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Course Criteria
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3.00 Credits
An advanced course designed to teach students the specialized administrative duties pertaining to a medical office. Emphasis will be placed on "front office" duties including patient data entry, posting charges and payments, billing insurance and patients, making appointments, and printing specialized reports. Registration Enforced Prerequisite: MED 221 with a grade of C or better, and OA 113 or instructor permission. 2 lecture, 3 lab hrs/wk. S maps index contacts undecided career & technical transfer education general information
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3.00 Credits
This course is designed to give students a good working knowledge of health care reimbursement for medical offices and clinics, i.e. non-hospital settings. Students will code diagnoses and procedures using the ICD, CPT, and HCPCS manuals. Topics of study include the CMS 1500 and the rules and regulations governing Medicare, Medicaid, Workers Compensation, BlueCross/ BlueShield, Managed Care programs and other medical insurance programs. Registration Enforced Pre-requisite: MED 114 or MED 221. 3 lecture hrs/wk. S
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3.00 Credits
A beginning medical transcription course. The types of reports and medical specialties will vary. Students will be required to use correct punctuation and spelling as well as medical terminology to produce error-free documents. Students will begin using a variety of medical reference books. Registration Enforced Prerequisite: OA 225 with a grade of C or better, and MED 111 with a grade of C or better. 1 lecture, 4 lecture/lab hrs/wk. S
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3.00 Credits
An intermediate course requiring students to type from authentic doctordictated material. Reports are of various types, various specialties, and various national and regional accents. Students will be required to do their own research using various medical references, thus preparing them for the often solo work of the medical transcriptionist. Instructor enforced Corequisite or Prerequisite: MED 260. 1 lecture, 4 lecture/lab hrs/wk. S
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3.00 Credits
This course covers basic application techniques and components generally found in the industrial environment. Focus is on electrical safety and related industry safety standards. The National Electrical Code Book will be utilized where applicable to reinforce code rules and proper application of associated articles. Prerequisite: DST 131 & Apprentice Electrician. 3 lecture hrs/wk F
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3.00 Credits
The motor section of this course covers: different types of motors and their applications; over-current protection devices, conductors that connect the power source to the motor windings; reduced voltage starters; protection and selection of motor conductors used to control motors; sizing and selection of motor disconnects; sizing raceways, junction boxes, gutters, or wire-ways that supply an individual motor or group of motors; troubleshooting procedures; and general motor maintenance techniques. The transformer section covers: understanding and recognizing different types of transformers and their applications; sizing transformers to supply various types of loads; sizing overcurrent protection for primary and secondary sides of transformers; sizing conductors for the supply and load side of transformers; sizing capacitors to correct power factor; connections and hookups; troubleshooting procedures; and general maintenance techniques. In addition, plant power factor correction; harmonics; and power quality issues are discussed. Prerequisite: MFG 101. 3 lecture hrs/wk. W
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3.00 Credits
This course covers the basic concepts of open and closed loop control systems common to motion and process control. Process control including pressure, temperature, flow, and levels of gases, liquids, and solids are studied. Various measurement methods are covered and the operation of mechanical and electronic measurement sensors is explained. An introduction to AC and DC variable speed drives is covered as well as the fundamental operation of programmable logic controllers, PLC programming, basic numbering systems, and application examples. Prerequisite: MFG 102. 3 lecture hrs/wk. S general informaion transfer education career & technical undecided contacts index maps
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3.00 Credits
This course is the first in a three series sequence. It will teach basic motor control theory, including motor construction, motor operation theory, input devices, logic and pertinent sections of the N.E.C. The course will include hands-on training. It will also introduce programmable logic controllers, variable frequency drives, analog devices and loop driven instrumentation. 2 lecture, 1 lab hrs/wk F
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3.00 Credits
This course is the second in a three series sequence. Basic motor speed control theory, including motor construction, motor operation theory, input devices, logic, and motion control device theory will be taught. The course will include hands-on training and will introduce variable frequency drives as well as other speed control methods. 2 lecture, 1 lab hrs/wk. W
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3.00 Credits
This course is the third in a three series sequence. This course will assist students in developing a fundamental knowledge of Programmable Logic controller systems. Students will be introduced to basic concepts, terminology and system hardware. Students will explore various communications protocols, examining the features and advantages of each. Students will be offered the opportunity for hands on troubleshooting, modification and testing of existing programs, as well as development of their own project. 2 lecture, 1 lab hrs/wk. S
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