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DET1114 - Manufacturing Processes
Credits: 2 (2/0/0) This course develops students' understanding of the manufacturing processes utilized for casting, molding, forming, separating and assembling a variety of manufacturing materials.
MLT1131 - Laboratory Calculations Lecture
Credits: 1 (1/0/0) This course is designed to present mathematical operations commonly utilized in the medical laboratory. Topics include use of basic math processes, systems of measurement, conversion factors, solutions, dilutions, statistics for laboratory medicine
MLT2268 - Diagnostic Microbiology Lab
Credits: 2 (0/2/0) This course is the laboratory component of Diagnostic Microbiology that includes basic fundamental concepts such as the analytical principles, techniques and correlation of results related to diagnostic microbiology. This course covers basic
PSYC1400 - Psychology of Health & Resiliency
Credits: 1 (1/0/0) This course uses a holistic approach to understanding health and resiliency, exploring and emphasizing the substantive research and clinical evidence demonstrating how to strive for and attain mental and physical health. Students will explore
DET1106 - Mechanical Drawing II
Credits: 4 (2/2/0) The objective of this course is to develop students' use and knowledge of mechanical fasteners and welding symbols and their application on weldment drawings and documentation of basic assemblies and sub-assemblies. Students will also develop an
DET2200 - Advanced Modeling with SolidWorks
Credits: 3 (2/1/0) This course covers advanced part modeling, assembly modeling, sheet metal, weldments and presentation files in the latest version of the SolidWorks software package.
DET2210 - Advanced Modeling with Inventor
Credits: 3 (2/1/0) This course covers advanced part modeling, assembly modeling, sheet metal, frame generator and presentation files in the latest version of the Inventor software package.
DET2248 - CNC Applications
Credits: 3 (2/1/0) The objective of this course is to develop students' knowledge of computer numerical control system components, programming codes for linear and circular interpolation and basic CAD/CAM integration.
DET2250 - Reverse Engineering Applications
Credits: 4 (1/3/0) The objective of this course is for students to develop a set of production drawings of an existing product. Students will be required to reverse engineer the product and create all necessary views, layouts, annotations and instructions required for
HITM1236 - Essentials of Medical Coding
Credits: 2 (1/1/0) This course introduces students to coding and classification systems used in the delivery of healthcare, along with the basic rules and regulations of coding.