Bachelor of Science in
Electrical Engineering
The Bachelor of Science in Electrical Engineering (BSEE) conceptualize, develop, design and application of safety, health, ethical, economic, and sustainable generation, transmission, distribution and utilization of electrical energy for the benefit of society and the environment through the knowledge of mathematics, physical, sciences, information technology and other allied sciences, gained by study, research and practice.
Program Educational Objectives
The graduates of Electrical Engineering program shall:
| OBJECTIVES | GRADUATE ATTRIBUTES |
|---|---|
| 1 Be effective in Engineering design and the practical application of engineering theory in accordance with high standards of ethics; | Competent and equipped with research-based knowledge |
| 2 Be effective in communication skills and exhibits teamwork; | Collaborative and with leadership skills |
| 3 Be successfully employed or accepted into graduate programs and serve their communities, whether locally, nationally, or globally; and | Life-long learner |
| 4 Be successful designer, manager, planner, and or entrepreneur in the practice of civil engineering profession serving local international or global communities. | Ethical, critical thinker, problem solver, creative, and innovative |
- Program Outcomes
- Apply knowledge of mathematics and science to solve complex engineering problems;
- Design and conduct experiments, as well as to analyze and interpret data;
- 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;
- Function on multidisciplinary teams;
- Identify, formulate, and solve complex engineering problems;
- Understanding of professional and ethical responsibility;
- Can communicate effectively;
- Broad education necessary to understand the impact of engineering solutions in a global economic, environmental, and societal context;
- Recognition the need for, and an ability to engage in life-long learning;
- Articulate and discuss the latest developments in the field of electrical engineering;
- Apply techniques, skills, and modern engineering tools necessary for engineering practice; and
- Demonstrate knowledge and understanding of engineering and management principles as a member and leader in a team, to manage projects and in multidisciplinary environments.
- Curriculum
1st Year • 1st Semester
Course Name Units Chemistry for Engineering (lab) 1 Chemistry for Engineering (lec) 3 Computer Fundamentals and Prog 1 1 Engineering Drawing and Plans 1 English Enhancement Course 3 The University and I 2 Mathematics in the Modern World 3 Algebra and Trigonometry 2 Analytic Geometry w/ Solid Mensuration 2 Naval Res Officer Trng Course 1 3 National Service Training Program 1 3 Physical Activities Toward Health and Fitness 1 2 Science, Technology and Society 3 1st Year • 2nd Semester
Course Name Units Purposive Communication 3 Computer Fundaentals and Prog 2 1 Engineering Economy 3 The Family 2 Calculus 1 (Differential Calsulus) 3 Engineering Data Analysis 3 Naval Res Officer Trng Course 2 3 National Service Training Program 2 3 Phyiscal Activities Toward Health and Fitness 2 2 Physics for Engineers (lab) 1 Physics for Engineers (Calculus-Based) 3 Understanding the Self 3 2nd Year • 1st Semester
Course Name Units Computer Aided Drafting 1 Electrical Circuits 1 (lab) 1 Electrical Circuits 1 (lec) 3 Electromagnetics 2 Fluid Mechanics 2 Calculus 2 (Integral Calsulus) 3 Engineering Mechanics 3 Physical Activities Toward Health and Fitness 3 2 Basic Thermodynamics 2 Environmental Science and Engineering 3 Readings in Philippine History 3 2nd Year • 2nd Semester
Course Name Units Electrical Machines 1 2 Electrical Circuits 2 (lab) 1 Electrical Circuits 2 (lec) 3 Electronics Circuits: Devices and Anal. (lab) 1 Electronics Circuits: Devices and Anal. (lec) 3 Art Appreciation 3 Differential Equations 3 Mechanics of Deformable Bodies 3 Physical Activities Toward Health and Fitness 4 2 The Contemporary World 3 3rd Year • 1st Semester
Course Name Units Logic Circuits & Switching Theory 2 Feedback Control Systems 2 Electrical Machines 2 (lab) 1 Electrical Machines 2 (lec) 3 Electrical Standards & Practices 1 Fundamentals of Electronic Comm 3 Industrial Electronics (lab) 1 Industrial Electronics (lec) 3 Panitikang Filipino 3 Advanced Engineering Mathematics (lec) 3 Rizal's Life, Works and Writings 3 3rd Year • 2nd Semester
Course Name Units Microprocessors System 2 Electrical Apparatus & Devices (lab) 1 Electrical Apparatus & Devices (lec) 2 Electrical Systems & Illum Engg Des (lab) 2 Electrical Systems & Illum Engg Des (lec) 3 Retorika 3 Ethics 3 Numerical Methods & Analysis (lab) 1 Numerical Methods & Analysis (lec) 2 Technopreneurship 3 3rd Year • Summer
Course Name Units OJT (On-The-Training) lec 1 OJT (On-The-Training) Practicum 1 Seminars/Collquia 1 4th Year • 1st Semester
Course Name Units Academic Writing 3 Power Systems Analysis (lab) 1 Power Systems Analysis (lec) 3 Review Engg Science & Allied Subjects 2 Review Professional Electical Engg 2 Instrumentation & Control (lab) 1 Instrumentation & Control (lec) 2 EE Project/ Methods of Research 1 Distribution System & Substation Des (lab) 1 Distribution System & Substation Des (lec) 2 Review Mathematics 2 4th Year • 2nd Semester
Course Name Units Fundamentals f Powerplant Engg-Des 1 Correlation Course 3 EE Laws, Codes and Professional Ethics 2 High Rise Building Design 3 Substation Design 3 Materials Science & Engg (lec) 2 Management of Engineering Projects 2 Basic Occupational Safety & Healthy 3 EE Laws Design Project/Research Project 1 infoDisclaimerThe curriculum is subject to modification without prior notice. For precise and current listings, kindly coordinate with our registrar department.
- Estimated Fees
Particular Amount Estimated Total Fees per semester (including tuition and other fees) ₱39,009.00 infoDisclaimerThe particulars and corresponding amounts are subject to modification without prior notice. For precise and current listings, kindly coordinate with our treasury and assessment department.
- Career Opportunities
Entry Level:
- Electrical Engineer (Design): Assist in designing and developing electrical systems and components. Work on schematic design, PCB layout, and initial prototypes.
- Test Engineer: Conduct testing and validation of electrical components and systems. Collaborate with design engineers to ensure product quality.
- Field Service Engineer: Provide on-site support for the installation and maintenance of electrical systems. Troubleshoot and resolve technical issues.
- Control Systems Engineer: Assist in designing and implementing control systems for machinery and processes. Collaborate with multidisciplinary teams on automation projects.
- Electronics Technician: Assist in the assembly, maintenance, and repair of electronic systems. Troubleshoot and diagnose issues in electronic devices.
Mid-Level:
- Electrical Project Manager: Manage electrical engineering projects from initiation to completion. Coordinate with clients, vendors, and project teams.
- Power Systems Engineer: Design and analyze power distribution systems. Work on projects related to electrical grids and energy systems.
- Senior Hardware Engineer: Lead the design and development of complex electronic hardware. Mentor junior engineers and contribute to product development.
- Automation Engineer: Design and implement automation solutions for manufacturing processes. Optimize control systems for efficiency and reliability.
- RF (Radio Frequency) Engineer: Design and optimize radio frequency systems and communication devices. Work on projects related to wireless communication.
Senior Level:
- Principal Electrical Engineer: Lead and oversee the design and development of advanced electrical systems. Provide technical leadership and guide engineering teams.
- Director of Electrical Engineering: Oversee the electrical engineering department. Shape the department's strategic direction and project portfolio.
- Chief Engineer: Serve as the top technical executive in charge of engineering functions. Provide leadership in technical decision-making.
- Senior Power Systems Consultant: Provide expert consultation on power systems and energy projects. Work with clients on optimizing electrical infrastructure.
- Research and Development Manager: Lead R&D initiatives for new electrical technologies. Manage research teams and contribute to innovation.
Managerial/Executive Level:
- Chief Technology Officer (CTO): Serve as the top technology executive, shaping the company's technological direction. Oversee research, development, and technology strategies.
- Chief Electrical Engineer: Lead the electrical engineering department at an executive level. Shape the overall direction of electrical engineering efforts.
- Vice President of Engineering: Oversee the engineering department, providing leadership and strategic direction. Contribute to business planning and product development.
- CEO/President of Technology Company: Serve as the top executive in charge of a technology company. Set corporate strategy, lead business development, and ensure company success.
- Director of Research and Development (R&D): Oversee the R&D department, guiding innovation efforts. Shape the organization's technological advancements.
Keywords
BSEE
EE
Electrical Engineering
engineering
electrical
power
CENG
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