Veterinary Medical Terminology
This course is an introduction to medical terms, laymen's terms, and abbreviations utilized by the veterinary profession.
4:25–5:15 p.m. • M • 08/25/25–12/08/25
A blend of both traditional, in-person classroom instruction as well as web-based instruction.
This course is an introduction to medical terms, laymen's terms, and abbreviations utilized by the veterinary profession.
This course is designed as an introductory course in nutrition and should acquaint the student with the concepts of nutrients, nutrient requirements and the effect of malnutrition and diet choices on human health.This class meets for four mandatory lab experiences.
This course is a continuation in the study and application of artificial vision technologies. Students will utilize advanced techniques and applications with a focus on image processing to provide visual feedback and image interpretation critical for part inspection, robotic guidance and automated manufacturing processes.
This course provides an extensive study of machine vision system components, operation, design, and integration into advanced manufacturing applications. Students will analyze and identify machine vision systems requirements to enhance various manufacturing operations.
This course will provide students with a practical knowledge and understanding of production simulation methods used in context of Industry 4.0. Advanced 3-D modeling software applications will be utilized in the development and implementation of virtual manufacturing scenario.
This course covers the mathematical concepts particularly relevant to non-science majors. Topics covered include problem-solving, topics in finance, probability, statistics, and additional real-world applications. Note: Computer use and graphing calculator may be required (TI-83/84 recommended).
This course covers the mathematical concepts particularly relevant to non-science majors. Topics covered include problem-solving, topics in finance, probability, statistics, and additional real-world applications. Note: Computer use and graphing calculator may be required (TI-83/84 recommended).
This course covers the mathematical concepts particularly relevant to non-science majors. Topics covered include problem-solving, topics in finance, probability, statistics, and additional real-world applications. Note: Computer use and graphing calculator may be required (TI-83/84 recommended).
This course covers the mathematical concepts particularly relevant to non-science majors. Topics covered include problem-solving, topics in finance, probability, statistics, and additional real-world applications. Note: Computer use and graphing calculator may be required (TI-83/84 recommended).
This course covers the mathematical concepts particularly relevant to non-science majors. Topics covered include problem-solving, topics in finance, probability, statistics, and additional real-world applications. Note: Computer use and graphing calculator may be required (TI-83/84 recommended).