Mumford Institute of Technology offers the following Undergraduate degree in Electrical Engineering: B.Eng. (E.E.)
Programs and Objectives
Electrical Engineering pulls on diverse disciplines all linked by a common chain: the generation, control and the use of electromagnetic energy. Electrical Engineers use electromagnetic energy in the form of radio waves, alternating or direct current, X-rays, visible light to shape the flow of energy and data, and to sense the world around us, explore and cure the human body and control systems remotely.
Electrical Engineering is a rapidly changing and diverse discipline encompassing many of the smallest man-made objects, ranging from integrated circuits and sub micron devices to powerful computational systems and massive communications networks, such as those used in the information superhighway.
The invention of the transistor several decades ago sparked technological revolution that continues unabated today. As a result of the invention of the transistor, nano-technology devices such as lasers, fiber optics, microcomputers, satellite communications, control systems, and complex signal processing integrated circuits are being developed.
The Electrical Engineering department of MIT encourage students with solid preparation in mathematics and the sciences, to prepare its graduates to compete in a fast-changing technological environment; the department has prepared a curriculum with a strong core of required courses in mathematics physical sciences, and engineering science. In addition, students have considerable freedom to choose electives in these and other areas of study.
The school has well equipped laboratory where students reinforce what is learned in the lecture halls with hands-on practical training. Hence, our graduates are industry ready and are prepared to face the challenges in industry.
Declaration of Major
Students in the four-year Bachelor of Engineering program can declare their major after the first year, or they can declare their major at the time of Admission. All engineering major require hundred and forty one credits to graduate.
Year: Four – Year Engineering
Math 70 Elementary Algebra (0 cr). Review of arithmetic, algebraic expressions, Linear equations, monomial fractions, graphing lines, polynomials, verbal problems.
Math 80 Fundamentals of Algebra and Geometry (0 cr.). Linear equations and graphs, functions, the point-slope equation, linear inequalities, polynomial functions, rational expressions, radicals, quadratic equations, sequences, series, and the binomial theorem. Prereq. Math70
Math 90 Intermediate Algebra and Trigonometry (0 cr.) Rational expressions, rational exponents and radicals, conic sections and systems of equations, binomial theorem, introduction to trigonometry. Prereq. Math 80
Math 100 PreCalculus (0cr) Intervals, inequalities, introduction to functions, polynomial and rational functions, exponential and logarithmic functions, trigonometric functions and formulas Prereq. Math 90
Please Click Here for the Course Syllabus