14 courses with the subject ENGR, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
ENGR 1020Introduction to Engineering Design4
There are many engineering disciplines, but common to all is the design process. Tailored to first-year students in engineering disciplines, students are exposed to key skills used by practicing engineers in the design process, including visual, written, and oral communication, as well as computer-based design tools. Students will engage in substantial design projects, including prototyping, construction, and robotics.
An examination of a special topic in engineering; intended for all interested students. Topics courses do not satisfy goals of the Minnesota Transfer Curriculum.
This course introduces linear circuit analysis with emphasis on audio applications and signals. Topics include: physical principles underlying circuit element models; resistive circuits; Kirchhoff’s laws; independent and dependent sources; node- voltage and mesh-current methods; operational amplifiers; inductors and capacitors; and first- and second-order circuits. Laboratory includes experiments with simple circuits and audio electronics, and familiarization with measurement tools and equipment. Lecture 3 hours; lab 2 hours. or higher) or concurrent regisration, and MATH 1520 (C or higher), MATH 2520 (C or higher) or concurrent Courses| 185 registration, or consent of instructor . Offered: Fall, Spring.
This course introduces phasor- and frequency-domain techniques for steady-state circuit analysis. Topics include: complex numbers and phasors; complex power; an introduction to Fourier series; RLC circuits; and basic filters. Laboratory includes experiments with active audio filters. Offered: Fall, Spring.
ENGR 2017Linear and Steady-State Circuit Analysis5
An introduction to linear circuit analysis and steady-state circuit analysis. Students will learn how to build and analyze circuits in order to make predictions about their behavior. Laboratory includes experiments with circuits and familiarization with measurement tools and equipment. higher). Offered: Fall, Spring.
This internship course explores careers and training in a supervised work setting and combines theory with field experience in Engineering. A student works 45 hours per credit at the internship site under the direction of the site supervisor and completes academic work in consultation with the faculty mentor. A student may choose to earn 2 to consent of instructor and the Center for Experiential Education. Offered: Fall, Spring.
Electronics (5 cr) This course introduces techniques for transient and switching circuit analysis. Topics include: MOSFETs as amplifiers and switches; a continuation of Fourier series; Laplace transform and applications; transfer functions and frequency response; relationship between Fourier and Laplace techniques; complete response of active, first- and second-order filters. Laboratory includes experiments with active electronic filters. Lecture 4 hours; lab 2 hours.
An introductory course in engineering thermodynamics focusing on the principles of mass and energy conservation, entropy balance, and thermodynamic cycles, including power, refrigeration, and heat pump systems. These principles are applied to the analysis of modern engineering systems. or higher). Offered: Fall.
An introduction to the principles of engineering statics focusing on the application of equilibrium principles to simple trusses, frames, and machines, as well as analysis of distributed loads and internal forces in beams. Static friction in square-threaded screws, bearings, and belts are also introduced. Students will gain practical insights into real-world engineering scenarios. higher). Offered: Fall.
An introductory course in engineering dynamics focusing on the kinematics and kinetics of particles and rigid bodies in the plane, Newton’s laws, energy and momentum methods, planar linkages and mechanical vibrations. Students will gain a strong foundation for understanding the motion and forces within mechanical systems. higher). Offered: Spring.
ENGR 2301Introduction to Digital Logic Design A (2
cr) This is the first half of an introduction to digital logic design. It is recommended for mechanical, aerospace, computer, and electrical engineering students. Topics include Boolean algebra, logic gates, Karnaugh mapping, and analysis and design of combinational-logic circuits. This course meets the first half of the semester. registration. Offered: Fall.
ENGR 2302Introduction to Digital Logic Design B (2
cr) This is the second half of an introduction to digital logic design. It is recommended for computer and electrical engineering students. Topics include: logic simplification, sequential logic, HDL modeling, and analysis and design of synchronous sequential logic circuits, VHDL modeling, and design of digital logic circuits. This course meets for the second half of the semester. Lecture 3 hours; lab 2 hours.
An introduction to the linear stress-strain behavior of engineering materials, building upon principles from engineering statics. Topics include the analysis of stresses due to uniaxial loading, bending, and torsion, as well as stress transformations, beam deflections, indeterminate structures and column buckling. Students will gain practical insight into real world engineering scenarios.
An examination of a special topic in engineering; intended for second-year students. Topics courses do not satisfy goals of the Minnesota Transfer Curriculum.
