This course covers engineering applications of differential and integral calculus, including areas, volumes of solids, vector analysis, matrix algebra, polar and cylindrical coordinate systems, partial differentiation, and multiple integrals for typical engineering technology problems. Application and solutions to engineering problems will emphasize and require the use of commercial software packages such as MathCAD and MATLAB. Prerequisite: EGNR140.
An introductory course in C programming with an emphasis on structured programming techniques and on utilizing C to solve engineering-related problems. Topics include looping techniques, input and output to files, conditional flow of control, writing and utilizing functions, pointers, 1D and 2D arrays, and data storage. Prerequisites: MATH111 and MATH131 and sophomore standing.
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This course addresses numerical methods for the solution of problems in linear algebra, numerical integration, root searching, linear and non-linear regression, ordinary and partial differential equations, and eigenvalue analysis. It emphasizes proficiency in independently programming algorithms for the simulation of physical systems with engineering applications, an understanding of how these algorithms work and are structured, and an appreciation for the value of computational efficiency in numerical methods. Prerequisites: EGNR140. Pre-or Corequisites: MATH310 and (CSCI121 or EGNR265).
On a domestic basis, a fast and deployable microwave imaging system can be used in DIY projects, repairs, inspections or just for fun. When starting a DIY home improvement project, or doing an inspection of a house, one wants to know about the material behind walls, roofs or ceilings. For example, has the insulation settled down? Is there water leakage? Is there a pipe or wire behind the wall I am about to drill into? An affordable microwave camera can provide the answers to such problems. 2ff7e9595c
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