Engineering Study (1CR) (1L) [E] Orientation course to provide students with exposure to all forms of engineering.
- Subject
- ES
- Type
- course
- Edition
- 2026-2027
- Source
- catalog.caspercollege.edu
12 courses with the subject ES, 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.
Engineering Study (1CR) (1L) [E] Orientation course to provide students with exposure to all forms of engineering.
This course is for students who are interested in engineering. The major focus of the course is to expose students to the design process, data collection, data analysis, and design modifications based on the data analysis. Teamwork will also be emphasized, including cross discipline teamwork, which is critical for design success. Finally, technical communication of the design process and modifications made during the process will be emphasized to better convey what the design process entailed and what the final product accomplished or did not accomplish
Electronic entertainment has become a ubiquitous form of pastime for citizens around the world. It can be experienced on a singular level or as part of a collaborative or competitive effort. The barrier to entry is low, and it can also serve as a gateway towards the higher-level function of collaboration and problem-solving. The hands-on application will include dedicated immersion periods in PC and/or console content. Course presentation will be a combination of lecture/lab approaches to promote collaborative and cooperative learning.
Rocketry (2CR) (1L, 2LB) This introductory course in rocketry will provide an overview of various rocket propulsion concepts such as solid, hybrid, liquid, nuclear and antimatter. It will focus on composite solid rocket motors and cover their design, ballistic analysis, structural analysis, and thermal analysis. The course will discuss the design, analysis and constructor of rocket bodies
This is a first-year seminar course designed to help all first-year students make the transition from High School to College. In this seminar, you will build relationships with faculty and classmates in a community of exploration and discussion, as we investigate the world of ideas, problem-solving, and engineering. Students will be introduced to instructors who are passionate about their field of study, and equally committee to supporting student success. Fall
(3L, *) [E] *One problem class each week. Analysis of force systems in equilibrium while at rest. Includes forces as vectors acting at a point and on structures, distributed forces, and friction. Centroid and moment of inertia of areas and solids. concurrent enrollment. Students should be enrolled concurrently in PHYS 1310 and ES 1060 is recommended. Concurrently: PHYS 1310 and ES 1060
(3, *) [E] *One problem class each week. The study of particle and body motion. Includes the study of translation and rotation and the related concepts of work, energy, impulse, and momentum. MATH 2205, PHYS 1310, or concurrent enrollment.
Analysis (4CR) (3L, *, 2LB) [E] *One problem class each week. A basic course in electrical engineering circuit analysis for all engineering majors. Emphasis is placed on basic circuit theory, circuit modeling, analytical methods, network theorems, and first order circuits. Concurrently: ES 2120. ES 2310 - Thermodynamics (3CR) (3L) [E] A first course in classical thermodynamics governing processes related to heat work and equilibrium of gaseous liquid, and solid systems. PHYS 1310, or permission of the instructor.
A first course in classical thermodynamics governing processes related to heat work and equilibrium of gaseous liquid, and solid systems.
(3L, *) [E] *One problem class each week. Characteristics and behavior of fluids. Applications of Bernoulli and Euler equations of equilibrium. Study of surface tension, vapor pressure, viscosity, and shear stress of fluids. Analysis of laminar and turbulent flow in pipes. MATH 2205, or permission of instructor.
Materials I (3CR) (3L, *) [E] * One problem class each week. The mechanics of deformable bodies. Topics include stress and strain of structures and machine components. The course will include an introduction to the design process. MATH 2205.
Source: Casper College's catalog, linked per course · table learning_unit · CourseShelf publish 59