Civil Engineering Technology

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The Civil Engineering Technology program prepares students for successful employment in the professional fields related to construction. These fields include architecture, construction, engineering, planning, design, and management. The program provides a broad engineering background for employment in industries that require knowledge of design, surveying, drafting, CAD, and estimating or as preparation for further study for a Bachelors degree at a college or university. Aspects of design, construction techniques, soils engineering, materials testing, and construction/project management are included in the curriculum. Design of residential and light commercial structures emphasizes the basic elements of design applying to a wide range of construction projects. Elements of roadway and transportation corridor design and layout are also covered. Graduates are successfully employed in the fields of design, engineering, contracting, and testing/quality assurance. Employment is generally found with private consultants, construction contractors, and local, state, and federal agencies or as successful entrepreneurs starting independent companies. Graduates enjoy an excellent placement record with challenging career growth opportunities including successful promotion into a variety of management positions in local industry.

Minimum grade requirements: Department courses shall be completed with a grade of “D” (63%) or better. A QPA of 2.0 must be achieved for graduation. To continue in the program, the math requirements listed below must be satisfied. Also, at the beginning of the third and fourth semesters, the student must have a QPA of 1.7 and 1.9 respectively. Failure to meet the academic standards will result in academic probation.

Upon successful completion of the program requirements, the degree of Associate in Science in Civil Engineering Technology will be awarded.

Civil Engineering Technology Program Goals

  1. Provide necessary, employable skills for the practice of civil engineering technology so that students may enter the work force or pursue further education in related fields.
  2. Provide educational experiences that foster verbal, oral, and graphic communication coupled with an understanding of the social challenges of technology and development.
  3. Develop critical thinking and problem solving skills that students apply to challenging technical and non-technical problems.
  4. Ensure the entire program maintains a focus on current trends and maintains technical relevance to support students educational and professional advancement.

Programmatic Technical Standard (PDF)


(CIVL.AS) Curriculum
Semester 1
No. Course Title Credits
CIVL-115 CONSTRUCTION MATERIALS AND METHODS 3
CIVL-120 ARCHITECTURAL DESIGN 4
CIVL-125 ARCHITECTURAL CAD 1 3
CMPA-105 INTRODUCTION TO EXCEL 1
MATH-132 TECHNICAL MATHEMATICS 1 (Note 1) 4
ENGL-100 ENGLISH COMPOSITION 1 3
Total: 18
Semester 2
No. Course Title Credits
MATH-232 TECHNICAL MATHEMATICS 2 (Note 2) 4
PHYS-119 TECHNICAL PHYSICS (or) 4
PHYS-130 COLLEGE PHYSICS 1 4
CIVL-220 CONSTRUCTION ESTIMATING 3
CIVL-225 ARCHITECTURAL CAD 2 (Note 3) 3
CIVL-235 HYDRAULICS AND HYDROLOGY 3
Total: 17
Semester 3
No. Course Title Credits
CIVL-310 SURVEYING 1 4
CIVL-325 SOILS AND FOUNDATIONS 4
CIVL-345 STATICS AND STRENGTH OF MATERIALS 4
WRIT-202 TECHNICAL REPORT WRITING 3
CHEM-103 GENERAL CHEMISTRY 1 (Note 4) (or) 4
ECON-100 PRINCIPLES OF ECONOMICS 1 3
Total: 18-19
Semester 4
No. Course Title Credits
CIVL-410 REINFORCED CONCRETE ANALYSIS (Note 5) 3
CIVL-420 CONSTRUCTION MANAGEMENT 3
CIVL-430 TRANSPORTATION ENGINEERING 3
CIVL-446 STRUCTURES (Note 5) 3
CIVL-460 PROJECT SCHEDULING 3
CHEM-103 GENERAL CHEMISTRY 1 (or) 4
CIVL-270 GEOGRAPHIC INFORMATION SYSTEMS 3
Total: 18-19

Notes:

  1. Math MATH-132 must be completed before any third or fourth semester Civil Engineering Technology (GC) courses can be taken.
  2. Math MATH-232 must be completed before any fourth semester Civil Engineer-ing Technology (GC) courses can be taken.
  3. CIVL-120 and CIVL-125 are prerequisites.
  4. Potential transfer students intending to pursue BSCE/BSCET degree should take CHEM-103 (General Chemistry 1) third semester.
  5. CIVL-345 Statics and Strength of Materials is a prerequisite.

Check college catalog for additional course prerequisites.


Department Personnel
Name Title Office Ext Email
George Costa Assistant Professor 17/302 4595 glcosta
Warren Hall Professor / Architectural Technology Program Coordinator 17/203 4616 whall
Theodore Sussmann Dept. Chair 17/303 4574 tsussmann