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Course Criteria
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1.00 Credits
Hours: 4 Course ID: 005201 Software-based course designed to introduce radiological computer post-processing. Mastery of basic functions enable students to perform reconstruction, segmentation, annotation and analysis of images. Data management and communication will be emphasized throughout the course. Lecture: 1 credit (15 contact hours); Laboratory: 3 credits (90 contact hours). Prerequisite: VMI 200 or concurrent. Component: Laboratory, Lecture
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1.00 Credits
Hours: 4 Course ID: 005202 Continuation of Volumetric Medical Imaging I focusing on case studies and standard protocols. Students will complete an assigned case study and present it in class. Competency in advanced topics will include axial manipulations, animations and monitoring pathology. Health Insurance Portability and Accountability Act (HIPAA) compliancy issues will be addressed. Lecture: 1 credit (15 contact hours); Laboratory: 3 credits (90 contact hours). Prerequisite: VMI 201 or concurrent, VMI 210. Component: Laboratory, Lecture
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2.00 Credits
Hours: 2 Course ID: 004575 A working knowledge of oxy-fuel identification, set-up, inspection, and maintenance; consumable identification, selection and care; principles of operation; and effects of variables for manual and mechanized oxy-fuel cutting, welding, brazing principles and practices, and metallurgy. Shop safety and equipment use are also covered. Lecture: 2 credits (30 contact hours) Corequisite: WLD 101 or Consent of Instructor. Component: Lecture
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2.00 Credits
Hours: 2 Course ID: 004576 Manipulative skills necessary to weld and cut plate and pipe in all positions, as well as brazing, braze welding, and gouging. Lab: 2 credits (60 contact hours/30:1 ratio) Corequisite: WLD 100 or Consent of Instructor. Component: Laboratory
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2.00 Credits
Hours: 2 Course ID: 004605 A working knowledge of various cutting processes used by the welding industry. Will include, but is not limited to, safety, theory of operation, setup and operating techniques, troubleshooting and making minor equipment repairs, terms and definitions, identification, evaluation, repair and prevention of discontinuities of cut surfaces. Includes oxy-fuel cutting, plasma arc cutting, exothermic cutting, air carbon arc cutting, shielded metal arc cutting, and mechanical cutting process. Lecture: 2 credits (30 contact hours) Corequisite: WLD 111 or Consent of Instructor. Component: Lecture
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3.00 Credits
Hours: 3 Course ID: 004577 Designed to provide the student with practical experience to become proficient in the use of various metal cutting processes. Safety, setup, and operating techniques are employed. Students will troubleshoot and make minor repairs to equipment. Students will also learn to identify, repair, and prevent reoccurrence of cut surface discontinuities. Processes shall include, but not limited to: OFC, PAC, AAC, and mechanical methods. Various materials will be used where appropriate. Lab: 3 credits (90 contact hours/30:1 ratio) Corequisite: WLD 110 or Consent of Instructor. Component: Laboratory
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2.00 Credits
Hours: 2 Course ID: 004600 Teaches students the identification, inspection, and maintenance of SMAW electrodes; principles of SMAW; the effects of variables on the SMAW process to weld plate and pipe; and metallurgy. Lecture: 2 credits (30 contact hours). Corequisite: WLD 121 or Consent of Instructor. Component: Lecture
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3.00 Credits
Hours: 3 Course ID: 004578 Provides laboratory experiences in which the student acquires the manipulative skills to perform fillet welds in all positions. Lab: 3 credits (90 contact hours/30:1 ratio) Corequisite: WLD 120 or Consent of Instructor. Component: Laboratory
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3.00 Credits
Hours: 3 Course ID: 004599 Provides experiences in which students acquire the manipulative skills to do groove welds in all positions with backing. Laboratory: 3 credits (90 contact hours/30:1 ratio). Prerequisite: WLD 120 and 121 or Consent of Instructor. Component: Laboratory
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2.00 Credits
Hours: 2 Course ID: 004579 Identification, inspection, and maintenance of GTAW machines; identification, selection and storage of GTAW electrodes; principles of GTAW; the effects of variables on the GTAW process; and metallurgy. This course also teaches the theory and application of Plasma Arc Cutting. Corequisite: WLD 131 or Consent of Instructor. Lecture: 2 credits (30 contact hours). Component: Lecture
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