Programmable Logic Controllers (PLC). Data manipulation, sequencers, troubleshooting, networking techniques, and ControlLogix? controllers will be covered. | ||||||
| 230167 | SLL81 | 05/28/24-07/19/24 | TBA | BTC111 | Nelson | |
| NOTE: This course is based on modules that the student will access on-line. Course information, assignments and labs are listed in the modules. Students have the option of working on the assignments on or off campus, labs must be completed on campus in the presence of an instructor. Instructors are available in the labs to help with assignments, labs and to monitor testing. Lab hours are completed during "Open Lab" hours which are posted at each laboratory. This course is offered on-campus, and a portion of the course material is also delivered online. This course is offered on-campus, and a portion of the course material is also delivered online. | ||||||
| This course is an introduction to the study of microcontrollers and their applications. Topics include microcontroller architecture, and introductory programming and interfacing techniques. | ||||||
| Prerequisite: | ELT-312 |
| 230168 | SLL81 | 05/28/24-07/19/24 | TBA | BTC111 | Nelson | |
| NOTE: This course is based on modules that the student will access on-line. Course information, assignments and labs are listed in the modules. Students have the option of working on the assignments on or off campus, labs must be completed on campus in the presence of an instructor. Instructors are available in the labs to help with assignments, labs and to monitor testing. Lab hours are completed during "Open Lab" hours which are posted at each laboratory. This course is offered on-campus, and a portion of the course material is also delivered online. This course is offered on-campus, and a portion of the course material is also delivered online. | ||||||
| This course teaches the fundamentals of digital concepts and circuitry. Students learn how to interpret digital logic circuits by understanding the concepts of digital devices, gates, flip-flops, timers, counters, decoders, encoders, multiplexers, and de-multiplexers. Emphasis is given to hands-on lab experiences. | ||||||
| Prerequisite: | Take MFG-106 and IND-134. A minimum math placement score based on college assessment within the last two years or with instructor permission. |
| 230158 | SLL81 | 05/28/24-07/19/24 | TBA | BTC111 | Nelson | |
| NOTE: This course is based on modules that the student will access on-line. Course information, assignments and labs are listed in the modules. Students have the option of working on the assignments on or off campus, labs must be completed on campus in the presence of an instructor. Instructors are available in the labs to help with assignments, labs and to monitor testing. Lab hours are completed during "Open Lab" hours which are posted at each laboratory. This course is offered on-campus, and a portion of the course material is also delivered online. This course is offered on-campus, and a portion of the course material is also delivered online. | ||||||
| This course presents the basic laws of fluid power systems and properties of fluids to explain the behavior of fluid power devices in fundamental applications. Fluid power components such as cylinders, motors, compressors, pumps, flow control valves, and accumulators are studied as well as assembled in labs. Fluid power symbols are taught utilizing air and hydraulic diagrams. Pressure intensifiers, air-over-oil systems, rotary actuators, and flow dividers are presented in their applications. | ||||||
| Prerequisite: | EGT-117 |
| 230160 | SLL81 | 05/28/24-07/19/24 | TBA | BTC111 | Nelson | |
| NOTE: This course is based on modules that the student will access on-line. Course information, assignments and labs are listed in the modules. Students have the option of working on the assignments on or off campus, labs must be completed on campus in the presence of an instructor. Instructors are available in the labs to help with assignments, labs and to monitor testing. Lab hours are completed during "Open Lab" hours which are posted at each laboratory. This course is offered on-campus, and a portion of the course material is also delivered online. This course is offered on-campus, and a portion of the course material is also delivered online. | ||||||
| This course covers maintenance and troubleshooting of mechanisms used to drive fluid power equipment. Proper installation and alignment of drives are demonstrated in labs. Maintenance and troubleshooting of fluid power components are covered. Students disassemble and reassemble components to learn proper maintenance procedures. | ||||||
| 230408 | SLL81 | 05/28/24-07/19/24 | TBA | BTC111 | Nelson | |
| NOTE: This course is based on modules that the student will access on-line. Course information, assignments and labs are listed in the modules. Students have the option of working on the assignments on or off campus, labs must be completed on campus in the presence of an instructor. Instructors are available in the labs to help with assignments, labs and to monitor testing. Lab hours are completed during "Open Lab" hours which are posted at each laboratory. This course is offered on-campus, and a portion of the course material is also delivered online. This course is offered on-campus, and a portion of the course material is also delivered online. | ||||||
| This course presents an overview of methods used in presenting and interpreting a variety of industrial drawings and prints. This course is designed to provide the necessary skills to read and interpret symbols commonly found on industrial drawings and prints. | ||||||
| Prerequisite: | ELE:217 |
| 230411 | SLL81 | 05/28/24-07/19/24 | TBA | BTC111 | Nelson | |
| NOTE: This course is based on modules that the student will access on-line. Course information, assignments and labs are listed in the modules. Students have the option of working on the assignments on or off campus, labs must be completed on campus in the presence of an instructor. Instructors are available in the labs to help with assignments, labs and to monitor testing. Lab hours are completed during "Open Lab" hours which are posted at each laboratory. This course is offered on-campus, and a portion of the course material is also delivered online. | ||||||
| This course will introduce students to the fundamentals of industrial motor control and power electronics. The topics covered include AC and DC motors, thyristors, variable frequency drives, DC motor control and power distribution. Laboratory assignments help to illustrate the subjects discussed in the classroom. | ||||||
| 231152 | SLL81 | 05/28/24-07/19/24 | 08:00AM-09:30AM | TR | BTC110C | Wadsworth |
| SLL81 | 05/28/24-07/19/24 | TBA | BTC110C | Wadsworth | ||
| NOTE: Hours scheduled are Lecture times only. Students are expected to complete a minimum of 6 lab hours each week. Lab hours are completed during "Open Lab" hours which are posted at each laboratory. | ||||||
| This course will develop the primary skills and knowledge to use basic measurement instruments and manual machine tools in the laboratory situation. Areas of instruction will include basic measurement tools, drill press, manual vertical milling machine, manual lathe, and surface grinder. Various projects will strengthen the proper use of these tools. | ||||||