This course is an introduction to the engineering profession, engineering problem solving, and engineering design with an emphasis on current topics. Students learn using projects and group learning activities. It is recommended that students have high school math (trigonometry and pre-calculus) and high school science before taking this course. NOTE: ENGR 1010, 1020, 2010, and 2020 are part of a partnership between MCC and the University of Nebraska's Lincoln College of Engineering for direct transfer into their engineering program.
This course is a freshman engineering course that introduces students to computer programming for engineers using MATLAB. The course includes manipulation of functions that range from general math operations, string manipulation, and scientific plotting to domain-specific toolboxes such as statistics, signal and image processing, efficient matrix, and array computations. The course also includes easy creation of scientific and engineering graphics which make the course particularly useful for engineering students. NOTE: ENGR 1010, 1020, 2010, and 2020 are part of a partnership between MCC and the University of Nebraska's Lincoln College of Engineering for direct transfer into their engineering program.
This course provides beginning engineering students with an insight into professional development, strategies for academic success, processes and models for personal development, and an orientation to the engineering education system. These topics are presented with lecture and video media.
A good engineer requires knowledge of both board and computer-aided drafting. This course introduces board and computer-aided drafting and includes topics such as lettering, orthographics, sections, dimensions, descriptive geometry, revolutions, and graphics.
This course is a sophomore engineering course that introduces students to the basic elements of electrical engineering. The course teaches the fundamental concepts of dc and ac circuit analysis using basic concepts, basic methods and circuits to filter and amplify signals, basic methods of digital signals, and accompanying mathematics associated with transformers, motors, and power systems. NOTE: ENGR 1010, 1020, 2010, and 2020 are part of a partnership between MCC and the University of Nebraska's Lincoln College of Engineering for direct transfer into their engineering program.
This course is a sophomore engineering course that introduces students to the basic principles of statics. Topics include an introduction to the fundamental principles of statics; strength of materials; translational and rotational equilibrium problems; moments of inertia; vector product of forces; centroids; simple structures, frames, and trusses; and wedges, screws, bearings, and belts. NOTE: ENGR 1010, 1020, 2010, and 2020 are part of a partnership between MCC and the University of Nebraska's Lincoln College of Engineering for direct transfer into their engineering program.