Civil Engineering Technology (CET)

Course Description for Civil Engineering Technology

(Bachelor of Science Degree Offered)
Civil Engineering Technology is a broad field producing technologists with versatile backgrounds in a number of subject areas. Southern Polytechnic State University graduates have the qualifications to enter careers in construction, structural design, surveying, transportation, hydraulics, site planning, and environmental technologies. A student may elect one of four specialty areas in Environmental Control, Structures, Surveying, Transportation or may choose to follow a broad, general path with no particular specialization.

A specialty in Environmental Control will enable a graduate to pursue a career in planning, analysis, and design of systems to correct or control the pollution of air, land, or water. Many opportunities exist with municipalities, industry, consulting firms, and government agencies.

Graduates specializing in Structures are prepared for positions involving the design, plan preparation, construction, and inspection of modern buildings and bridges. In their coursework, assisted by both mainframe and microcomputers, students analyze loads and stresses on structures, design foundations, and design structural members of steel, reinforced concrete, and timber.

Graduates selecting Surveying are taught the principles and techniques of boundary, topographic, geodetic, route, and construction surveys. Students apply classroom knowledge in laboratory exercises through use of state-of-the-art surveying equipment including theodolites, electronic distance meters, electronic laser total stations, field-to-plot systems, and optical alignment devices. In laboratories, students develop maps from field measurements, design and lay out construction projects, and plan subdivision developments. Microcomputers are used extensively in reducing data, planning field layouts, and plotting boundaries. Advanced surveying students will be exposed to Global positioning instruments that will enable them to position points on the ground from satellites.

The Transportation specialty provides an opportunity to develop an understanding of this broad field which deals with the design and maintenance of all types of transportation facilities including streets, highways, mass transit systems, railroads, airfields, ports, harbors, and pipelines for the transport of gas, oil, water, and various other commodities.

Non-Degree Surveying Students

The Civil Engineering Technology department offers coursework which is accepted by the Georgia Board of Registration for Engineers and Land Surveyors in satisfying the 16 semester credit hour educational requirement for surveying licensure. Since the classes are all college credit work, students wishing to take only the surveying courses must

In order to complete 16 semester credit hours of surveying coursework, a student must also have obtained credit for:
 
Course     Hours
CET  2160 Civil Graphics and Computer Aided Drafting 4
CS 1113 BASIC Programming 3
  or    
CS 2123 C Programming  
  or    
CS 2143 FORTRAN Programming  
MATH  1113 Precalculus I 4
MATH  2253 Calculus  4
SURV  2221* Surveying I 4
SURV  2222* Surveying II 4
 
* Although these two courses will count as part of the 16 credit hours, they must be completed before additional surveying courses can be taken.
 
Professional Registration
Professional Engineer: In Georgia and approximately 40 other states in the U.S., the BS-CET degree along with the appropriate number of years of experience, and the passage of two 8-hour examinations (FE and PE), qualifies one to become a licensed Professional Engineer (PE). CET students who have that as a goal are strongly urged to take some or all of the following courses, in addition to their regular requirements:
 
ECET  3000 Electrical Principles
MATH  2306 Ordinary Differential Equations
MET  2401 Thermodynamics I
 
Licensed Surveyor: CET majors whose curriculum contains at least 7 elective hours of surveying coursework meet the educational qualification to become licensed as a Registered Land Surveyor (RLS) in Georgia. In addition, they must obtain 4 years of acceptable experience and pass the LSIT and LS examinations.
 
First Year
 
      Hours Per Week Credit
First Semester     Class Lab Hours
CET 1000 Orientation to CET 2 0 2
CET 2160 Civil Graphics and Computer Aided Drafting 2 6 4
CS 1113 BASIC Programming 2 2 3
  or        
CS 2123 C Programming      
  or        
CS 2143 FORTRAN Programming      
ENGL 1101 English Composition I 3 0 3
MATH 1113 Precalculus 4 0 4
    Total 13 8 16
 
Second Semester            
Area D   Lab Science*   3 3 4
Area E   Group 1   3 0 3
ENGL 1102 English Composition II   3 0 3
MATH 2253 Calculus I   4 0 4
STS  2400 Science, Technology, and Society   2 0 2
      Total 15 3 16
 
 
Second Year
 
        Hours Per Week Credit
First Semester        Class Lab Hours
CET 2213 Engineering Mechanics   4 0 4
MATH 2254 Calculus II   4 0 4
PHYS 1111 General Physics I   3 3 4
  or           
CHEM 2211 General Chemistry I        
SURV 2221 Surveying I   3 3 4
      Total 14 6 16
 
Second Semester            
Area C   Group 1   3 0 3
Area D   Lab Science*   3 3 4
Area E   Group 2   3 0 3
CET 2219 Strength of Materials   3 0 3
ENGL 2010 Technical Writing   3 0 3
      Total 15 3 16
 
*Students are advised to take Chemistry I, Physics I, and Physics II as partial fulfillment of Area D and F requirements. NOTES: CET students are required to earn a grade of "C" or better in all CET courses and courses used as CET electives. Students are required to earn a GPA of 2.0 or better in all CET courses. For more information about Area C, D, and E courses, see the "Core Curriculum" section under "Admission Information."
 
Third Year
 
        Hours Per Week Credit
First Semester       Class Lab Hours
CET 3301 Soil Mechanics and Foundations   3 3 4
CET  3321 Transportation Systems   3 3 4
CET  3343 Basic Fluid Mechanics   3 3 4
CET 3371 Structural Analysis and Design I   4 0 4
      Total 13 9 16
 
Second Semester            
CET 3302 Construction Materials   3 3 4
CET 3344 Introduction to Environmental         
    Engineering Technology   3 3 4
CET 3381 Structural Analysis and Design II   4 0 4
SPCH 2400 Public Speaking   2 0 2
    CET Elective**       4
      Total     18
 
 
Fourth Year
 
        Hours Per Week Credit
First Semester       Class Lab Hours
Area E   Group 3   3 0 3
Area E   Group 4   3 0 3
CET 3324 Project Cost Analysis   4 0 4
CET 4444 Applied Hydrology   3 3 4
    Free Elective*       3
      Total     17
 
Second Semester            
Area C   Group 2       3
CET 4480 Senior Project   1 9 4
    CET Elective**       8
      Total     15
             
      Bachelor Degree Program Total 130
 
Chemistry I or Physics I for students who have not taken these courses to fulfill core requirements, three (3) hours in place of Free Elective and one (1) hour in lieu of one hour CET elective.
 
**CET Electives are any non-required 3000 or 4000 level CET/SURV courses