Cour Description
Semester 1
Cour 1: Civil Engineering Generality
Credit: 1
Semester hours: 16 hours (lectures)
Form of evaluation: Final Examination
This bookishundergraduate cour is designed to introduce the overview of civil engineering and the curriculum of the undergraduate program. The fundamentals of good oral and written communication skills for the Civil Engineer are emphasized. An introduction to engineering library resources is also included.
Cour 2: Computer Culture Foundation
Credit: 3
Semester hours: 48 hours (18 hours of lecture and 30 hours of computer lab study)
Form of evaluation: midterm & final examination, plus one project assignment.
This undergraduate cour covers topics related to word processing, spreadsheet, databa, u of the school’s local area network, Internet access and usage for rearch, interfacing computers with laboratory instruments and the calculator, multimedia, visualization techniques (such as graphing), and an initial introduction to computer programming process using Language C++.
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Cour 3: requirementAdvanced Mathematics A (Calculus I )
Credit: 5
Semester hours: 80 hours (lecture)
Form of evaluation: midterm & final examination
This undergraduate cour discuss the topics of Limits, continuity, differentiation, Integral calculus, Vector Geometry, and some important applications in engineering rearch.
Cour 4: Graphic Geometry and Cartography A
Credit: 3
Semester hours: shivaree48 hours (lecture)
Form of evaluation: midterm & final examination
This cour introduces technical drafting from the fundamentals through advanced drafting practices. Teaches lettering, metric construction, technical sketching, orthographic projection, ctions, interctions, development, fasteners, theory and applications of dimensioning and tolerances. Includes pictorial drawing, and preparation of working and detailed drawings.
Cour 5: Music Appreciation
Credit: 1
Semester hours: 16 hours (lecture and studio)
Form of evaluation: final examination
现在完成时讲解This cour aim to improve students’ understanding of music history and theories through appreciation of both classic music and popular music.
Cour 6: Mentality and Morality Culture & Law Foundation
Credit: 3
Semester hours: 48 hours (lecture)
Form of evaluation: final examination
This undergraduate cour is designed to learn the fundamental theories of psychology, mental health and morality in the East and the West. Basic judicial knowledge and lab moral norms will also be included in the text.
Cour 7: Engineering Chemistry
Credit: 2
Semester hours: 32hours (16 hours of lecture and 16 hours of lab rearch)
Form of evaluation: final examination
First and Second Laws, properties fluids, properties of homogeneous mixtures; pha equilibria, chemical-reaction equilibria
Cour 8: Spirit and Method of Mathematics
Credit: 1
Semester hours: 16 hours (lecture)
Form of evaluation: midterm & final examination
This cour discuss about the development of mathematics through a historical study o
f mathetics and mathematicians.
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Semester 2
Cour 1: Computer Aided Drafting
Credit: 1.5
Semester hours: 24 hours (computer lab work)
Form of evaluation: final examination
This undergraduate cour is designed to deliver an overview of CAD-bad software in civil and environmental engineering. The project design methods and supportive software are discusd, which ranges over field survey data, surface creation, visualization techniques, grading, piping, roads, CAD standards and software customization.
Cour 2:gman Advanced Mathematics 郑州教育B (Calculus II)
Credit: 5
Semester hours: 80 hours (lecture)
Form of evaluation: midterm & final examination
This undergraduate cour covers calculus, differential calculus for functions of veral variable, double and triple integrals, convergence of quences and ries, and reprentation of functions as power ries, differential equations( first order ordinary differential equations, cond order linear equations, linear systems of ordinary differential equations, numerical methods.)
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Cour 3: College Physics A
Credit: 3
Semester hours: 48 hours (lecture)
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Form of evaluation: midterm & final examination
An introduction to the ideas and techniques ud in the study of motion and Newton’s laws of motion, one-dimensional motion, cond order differential equations, harmonic oscillators (damped, forced), vector analysis, conrvation laws, three-dimensional motion, central forces, motion in electromagnetic fields, collisions, center-of-mass transformations, two-body problem, numerical/computer solutions, coupled oscillators. Rigid body rotation, statics, elasticity, fluid equilibrium, gravitation, waves.
