Course Name |
Long Title |
Min Credits |
Description |
Requisites |
MLS-475 |
Clinical Seminar / Capstone |
4 |
A culminating course for students in the clinical laboratory sciences designed to review the educational process from the sciences up to the professional laboratory studies , including continuing education and lifelong learning . Students will review issues in laboratory management , educational methodologies , and community service as it relates to health care , research , clinical correlation case studies and laboratory information systems ( LIS ). Students will review materials for the national registry examination . |
|
MTH-002 |
Developmental Mathematics |
3 |
MTH-003 |
Bridge to Mathematics |
3 |
MTH-103 |
Fundamentals of Mathematics I |
3 |
MTH-104 |
Fundamentals of Mathematics II |
3 |
MTH-120 |
Contemporary Math for Business |
3 |
MTH-136 |
Topics of Mathematics |
3 |
MTH-141 |
Elementary Mathematical Models |
3 |
A course designed to elevate students from Math Level 1 to Math Level 3 , in order to prepare students for further courses requiring quantitative skills . Topics include a review of numbers and operations , ratios and percents , logic , geometry , data analysis , and algebra . An online course designed to elevate students from Math Level 2 to Math Level 3 , in order to prepare students for further courses requiring quantitative skills . Students proceed through the material at
Take MTH-TESTL2 . ( Required , their own pace , seeking guidance from the instructor when needed .
Previous ).
Topics include a review of numbers and operations , ratios and percents , logic , geometry , data analysis , and algebra .
A survey of introductory college mathematics . Topics include the structure of number systems , applications of decimals and percentages , proportions and unit conversion , problem solving , sets and logic , analyzing arguments , and number theory .
A continuation of MTH 103 . Topics include linear equations and inequalities , quadratics with applications , relations and functions , graphing , geometry , counting techniques , probability , and statistics .
An exploration of a selection of contemporary applications of mathematics , including topics such as scheduling , optimizing routes using graph theory , identification numbers , voting , and optimizing profit through linear programming . Emphasis is on problem solving and real-world applications .
Take 1 group ( Take MTH-002 or MTH- 003 ; Minimum grade P / Take MTH- TESTL3 MTH-TESTL4 or MTH-TESTL5 ). ( Required , Previous ).
Take 1 group ( Take MTH-002 or MTH- 003 ; Minimum grade P / Take MTH- TESTL3 MTH-TESTL4 or MTH-TESTL5 ). ( Required , Previous ).
Take 1 group ( Take MTH-002 or MTH- 003 ; Minimum grade P / Take MTH- TESTL3 MTH-TESTL4 or MTH-TESTL5 ). ( Required , Previous ).
An introduction to modeling real-world situations using mathematical Take 1 group ( Take MTH-103 MTH-104 functions . Topics include linear and exponential modeling techniques , MTH-136 or PSY-111 ; Minimum grade logistic models , solving and simplifying equations using algebra , D- / Take MTH-TESTL4 or MTH-TESTL5 ). graphing , regression , and rates of change . ( Required , Previous ).