"There is a palpable excitement surrounding the Department of Electrical Engineering; an enthusiasm that pervades every classroom and laboratory, invigorating our students and spurring on our faculty to fresh innovations. In an age when electronics play a major role in daily life and the promise of nanotechnology is coming to fruition, it truly is a great time to be a student of electrical engineering."

New Students:

High school graduates seeking admission should secure an admission slip from the University Registrar after presenting the following requirements:
High School Report card (Form 138)
Certificate of Good Moral character by the principal

Transferees:

They must pass the IQ examination given by the Guidance Service Center if they have failing grades.
They must present the following credentials:
Complete routing slip
Honorable dismissal/transfer credentials
Copy of transcript of records
transferees entering 3rd and 4th year must take and pass the qualifying exam in order to be admitted.

Mission.The Electrical Engineering Department strives to maintain academic excellence and community involvement of its students through:

development of teamwork, independence, and Christian values such as diligence, honesty, and self preservation.
exposure to community outreach programs.
continuous evaluation of the curriculum to latest technology
training and industry exposure for mentors and students.

A branch of engineering which studies the practical applications of electricity and electronics. Until the 1940s electrical engineering was a small part of the general field of engineering, confined to communications, lighting, and the generation and transmission of electrical power. As progress was made in the area of electrical and electronic communications, it developed into a separate field, now dealing with the production, distribution, control, and use of electricity in all its forms. Production aspects include the design of generators run by water power (hydroelectricity), coal, oil, and nuclear fuels. Distribution and control concern the delivery of electricity to the consumer: transmission systems need to be designed which are safe and efficient. Any devices which use electricity fall within the field, such as radio, radar, lighting, motors, power generators, and transmission systems. Electronic engineering developed as a subdivision of electrical engineering, and is now primarily concerned with automation, missile control systems, satellites, spacecraft, and communication systems.

Vision. As one of the premier Electrical Engineering schools in the country committed in developing competent graduates with good Christian values and equipped with the knowledge that is able to face the challenges of this changing world.

To develop graduates equipped with enough knowledge and experience to compete in the outside world.
To train the students to be independent at the same time to a good team player.
To provide the students enough knowledge in their field through competent mentors.
To give access of information to students via the internet and well equipped library.
To help simulate the actual world by acquiring laboratory equipment and computer software.
To involve the students in community outreach and research.