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Course Criteria
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4.00 Credits
Instrumental analysis will emphasize the theory and application of modern analytic instrumentation as applied to the field of biotechnology, including techniques in spectrophotometry, chromatography, nuclear magnetic resonance, mass spectrometry and fluorescence. Lecture ( 30.00) Laboratory ( 60.00) Prerequisites: CHM-112 and BIT-101
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3.00 Credits
The student will integrate their academic studies and apply these principles to the internship in the professional, biotechnology industry experience they will receive during their internship assignment. The students will be placed in affiliated programs in institutions and laboratories where they will be exposed to biotechnological skills necessary for industry standards (e.g. genetics, animal handling, instrumentation). Clinical ( 120.00) Prerequisites: BIT-101, BIT-201 and BIT-202
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3.00 Credits
Business Mathematics I is the study of mathematics using linear equations as a basis for solving business problems in retail management, finance and accounting. This course may not be accepted for transfer purposes at four-year institutions. Lecture ( 45.00)
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3.00 Credits
A continuation of Business Mathematics I, this course uses linear equations on a basis of solving more difficult mathematical problems in retail management, finance, and accounting. This course may not be accepted for transfer purposes at four-year institutions. Lecture ( 45.00) Prerequisites: BMT-101
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3.00 Credits
This course introduces the fundamental concepts, methods, and methods and procedures of statistical analysis, descriptive and sampling statistics, measures of central tendency, index numbers, variability, descriptive analysis and presentation of single variable data, dispersion, time series analysis, frequency distribution, normal distribution and normal curve and probability. Lecture ( 45.00)
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3.00 Credits
Cooperative education is a program designed to award academic credit for work related to a student's major. The learning experience is defined as a combination of professional work experience, the development of measurable learning objectives based on the job description, and the completion of individually tailored co-op assignments. A co-op advisor is assigned to each student to establish the academic validity of the cooperative education credits. Co-Op ( 45.00)
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3.00 Credits
This is a continuation of Co-op I, and is designed to afford the student three additional credits for work experience. A Co-op advisor is assigned to each student to establish the academic validity of the cooperative education credits. Co-Op ( 45.00)
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4.00 Credits
Computer Aided Engineering Graphics is a course designed for first year engineering or high technology students. It is an introductory course in engineering graphics which emphasizes the use of the computer as a tool in the effective application of basic drafting principles and techniques. This course introduces the student to drafting and drafting standards by stressing the competent use of microcomputers, plotters, digitizers, software and other related materials. Lecture ( 45.00) Laboratory ( 45.00)
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3.00 Credits
This course is a continuation of Computer Aided Engineering Graphics stressing the advanced capabilities for design and drafting made possible by the use of the microcomputer. Topics covered include creating and viewing three-dimensional geometry, construction of complex drawings, block manipulation, using and editing intelligent entities (polylines), script files, attribute extraction, bill of materials generation, and the creation of custom shapes, linetypes, letter fonts, hatch patterns and menu systems. Lecture ( 30.00) Laboratory ( 30.00) Prerequisites: CAD-101
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4.00 Credits
This is a basic course in the visual communicative media of the engineer which presents the essentials of graphic construction in terms of contemporary drafting practices. Emphasis in this course is placed upon the ability to visualize, analyze, and reason, as well as upon skill and accuracy. The course includes the use of drafting equipment, axonometric and oblique projections, shop processes, dimensioning, orthography, pictorials, auxiliaries, sections, size description, and detailed work in machine drafting. The course centers on the specialized areas of engineering graphics, such as structural, electronic, and architectural drafting, and creative industrial design related to the interests of students. Lecture ( 30.00) Laboratory ( 60.00)
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