The Civil Engineering Department Goals are consistent with the Mission and Goals of Quirino State University. The Department of Civil Engineering aims to produce competitive and technically skilled professional Civil Engineers who can manage the challenges and complexities of the technologically advanced construction industry. The following are the goals of Civil Engineering Department:

    1. Preparation of committed Civil Engineers supportive to national development goals;
    2. Development of competent Civil Engineers in the construction industry; and
    3. Preservation and promotion of the ethical standards of Engineering Profession.

Program Educational Objectives

Graduates of the BSCE are professionals who:

    1. Apply knowledge of technical areas appropriate to civil engineering;
    2. Conduct civil engineering experiments, and analyze and interpret the resulting data; 
    3. Design a system component, or process in more than one civil engineering context; 
    4. Explain basic concepts in management, business, public policy, and leadership; and

Program Outcomes

The students of the program shall be able to:

    1. apply knowledge of Mathematics, and Science to solve complex Civil Engineering problems;
    2. design and conduct experiments, as well as, to analyze and interpret data;
    3. design a system, component, or process to meet desired needs within realistic constraints, in accordance with standards;
    4. work effectively in multi-disciplinary and multi-cultural teams;
    5. recognize, formulate, and solve engineering problems;
    6. recognition of professional, social, and ethical responsibility;
    7. effectively communicate orally and in writing using the English language;
    8. understand of the effects of engineering solutions in a comprehensive context;
    9. engage in life-long learning and an understanding of the need to keep current of the developments in the specific field of practice;
    10. know contemporary issues;
    11. use techniques, skills, and modern engineering tools necessary for civil engineering practice;
    12. know and understand engineering and management principles as a member and leader of a team in a multi-disciplinary environments;
    13. understand at least one specialized field of civil engineering practice.

The Civil Engineering program of Quirino State University adopts the Outcomes-Based Education (OBE) framework that focuses on the measurable outcomes its students should achieve by the end of their program. It deviates the emphasis from traditional teaching methods to assessing whether students have acquired the necessary knowledge, skills, and competencies.

The OBE framework begins with clearly defined program outcomes (POs) that outline the knowledge, skills, and abilities students should possess after completing the BSCE program. The program outcomes (POs) are interrelated and complement the long-term outcomes, which refer to the program educational objectives (PEOs), the broad goals describing the expected achievements of graduates in their careers and professional lives after graduation, and the short-term outcomes, which are called the learning outcomes (LOs). The program outcomes aligned with the VMGO of the university and play an integral role in shaping the educational experience of the students to develop competent and morally upright professionals and generate appropriate knowledge and technologies.

The curriculum is designed with a focus on achieving the predetermined outcomes. Courses and learning activities are structured to ensure students acquire necessary competencies, and the teaching methods are designed and adjusted to meet the needs of students.

Assessments in the OBE framework are aligned with the learning outcomes (LOs) and are not just limited to examinations and quizzes but also include practical applications, projects, presentations, simulations, and other activities that measure whether students have attained the required outcomes. The assessments provide direct evidence of the students’ knowledge and skills.

The OBE Framework emphasizes the need for ongoing evaluation and refinement of both the curriculum and teaching methods based on student performance and feedback. This feedback loop ensures that the program remains relevant and effective in achieving the desired outcomes. Regular review by academic committees and industry experts may also help update the program. To ensure that graduates meet the benchmarks for engineering education, the program is subjected to accreditation by the different accrediting bodies such as the Accrediting Agency of Chartered Colleges and Universities in the Philippines (AACCUP).

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BACHELOR OF SCIENCE IN CIVIL ENGINEERING
(Specialized in Construction Engineering and Management)
CMO NO. 92 S. 2017
CURRICULUM

First Year

First Semester

COURSE NO.Course DescriptionNo. of HoursUnitsRequisite/Co-requisite
Lec

Lab/

Fldw/Comp

GE 7Science Technology and Society303None
GE 4Mathematics in Modern world303None
Emath 0Mathematics for Engineers404None
Emath 1Calculus 1404None
Eng’g Sci 1Chemistry for Engineers334None
CE 110Civil Engineering Orientation202None

PE 1

(PATHFIT 1)

Physical Activities Toward Health and Fitness 1 (Movement Competency Training)202None
NSTP 1National Service Training Program 1303None
TOTAL24325 

First Year

Second Semester

COURSE NO.Course DescriptionNo. of Hours

Units

Requisite/Co-requisite
Lec

Lab/

Fldw/

Comp

GE  1Understanding the self303None
Emath 2Calculus 2404Emath 1
Eng’g Sci 2Physics for Engineers (Calculus Based)334Emath 1, Co-requisite of Emath 2
Draw 1Engineering Drawing and Plans031None
Comp 1Computer Fundamentals and Programming062None
RizalLife Works, and Writings of Rizal303None
GE 3The Contemporary World303None

PE 2

(PATHFIT 2)

Physical Activities Toward Health and Fitness 2 (Exercise-based Fitness Activities)2 2PE 1
NSTP 2National Service Training Program 23 3None
TOTAL211225 

SECOND YEAR

First Semester

COURSE NO.Course DescriptionNo. of Hours

Units

Requisite/Co-requisite
Lec

Lab/

Fldw/

Comp

Emath 3Differential Equations303Emath 2
Comp 2Computer-Aided Drafting031Draw 1
Emech 1Static of Rigid Bodies303Emath 1, Eng’g Sci 2
CE 211Fundamentals of Surveying334Draw 1
Eng’g EcoEngineering Economics3032nd year standing
Eng’g MgtEngineering Management2022nd year standing
GE 5Purposive Communication303None
GE Elect 1Living in the IT Era303None

PE 3

(PATHFIT 3)

Physical Activities Toward Health and Fitness 3 (Dance, Sports, Martial Arts, Group Exercise, Outdoor and Adventure Activities)202PE 2
TOTAL22624 

SECOND YEAR

Second Semester

COURSE NO.Course DescriptionNo. of HoursUnitsRequisite/Co-requisite
Lec

Lab/

Fldw/

Comp

Emath 4Engineering Data Analysis303None
Eng’g Sci 3Geology for Civil Engineers202Eng’g Sci 1
Emech 2Dynamics of Rigid Bodies202Emech 1
Emech 3Mechanics of Deformed Bodies404Emech 1
CE 221Construction Materials & Testing233Co-requisite of Emech 3
GE 6Arts Appreciation303None
GE 2Reading in Philippine History303None
GE Elect 2Gender and Society303None

PE 4

(PATHFIT 4)

Physical Activities Toward Health and Fitness 4 (Dance, Sports, Martial Arts, Group Exercise, Outdoor and Adventure Activities)202PE 2
TOTAL24325 

THIRD YEAR

First semester

COURSE NO.Course DescriptionNo. of HoursUnitsRequisite/Co-requisite
Lec

Lab/

Fldw

/Comp

CE 311Structural Theory334Emech 3
CE 312Highway and Railroad Engineering303CE 211
AC 1Engineering Utilities 1303Eng’g Sci 2
AC 2Engineering Utilities 2303Eng’g Sci 2
Emath 5Numerical Solution to CE Problems233Emath 3
GE 8Ethics303None
GE Elect 3Indigenous Creative Crafts303None
Res 1Methods of Research3033rd Year standing
TOTAL23625 

THIRD YEAR

Second semester

COURSE NO.Course DescriptionNo. of HoursUnitsRequisite/Co-requisite
Lec

Lab/

Fldw/

Comp

Tech 101Technopreneurship 1013033rd year standing
CE 321Building System Design233Draw 1
CE 322Principles of Steel Design233CE 311
CE 323Principles of Reinforced/Pre- Stressed Concrete334CE311
CE 324Hydrology2023rd year standing
CE 325Hydraulics4353rd year standing
CE 326CE Law, Ethics and Contracts2023rd year standing
Tech EngTechnical English3   
TOTAL181222 

FOURTH YEAR

First Semester

COURSE NO.Course DescriptionNo. of HoursUnitsRequisite/Co-requisite
Lec

Lab/

Fldw/

Comp

CE 411Geotechnical Engineering 1 (Soil Mechanics)334Eng’g Sci 3, Emech 3
CE 412Principles of Transportation Engineering303CE 312
CEP 1CE Project 11324th year Standing
CE S1Construction Cost Engineering3034th year Standing
CE S2Project Construction and Management3034th year Standing
CE S3Advanced Construction Methods and Equipment3034th year Standing
CE 413Reinforced Concrete Design3034th year Standing
                                          TOTAL19621 

FOURTH YEAR

Second Semester

COURSE NO.Course DescriptionNo. of HoursUnitsRequisite/Co-requisite
Lec

Lab/

Fldw/

Comp

CEP 2CE Project 2132CEP 1
CE 421Quantity Surveying132CE 321
CE S4Construction Occupational Safety and Health3034th year Standing
CE S5Database Management in Construction3034th year Standing
CE 422Construction Methods and Project Management3034th year Standing
OJTOn the Job Training2334th Year Standing
                                   TOTAL13916 
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BACHELOR OF SCIENCE IN CIVIL ENGINEERING

(Specialized in Construction Engineering and Management)

 

Classification/Field

Total No. of Hours

Total Units

Lecture

Lab/Fldw/Comp

I.            TECHNICAL COURSES

A.   Mathematics

1.    Mathematics for Engineers

4

0

4

2.    Calculus 1

4

0

4

3.    Calculus 2

4

0

4

4.    Differential Equation

3

0

3

5.    Engineering Data Analysis

3

0

3

6.    Numerical Solutions to CE Problems

2

3

3

Sub-Total

20

3

21

B.   Natural/Physical Sciences

1.    Chemistry for Engineers

3

3

4

2.    Physics for Engineers (Calculus-Based)

3

3

4

3.    Geology for Civil Engineers

2

0

2

Sub-Total

8

6

10

C.   Basic Engineering Sciences

1.    Civil Engineering Orientation

2

0

2

2.    Engineering Drawing and Plans

0

3

1

3.    Computer Fundamentals and Programing

0

6

2

4.    Computer-Aided Drafting

0

3

1

5.    Statics of Rigid Bodies

3

0

3

6.    Dynamics of Deformed Bodies

2

0

2

7.    Mechanics of Deformed Bodies

4

0

4

8.    Engineering Economics

3

0

3

9.    Technopreneurship 101

3

0

3

10. Engineering Management

2

0

2

Sub-Total

19

12

23

D.   Allied Courses

1.    Engineering Utilities 1

3

0

3

2.    Engineering Utilities 2

3

0

3

Sub-Total

6

0

6

E.   Professional Courses (Common)

1.    Fundamentals of Surveying

3

3

4

2.    Construction Materials and Testing

2

3

3

3.    Structural Theory

3

3

4

4.    Highway and Railroad Engineering

3

0

3

5.    Building System Design

2

3

3

6.    Principles of Steel Design

2

3

3

7.    Principles of Reinforced/Pre-stressed  Concrete

3

3

4

8.    Hydraulics

4

3

5

9.    Hydrology

2

0

2

10. CE Laws, Ethics and Contracts

2

0

2

11. Geotechnical Engineering 1 (Soil Mechanics)

3

3

4

12. Principles of Transportation Engineering

3

0

3

13. Quantity Surveying

1

3

2

14. Construction Methods and Project Management

3

0

3

15. CE Project 1

1

3

2

16. CE Project 2

1

3

2

Sub -Total

38

30

48

F.   Professional Courses -Specialized

1.    Project Construction and Management

3

0

3

2.    Advanced Construction Methods and Equipment

3

0

3

3.    Construction Cost Engineering

3

0

3

4.    Database Management in Construction

3

0

3

5.    Construction Occupational Safety and Health (COSH)

3

0

3

6.    Reinforced Concrete Design

3

0

3

Sub -Total

18

0

18

G.   On-the-Job Training

1.    On-the-Job Training (minimum 240 Hrs)

2

3

3

Sub -Total

2

3

3

TOTAL TECHNICAL COURSES

111

54

129

 

II.          Non-Technical Courses

   

A.   General Education Courses

1.    Science, Technology, and Society

3

 

3

2.    Readings in Philippine History

3

 

3

3.    Mathematics in the Modern World

3

 

3

4.    Contemporary World

3

 

3

5.    Understanding the self

3

 

3

6.    Purposive Communication

3

 

3

7.    Art Appreciation

3

 

3

8.    Ethics

3

 

3

Sub -Total

24

 

24

B.   GEC Electives

1.    Living in the IT Era

3

 

3

2.    Gender and Society

3

 

3

3.    Indigenous Creative Crafts

3

 

3

Sub -Total

9

 

9

C.   Mandated Course

1.    Life and Works of Rizal

3

 

3

Sub -Total

3

 

3

D.   Physical Education

1.    Physical Activities Towards Health and Fitness 1

2

 

2

2.    Physical Activities Towards Health and Fitness 2

2

 

2

3.    Physical Activities Towards Health and Fitness 3

2

 

2

4.    Physical Activities Towards Health and Fitness 4

2

 

2

Sub -Total

8

 

8

E.   National Service Training Program

1.    NSTP 1

3

 

3

2.    NSTP 2

3

 

3

Sub -Total

6

 

6

F.   Institutional Course

1.     Methods of Research

3

 

3

2.     Technical English

3

  

Sub -Total

6

 

6

TOTAL NON-TECHNICAL COURSES

56

 

56

GRAND TOTAL

167

54

185