 |
 |
 
The five- year Civil Engineering curriculum offers the graduates for
professional engineering including a leading role in infrastructure
planning and development, linkage of lease contracts, resources management,
research and outreach and the protection of the environment. The graduate
must have a strong foundation in the physical sciences and should consider
the economic, social and environment significance of what he/she plans
to build.
The first two-years, essentially common to all engineering curriculum,
strengthens the physical sciences and mathematics background necessary
for the through understanding of the fundamentals of the basic engineering
courses.
The basic engineering studies supplemented by soils and materials testing,
hydraulics and surveying laboratory works and demonstrations are concentrated
in the third year in the preparation for civil engineering sciences
and technology and allied courses. The department laboratories have
complete soils and materials testing equipment and apparatus for determining
the physical properties of soil and engineering materials and hydraulic
apparatus or to demonstrate the basic principles, friction losses, energy
equation and flow types and measurements with computer applications.
On the fourth and fifth years, the instruction emphasis is on the
different civil engineering fields of structure with STAAD computer
application, foundation, construction and water resources engineering.
Studies on this engineering fields are enriched by courses on project
feasibility study, construction project management with PRIMAVERA computer
application, contracts, specifications and engineering ethics and laws.
The water resources engineering instruction is supplemented by hydropower
model and mini-irrigation projects complete with diversion dam, regulator
gates, distribution system and service area with irrigated upland crops.
The successful completion of the curriculum qualifies the graduate
for professional opportunity as construction manager, project manager,
design engineer, sanitary/environmental engineer, highway and transportation
engineer and engineering teacher.
Vision
To be recognized both nationally and internationally for excellence
in Civil Engineering
- To be Preferred choice of:
o Student seeking Civil Engineering education
o Companies hiring Civil Engineering graduates; and
o Organizations seeking Civil Engineering knowledge.
Mission
To prepare the graduates for professional engineering career including
a leading role in infrastructure planning and development. To process
linkage of laws, contracts, resource management, research and outreach
and the protection of the environment. The graduate must have a strong
foundation in the physical sciences and should consider the economic,
social and environmental significance of what he/she plans to build.
A. Graduates of Civil Engineering Program must be prepared for the
planning design construction, management and maintenance of:
- Railways, roads and bridges
- Dams, reservoirs and hydraulic structure and systems
- Water and waste disposal
- buildings and foundation
- Other types of civil works used by man
B. Graduates of Civil Engineering Program are expected to be environmentally
conscious
C. Graduates of Civil Engineering Program must be knowledgable of their
professional responsibilities on ethics and laws
D. Graduates of Civil Engineering Program must be knowledgeable on human,
financial, physical and resource management.
E. Graduates of Civil Engineering Program must be a total engineer utilizing
his knowledge of arts, sciences and engineering concepts.
F. Graduates of Civil Engineering Program must be prepared for graduate
work and research in at least one area of the Civil Engineering field
practice.
FIELD OF SPECIALIZATION
- Structural Engineering
- Hydraulics Engineering
- Transportation Engineering
- Construction Engineering
- Geotechnical Engineering
Curricula
College of Engineering
Bachelor of Science in Civil Engineering
Effective School Year 2004 – 2005
This Curricula is still in the process of review and will be subject
to changes. Please consult your Department Chairman and Dean for clarifications.
Course
Code
|
Descriptive Title |
Units |
Pre-requisites |
| |
1st Year , 1st Semester |
|
|
| REL111(04) |
Christian Doctrine I |
(1.00) |
|
| CHEM111(04) |
General Chemistry I |
4.00 |
|
| MATH112(04) |
Plane Trigonometry |
3.00 |
MATH111(04) |
| ENGL111(04) |
Basic Communication Skills I |
3.00 |
|
| ES111(04) |
Engineering Drawing I |
2.00 |
|
| FIL111(04) |
Sining ng Komunikasyon |
3.00 |
|
| HUM111(04) |
Fundamentals of Logic and Ethics with Values Education |
3.00 |
|
| MATH111(04) |
College Algebra |
3.00 |
|
NSTP1(04)
|
National Service Training Program I |
(3.00) |
|
| PE111(04) |
Physical Education I |
2.00 |
|
| |
|
|
|
| |
1st Year , 2nd Semester |
|
|
| FIL121(04) |
Panitikang Filipino |
3.00 |
FIL111(04) |
| RIZAL221(04) |
Buhay at Panitik |
3.00 |
|
| HUM121(04) |
Art Appreciation |
3.00 |
HUM111(04) |
| NSTP2(04) |
National Service Training Program II |
(3.00) |
NSTP1(04) |
| PE121(04) |
Physical Education II |
2.00 |
PE111(04) |
| PSY121(04) |
General Psychology |
3.00 |
|
| REL121(04) |
Christian Doctrine II |
(1.00) |
REL111(04) |
MATH121(04)
|
Analytic Geometry with Solid Geometry |
4.00 |
MATH111(04), MATH112(04) |
| ENGL121(04) |
Study and Thinking Skills in English |
3.00 |
ENGL111(04) |
| |
|
|
|
|
2nd Year , 1st Semester |
|
|
| GE212(04) |
General Surveying I - Laboratory |
1.00 |
MATH111(04), MATH112(04) |
| ECON211(04) |
Principles of Economics with Taxation and Agrarian Reform |
3.00 |
|
| MATH211(04) |
Differential Calculus |
4.00 |
MATH121(04) |
| ENGL211(04) |
Writing in the Discipline |
3.00 |
ENGL121(04) |
| ES213(04) |
Computer Fundamentals and Basic Programming |
3.00 |
MATH112(04) |
| GE211(04) |
General Surveying I - Lecture |
2.00 |
MATH111(04), MATH112(04) |
| SOCIO211(04) |
Society and Culture with Family Planning |
3.00 |
|
PE211(04)
|
Physical Education III |
2.00 |
PE121(04) |
| PHYS211(04) |
Engineering Physics I |
4.00 |
MATH111(04), MATH112(04) |
| |
|
|
|
| |
2nd Year , 2nd Semester |
|
|
| GE222(04) |
General Surveying II - Laboratory |
2.00 |
GE211(04), GE212(04) |
| ENGL221(04) |
Speech Communications |
3.00 |
ENGL211(04) |
| PE221(04) |
Physical Education IV |
2.00 |
PE211(04) |
| PHYS221(04) |
Engineering Physics II |
4.00 |
PHYS211(04) |
| GE221(04) |
General Surveying II - Lecture |
2.00 |
GE211(04), GE212(04) |
| IE222(04) |
Engineering Management |
3.00 |
|
| MATH221(04) |
Integral Calculus |
4.00 |
MATH121(04), MATH211(04) |
| ENGL221A(04) |
Speech Communication - Laboratory |
1.00 |
ENGL211(04) |
| POLSCI221(04) |
Politics, Government and Philippine Constitution |
3.00 |
|
| |
|
|
|
|
3rd Year , 1st Semester |
|
|
| GE313(04) |
Engineering Surveys - Laboratory |
1.00 |
GE221(04), GE222(04) |
| EE320(04) |
Elementary Electrical Engineering Laboratory |
1.00 |
MATH221(04), PHY221(04) |
| MATH311(04) |
Differential Equations |
3.00 |
MATH221(04) |
| ES316(04) |
Engineering Mechanics I (Statics) |
3.00 |
MATH221(04), PHYS221(04) |
| GE312(04) |
Engineering Surveys - Lecture |
2.00 |
GE221(04), GE222(04) |
| EE310(04) |
Elementary Electrical Engineering |
4.00 |
MATH221(04), PHYS221(04) |
| MATH312(04) |
Advanced Engineering Mathematics |
3.00 |
MATH221(04) |
| ES315(04) |
Engineering Geology |
3.00 |
CHEM111(04) |
| ES319(04) |
Environmental Engineering |
3.00 |
CHEM111 |
| |
|
|
|
| |
3rd Year , 2nd Semester |
|
|
| CE322(04) |
Highway Engineering |
3.00 |
GE312(04), GE313(04) |
| CE324(04) |
Testing Materials |
1.00 |
ES316(04) |
| CE326(04) |
Hydraulics I Laboratory |
1.00 |
ES316(04) |
| MATH321(04) |
Probability and Statistics |
3.00 |
MATH312(04) |
| ES327(04) |
Engineering Mechanics II (Dynamics) |
3.00 |
ES316(04) |
| CE321(04) |
Basic Mechanical Engineering |
3.00 |
MATH221(04), PHYS221(04) |
| CE323(04) |
Construction Materials |
3.00 |
ES316(04) |
| CE325(04) |
Hydraulics I |
2.00 |
ES316(04) |
ES328(04)
|
Strength of Materials |
4.00 |
ES316(04) |
| |
|
|
|
| |
4th Year , 1st Semester |
|
|
| CE413(04) |
Hydraulics II |
4.00 |
CE325(04), CE326(04) |
| CE415(04) |
Engineering Hydrology |
3.00 |
MATH321(04) |
| IE415(04) |
Engineering Economics |
3.00 |
4th yr standing |
| ELECTIVE11(04) |
Technical Elective II |
3.00 |
|
| CE417(04) |
Structual Theory I Laboratory |
1.00 |
ES328(04) |
| CE412(04) |
Construction Methods Planning and Estimates |
2.00 |
CE323(04), CE324(04) |
CE414(04)
|
Hydraulics II Laboratory |
1.00 |
CE325(04), CE326(04) |
| ELECTIVE1(04) |
Technical Elective I |
3.00 |
|
| CE416(04) |
Structural Theory I |
4.00 |
ES328(04) |
|
|
|
|
| |
4th Year , 2nd Semester |
|
|
| CE422(04) |
Structural Design I: Timber |
2.00 |
CE416(04), CE417(04) |
CE424(04)
|
Structural Design II: Concrete |
4.00 |
CE416(04), CE417(04) |
| CE426(04) |
Structural Theory II |
4.00 |
CE416(04), CE417 |
| CE428(04) |
Soil Mechanics |
4.00 |
CE416(04), CE417(04) |
| CE421(04) |
CE, laws, contracts, specification and ethics |
3.00 |
CE412(04) |
| CE423(04) |
Structural Design II: Timber Laboratory |
1.00 |
CE416(04), CE417(04) |
| CE425(04) |
Structural Design II: Concrete Laboratory |
1.00 |
CE416(04), CE417(04) |
CE427(04)
|
Structural Theory II Laboratory |
1.00 |
CE416(04), CE417(04) |
| CE429(04) |
Soil Mechanics Laboratory |
1.00 |
CE416(04), CE417(04) |
| |
|
|
|
|
5th Year , 1st Semester |
|
|
| CE511(04) |
Special CE Problem I |
4.00 |
CE411(04), CE426(04), CE427(04), MATH312(04) |
| CE514(04) |
Structual Design III: Steel Laboratory |
1.00 |
CE426(04), CE427(04) |
| CE516(04) |
Construction Project Management |
2.00 |
CE421(04) |
| ELECTIVE111(04) |
Technical Elective III |
3.00 |
|
| CE513(04) |
Structural Design III: Steel |
4.00 |
CE426(04), CE427(04) |
| CE515(04) |
Foundation Engineering |
4.00 |
CE428(04), CE429(04) |
| CE517(04) |
Construction Project Management Laboratory |
1.00 |
CE421(04) |
CE 518
|
CE Project I (Thesis I) |
2.00 |
5th yr standing |
CE 519
|
CE Project I Laboratory |
1.00 |
5th yr standing |
|
|
|
|
| |
5th Year , 2nd Semester |
|
|
| CE522(04) |
Pre-Stressed Concrete Design |
3.00 |
CE512(04) |
| CE525(04) |
Introduction to Urban and Regional Planning |
3.00 |
CE411(04) |
| CE527(04) |
CE Project II (Thesis II) |
2.00 |
CE518(04), CE519(04) |
| ELECTIVEIV(04) |
Technical Elective IV |
3.00 |
|
| ENGL311(04) |
Public Speaking |
3.00 |
ENGL221(04) |
| CE521(04) |
Special CE Problem II |
4.00 |
CE511(04) |
| CE524(04) |
Sewerage and Sewage Disposal |
3.00 |
CE418(04) |
CE526(04)
|
Matrix Structural Analysis |
3.00 |
CE513(04), CE514(04) |
| CE528(04) |
CE Project II Laboratory |
1.00 |
CE518(04), CE519(04) |
| |
|
|
|
| |
Technical Electives |
|
|
| CE400 |
CE On the Job Training (Min 120 hrs) |
3.00 |
4th year standing |
| CE411 |
Transportation Engineering |
3.00 |
CE322 |
| CE418 |
Water Resources Engineering |
3.00 |
CE325, CE326 |
| CE512 |
Advanced RC Design |
3.00 |
CE424, CE425 |
| CE523 |
Earthquake Engineering |
3.00 |
CE512 |
|