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Bachelor of Science in Electronics Engineering
Bachelor of Science in Electronics Engineering
The Bachelor of Science in Electronics Engineering (BSECE) provides a comprehensive education focused on the design, analysis, fabrication, production, testing, and supervision of advanced electronic systems, semiconductor devices, and communication networks. The curriculum integrates fundamental theories in electrical circuits, microelectronics, signal processing, and electromagnetic fields with rigorous hands-on laboratory experimentation. Graduates of the BSECE program are exceptionally well-prepared to work as specialized engineers who design, fabricate, produce, test, and supervise the manufacture of complex electronic products and systems within the dynamic semiconductor and microelectronics industries. Furthermore, they find rewarding career opportunities across various sectors of the communications industry, including radio and television broadcasting networks, data transmission facilities, and global telecommunications companies.
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Program Goals
The DLSU-D Electronics Engineering Program aims to prepare students who can:
- Practice as competent professionals in industrial, government, and academic settings while maintaining a strong awareness of ethical and societal responsibilities, typically holding positions that require a professional engineering license.
- Secure positions in design, development, research, applications, and operations within the semiconductor, communications, computing, and information technology industries, with a high regard for safety, environmental sustainability, and economic viability.
- Engage in advanced and continuing education throughout their careers, making significant contributions to the field of electronics engineering by pursuing postgraduate studies, attending professional seminars, and participating in accredited engineering organizations.
- Collaborate effectively within team environments and communicate proficiently in both written and oral English, successfully handling corporate assignments, multinational projects, and international deployments.
Program Outcomes
By the time of graduation, students in the program shall be able to:
- Apply knowledge of mathematics, physical, life, and information sciences, as well as engineering sciences appropriate to the field of practice.
- Design and conduct experiments, as well as analyze and interpret data effectively.
- Design systems, components, or processes to meet desired needs within identified economic, environmental, social, and safety constraints.
- Work effectively in multidisciplinary and multicultural teams.
- Recognize, formulate, and solve complex engineering problems.
- Demonstrate an understanding of professional, social, and ethical responsibilities.
- Communicate effectively, both orally and in writing, using the English language.
- Analyze the comprehensive effects of engineering solutions in global, economic, environmental, and societal contexts.
- Engage in lifelong learning and recognize the necessity of keeping current with developments in the specific field of practice.
- Demonstrate a working knowledge of contemporary issues related to engineering and technology.
- Utilize the techniques, skills, and modern engineering tools necessary for contemporary engineering practice.
- Apply knowledge and understanding of engineering and management principles to address national and local issues.
- Incorporate Lasallian values and ethical concepts into project management and engineering applications.
Program Curriculum
Applied Engineering Mathematics
Math in the Modern World
Calculus 1 for Engineers
Chemistry for Engineer Lec.
Chemistry for Engineer Lab.
Computer Aided Drafting Lab.
Understanding the Self
Our Christian Faith & Lasallian Identity
Physical Fitness & Self-Testing Activities
Towards One Goal: Social Transformation
The Authentic Lasallian Learner
English for Purposive Communication
Data Analysis for Engineering
Calculus 2 for Engineers
Physics for Engineers Lec.
Physics for Engineers Lab.
Applied Engineering Science
Science, Technology and Society
Materials Science and Engineering
Christian Discipleship in the Modern World
Individual/Dual Sports/Dance
Community Service by Focus Programs: Health, Education, Livelihood, Pastoral and Self Governance (HELPS)
Career Path Towards Success
Classic Literatures of the World
Differential Equations
Computer Fundamentals and Programming for Engineers Lab
Semiconductor Physics
Semiconductor Physics- Lab
Electromagnetics 1
Electrical Circuits 1 Lec.
Electrical Circuits 1 Lab.
Environmental Science & Eng'g
Christian Commitment in Contemporary Society
Swimming
Literatures of the World and its Effect to Development
Diskurso sa Filipino
Advanced Mathematics for ECE
Electronic Devices and Circuits Lec.
Electronic Devices and Circuits Lab.
PCB Design and Modeling Lab.
Electrical Circuits 2 Lec.
Electrical Circuits 2 Lab.
Ethics
Art Appreciation
The Catholic Social Teaching and Our Social Responsibility
Team Sports
Pagsasaling Teknikal sa Larangang Akademiko
Principles of Comm. Systems Lec.
Principles of Comm. Systems Lab.
Numerical Methods for ECE
Signals, Spectra, & Signal Processing
Electronic Circuit analysis & Design Lec.
Electronic Circuit analysis & Design Lab.
Digital Electronics 1 Lec.
Digital Electronics 1 Lab
Basic Occupational Safety and Health
Engineering Economics
The Contemporary World
Modulation & Coding Techniques Lec.
Modulation & Coding Techniques Lab.
Digital Electronics 2 Lec.
Digital Electronics 2 Lab.
Electronic Systems & Design Lec.
Electronic Systems & Design Lab
Feedback and Control systems Lec.
Feedback and Control systems Lab.
Power Electronics Lec.
Power Electronics Lab.
Methods of Research
Engineering Management
Mga Babasahin hinggil sa Kasaysayan ng Pilipinas
Design 1/Capstone Project 1
Data Communications Lec.
Data Communications Lab.
Internet of Things Lec.
Internet of Things Lab.
Robotics Lec
Robotics Lab
Transmission Media & Antenna Sys. Lec.
Transmission Media & Antenna Sys. Lab.
ECE Correlation Course 1
ECE Elective 1 Lec.
ECE Elective 1 Lab.
Technopreneurship 101
Design 2/ Capstone Project 2
Seminars/Colloquium and Field Trips
ECE Laws, Contracts, Ethics & Standard
ECE Correlation Course 2
ECE Electives 2 Lec.
ECE Electives 2 Lab.
ECE Elective 3
Kursong Rizal
ECE Elective 1Digital IC Design Lec
ECE Elective 1DIgital IC Design Lab
ECE Elective 2 Analog IC Design Lec
ECE Elective 2 Analog IC Design Lab
ECE Elective 3 Mixed Signal IC Design
ECE Elective 1 Advance Comm. Sys.& Design (Wireless) Lec
ECE Elective 1 Advance Comm. Sys.& Design (Wireless) Lab
ECE Elective 2 Advance Networking Lec
ECE Elective 2 Advance Networking Lab
ECE Elective 3 Network Security
ECE Elective 1 ICT Infrastructure Lab
ECE Elective 2 Electronics Ancillary System Lec
ECE Elective 2 Electronics Ancillary System Lab
ECE Elective 3 Outside Plant Design
Bridging Courses in Science
Bridging Courses in Mathematics
Career Options
- Electronics Design Engineer
- Embedded Systems Engineer
- Hardware Engineer
- Test and Validation Engineer
- Power Electronics Engineer
- Telecommunication Engineer
- Automation and Control Engineer
- Semiconductor Engineer
- Radio Frequency Engineer
- Field Application Engineer
- Systems Engineer
- Research and Development Engineer
Career Pathways
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Faculty Profile
Your future starts here.
Contact Information
College of Engineering, Architecture and Technology
 | Maria Llanera Hall De La Salle University – Dasmariñas, Brgy. Fatima 1, Dasmariñas City, Cavite, Philippines, 4115 |
 | ceatsecretary@dlsud.ed.ph |
 | Cavite Line: +63 (46) 481.1900 Manila Line: +63 (2) 8779.5180 |
 | Local Number: 3073 |
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