Bachelor of Science in Computer Engineering

Program Overview

The BS in Computer Engineering is a 4 year program that embodies the science and technology of design, development, implementation, maintenance and integration of software and hardware components in modern computing systems and computer-controlled equipment.

Program Educational Objectives

Graduates of the BSCPE program are expected to have accomplished the following within 5 years after graduation:

1. Demonstrate lifelong learning by generating innovative engineering solutions using significant and scientific research, complex problem-solving, relevant social and personal skills;
2. Be leaders and managers in the field of Computer Engineering by demonstrating exemplary performance in the chosen organization while upholding high standards of professional conduct that is right and just;
3. Be active members in professional societies and organizations as well as community-based organizations with the purpose of being advocates and transformers of the industry towards sustainable programs innovations.

Program Outcomes

The graduates of BS Computer Engineering will possess the following:

1. Ability to apply knowledge of mathematics and science to solve complex engineering problems;
2. Ability to design and conduct experiments, as well as to analyze and interpret data;
3. Ability to design a system, component, or process to meet desired needs within realistic constraints such as economic, environmental, social, political, ethical, health and safety, manufacturability, and sustainability, in accordance with standards;
4. Ability to function on multidisciplinary teams;
5. Ability to identify, formulate, and solve complex engineering problems;
6. Understanding of professional and ethical responsibility;
7. Ability to communicate effectively;
8. A broad education necessary to understand the impact of engineering solutions in a global, economic, environmental, and societal context;
9. Recognition of the need for life-long learning and ability to engage in such;
10. Knowledge of contemporary issues;
11. Ability to use techniques, skills, and modern engineering tools necessary for engineering practice;
12. Knowledge and understanding of engineering and management principles in handling projects in multi-disciplinary environments either as a member or a leader of a team.
    

Job Opportunities

BACHELOR OF SCIENCE IN COMPUTER ENGINEERING (CURRICULUM YEAR 2023-2024)

First Year – First Semester
CHMENG1	Chemistry for Engineers	Lec (3); Lab (3)
DIFCAL1	Calculus 1	3
CPEPRO1	Programming Logic and Design	2; Lab (6)
COMDIS1	Computer Engineering as a Discipline	1
THSELF1	Understanding the Self	3
PRPCOM1	Purposive Communication	3
MATHMW1	Mathematics in the Modern World	3
NSTPRO1	National Service Training Program 1	3
HCORDI1	Cordillera: History and Socio-Cultural Heritage	3
PATHTF1	Movement Competency Training	2
SOCORN2	Social Orientation	1
Total Units		28

First Year – Second Semester
INTCALC1	Calculus 2	3
CPEPHS1	Physics for Engineers	Lec (3); Lab (3)
CPEDAT1	Engineering Data and Analysis	3
DISMAT1	Discrete Mathematics	3
CPEPRO2	Object-oriented Programming	2; Lab (6)
CPENET1	Intro to Networks and Data Communication	3; Lec (2); Lab (3)
SCITES1	Science, Technology, Engineering, and Society	3
NSTPRTO2	National Service Training Program 2	3
PATHTF2	Exercise-based Fitness Activities	2
Total Units		26

Second Year – First Semester
ENVCPE1	Environmental Science and Engineering	3
ENGMAT7	Differential Equations	3
CIRCPE1	Fundamentals of Electrical Circuits	Lec (3); Lab (3)
DATALG1	Data Structures and Algorithms	2; Lab (6)
SITNET2	Routing and Switching Technologies	Lec (2); Lab (3)
CADCPE1	Computer-Aided Drafting	1; Lab (3)
ENGECO1	Engineering Economy	3
LRIZAL1	Life and Works of Jose Rizal	3
CWORLD1	The Contemporary World	3
PATFT3D	Bowling	2
Total Units		27

Second Year – Second Semester
CPENUM1	Numerical Methods	3
ELECPE1	Fundamentals of Electronic Circuits	Lec (3); Lab (3)
IMDBSE1	Information Management and Database System	Lec (3); Lab (3)
CPEOPR1	Operating Systems	3
SITNET3	Scaling Networks	Lec (2); Lab (3)
GETHCS1	Ethics	3
ARTAPP1	Art Appreciation	3
PATFT4A	Basketball/Volleyball	2
Total Units		25

Third Year – First Semester
CNTCPE1	Feedback and Control System	3
LOGCPE1	Logic Circuit and Design	Lec (3); Lab (3)
COMCPE1	Data and Digital Communications	3
MIXCPE1	Fundamentals of Mixed Signals and Sensors	3
CADCPE2	Computer Engineering Drafting and Design	1
MICCPE1	Microelectronics 1	4; Lec(3) ; Lab (3)
HDLCPE1	Intro to Hardware Description Language	1; Lab (3)
CEPESOF1	Software Design	Lec (3); Lab (3)
RPHIST1	Readings in Philippine History	3
Total Units		26

Third Year – Second Semester
CPESAF1	Basic Occupational Health and Safety	3
DIGISP1	Digital Signal Processing	Lec (3); Lab (3)
MROCPE1	Microprocessors	Lec (3); Lab (3)
MICCPE2	Microelectronics 2	3
CPEMET1	Methods of Research	2
ENTECH1	Technopreneurship	3
CPELAW1	CPE Laws and Professional Practice	2
GELECT2	General Elective 2 (Gender and Society)	3
Total Units		24

Fourth Year – First Semester
CPEMRG1	Emerging Technologies in CPE	3
GELECT3	General Elective 3 (People and the Earth’s Ecosystem)	3
PROCPE1	CPE in Practice and Design 1	1; Lab (3)
EMBCPE1	Embedded Systems	Lec (3); Lab (3)
COWASM1	Computer Architecture and Organization	Lec (3); Lab (3)
MICCPE3	Microelectronics 3	3
CPEMGT1	Engineering Management	2
FLDTRP1	Seminars and Fieldtrips	1
Total Units		21

Fourth Year – Second Semester
PROCPE2	CPE Practice and Design 2	2; Lab (6)
OJTCPE1	Practicum (360 hours)	3
Total Units		5

GRAND TOTAL UNITS: 182

*** 3^RD Year Standing – student must have finished all subjects from 1^st Year to 2^nd Year
*** 4^th Year Standing – student must have finished all subjects from 1^st Year to 3^rd Year