MATS 1340 - Math for Engineering Technology
4 Credits
Placement Level Introductory College Level Placement
A course combining elements of college algebra, college trigonometry, and statistics, with a particular focus on topics useful to future engineers or engineering techs. Manipulating literal equations; solving equations analytically and by graphing; solving systems of equations analytically and using matrix solvers; setting up and solving systems of equations for practical applications; trigonometric functions; laws of sines and cosines; vector analysis of forces in static equilibrium; basic concepts of probability; bell curve; confidence intervals and uncertainty analysis; correlation and regression.
Learning Outcomes
Estimate lengths, areas, and volumes of regular and irregular geometries. Write and solve systems of equations (using matrix solvers for high-dimensional systems) with applications to engineering situations such as DC circuit analysis (Kirchhoff’s laws), static equilibrium in a truss and thermal conduction in a uniform solid. Use vector analysis to analyze static equilibrium in trusses and other structures. Construct confidence intervals and perform uncertainty analysis for a series of measurements (including zeroth, first, and nth-order sources of uncertainty). Apply concepts of trigonometry (including laws of sines and cosines) and plane geometry in various applications such as surveying, architecture, and machining. Perform least-squares analyses, including correlation and regression. Increase proficiency working with literal equations and engineering notation, including significant figures (the electrical power wheel being a good example).
Minnesota Transfer Curriculum (MNTC) Goals
04 - Mathematical/Logical Reasoning
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