22 Engineering BSc Degree Programs in Philippines

The College of Engineering aims to produce competent and responsible engineers ethically committed to the application and advancement of Science and Technology geared towards national development.

The College of Engineering aims to produce competent and responsible engineers ethically committed to the application and advancement of Science and Technology geared towards national development.

The College of Engineering aims to produce competent and responsible engineers ethically committed to the application and advancement of Science and Technology geared towards national development.

The College of Engineering aims to produce competent and responsible engineers ethically committed to the application and advancement of Science and Technology geared towards national development.

The Electrical Engineering program aims to give the students (1) the fundamentals of electrical engineering science; (2) the modern methods and practices in this field of engineering, tempered with Philippine requirements and conditions; and (3) in instruction and practice in the methods of analysis using the basic principles of physics, mechanics, and mathematics in the solution of electrical engineering problems.

The Bachelor of Science in Chemical Engineering (ChemE) curriculum provides the student with the knowledge and skills needed for future leadership and global competitiveness in the practice of the Chemical Engineering profession. It provides a rich environment for research and for imbibing Christian values distinct to Thomasian engineers.

This program blends technical engineering education with a core set of business and management courses. It aims to provide students with skills and knowledge to manage engineering activities and engineering organizations, leading them towards effective decision-making.

This program provides an outcomes-based learning experience covering the five major areas of Civil Engineering.

This is an outcomes-based program that combines the discipline of civil engineering and the principles of ecology, chemistry and microbiology covering the applications of engineering to promote hygiene, sanitation and public health, and to protect and conserve the environment.

The Computer Engineering curriculum provides knowledge and skills in Mathematics, Physics, Chemistry, and Allied Sciences. The curriculum provides the student with the principle and methodologies in the analysis, design, implementation of hardware, its underlying software, and integration of both.

This program combines the traditional, new, and emerging fields of mechanical engineering such as mechanics, thermofluid sciences, power systems, mechatronics, robotics, nanotechnology, and renewable energy systems.

Provides in the fundamentals of civil engineering that will ensure articulation and understanding of the nature of his/her special role in society and the impact of their work on the progress of civilization. Graduates must have a solid background on the basic principles of mathematics, natural, physical, and allied science, and knowledge on Civil Engineering disciplines with emphasis on fundamental knowledge, transferable, and lifelong learning...

Industrial Engineering (IE) is a degree program that is aimed towards a disciplined and systematic approach for the design, improvement, implementation, and evaluation of an integrated system of people, material, information, equipment, and energy to achieve maximum efficiency, product quality, and investment return.

Provides education in the fundamentals of electrical engineering that will allow him to be immediately competitive in industry or in graduate work including management and entrepreneurship. Graduates must have solid background in mathematics, natural, physical and allied sciences, with emphasis on the development of analytical and creative abilities, and a breath of knowledge of the Electrical Engineering disciplines through a set of core courses...

This program is designed to prepare students to practice as engineers who are experts in the production process, from design through manufacturing. It is concerned with the application of basic scientific and engineering knowledge to the development, manufacture, and distribution of products of all types.