19 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.
Variable credit | Lecture This course helps students gain insight to the vast set of personal, interpersonal, and professional topics required for success in engineering education and P a g e | 64
| Lecture/Lab This course provides an introduction to the fundamentals of digital circuit design. Topics include logic gates, Boolean algebra, Karnaugh maps, mathematical operations, flip-flops, and counters. Topics are explored through classroom and laboratory exercises. The course is intended for electrical engineering majors.
| Lecture This course introduces the fundamentals of graphical representation of engineering components and systems using the 2-dimensional capabilities of the
| Lecture/Lab This course helps students gain an understanding of the profession of engineering, the pathway to obtaining an engineering education, and being members of a learning community involving faculty, staff and fellow students. Multiple hands-on projects, as well as motivational discussions and professional techniques are incorporated to meet these goals. Knowledge gained will be applied by students to improve their performance in their education and in determining their career choice.
2 credits | Lab This course helps students gain insight into the vast set of personal, interpersonal, and professional topics required for success in their education and their profession through a series of seminars. This course will also continue student development in the engineering design process as members of a team. Prerequisities: ENGR 1220
| Lecture/Lab Fundamentals of graphical communication for design and manufacturing with modern solid modeling software. Topics include basic 3D geometry construction, drawings, assemblies, parametric modeling and geometric dimensioning and MINNESOTA NORTH COLLEGE | 2024-25 CURRICULUM CATALOG tolerancing. Finite element analysis applications are explored.
1 credit | Lab The first course in the Solid Modeling series. Fundamentals of graphical communication for design and manufacturing with modern solid modeling software. Topics include basic through advanced 3D geometry construction of parts and multi-view part drawings. Geometric dimensioning and tolerancing concepts are introduced.
1 credit | Lecture The second course in the Solid Modeling series. Fundamentals of graphical communication for design and manufacturing with modern solid modeling software. Topics include 3D geometry assemblies, assembly drawings, parametric modeling and geometric dimensioning and tolerancing. Prerequisities: ENGR 2011
1 credit | Lab The third course in the Solid Modeling series. Fundamentals of graphical communication for design and manufacturing with modern solid modeling software. Topics include 3D geometry construction of parts and assemblies for use in rapid prototyping and analysis of mechanisms, creation of 2D layouts, and an introduction to finite element analysis applications. Prerequisities: ENGR 2012
| Lecture This course focuses on statics of particles, equivalent systems of forces, rigid bodies, equilibrium of rigid bodies, centroids and centers of gravity, and analysis of structures. This is the first course in the mechanics sequence and includes open-ended design. Prerequisities: MATH 1311, PHYS 2261
| Lecture This course focuses on the application of the principles of particle motion, conservation principles, dynamics of particle systems and plane rigid bodies, and technical applications. Students learn to analyze the motion of bodies using Newton's Second Law, the method of work and energy, and the method of P a g e | 65
| Lecture This course focuses on the application of the principles of the mechanics of deformable bodies including the underlying concepts of stress and strain. The course further examines the relationships among loads on deformable bodies, the stresses and strains within those bodies and the deformations and stability of those bodies. Methods of plane stress transformation are explored. This course is intended for engineering majors and includes open-ended design. Prerequisities: ENGR 2101
| Lecture This course covers fluid properties, fluid statics and dynamics, transport theory and analogies, conservation of mass, energy and momentum, dimensional analysis, boundary layer concepts, conduit flow, compressible fluid flow and open- channel flow. This course is intended for engineering majors and includes open-ended design. Prerequisities: ENGR 2101, PHYS 2261
| Lecture This course covers basic thermal energy relationships, processes and cycles, the First and Second Laws of Thermodynamics, entropy and availability. This course is intended for engineering majors and includes open-ended design. Prerequisities: MATH 1312, PHYS 2261
4 credits | Lecture/Lab This is the first course in electrical circuits for engineering majors. Foundations of electrical engineering are introduced. Fundamental concepts of energy conversion, electronics, and circuit theory are developed. Lab work introduces methods of experimental circuit analysis and proper use of electrical laboratory equipment. Prerequisities: PHYS 2262
4 credits | Lecture/Lab This course provides an examination of linear electric circuits in steady-state and transient conditions, MINNESOTA NORTH COLLEGE | 2024-25 CURRICULUM CATALOG single and polyphase systems, transformers, filter design wave analysis, and digital circuits. Prerequisities: ENGR 2106
| Lecture Application of chemical engineering fundamentals to elementary principles of chemical processes, emphasizing material and energy balances. Introduces the use of Process Flowsheet Simulation Software. Prerequisities: CHEM 1521, MATH 1311
2 credits | Lab This course helps students gain insight into the vast set of personal, interpersonal, and professional topics required for success in their education and their profession through a series of seminars. This course will also continue student's development in the engineering design process as a member of a team, including working on project management skills. Prerequisities: ENGR 1232, ENGR 2101
3 credits | Lecture/Lab This course helps students gain insight into the vast set of personal, interpersonal, ethical, and professional topics required for success in their education and their profession through a series of seminars. This course will also continue their development in the engineering design process, as members of a team, and in manufacturing techniques. Prerequisities: ENGR 2101, ENGR 2233
Source: Minnesota North College's catalog, linked per course · table learning_unit · CourseShelf publish 61
