Bachelor of Science in Mechanical
Engineering
Bachelor
of Science in Mechanical Engineering is a College Program leading to
a degree in one of the most diverse
engineering disciplines which deals with the design, installation, development,
operation and maintenance of anything that has moving parts such as
machineries, engines, and structures used in industrial, biomedical,
instrumentation and transportation systems.
The course also includes the
study of conversion of thermal and chemical energy into mechanical work through
engines and power plants and how to utilize these energies, forces and structures
to perform a variety of tasks.
The BSME curriculum is composed of CHED-mandated general
educations courses, technical courses, fundamental engineering courses,
professional mechanical courses, elective courses, and on-the-Job training or
plant visitation. Most subjects are taught through classroom discussions with
laboratory exercises and group projects. During the Practicum, theoretical
knowledge is put into practice.
Mechanical Engineering
graduates can pursue careers in manufacturing firms, automotive companies,
power generation and utility plants. Since all manufactured products contain
parts that transmit forces, mechanical engineering is considered vital in
designing and selecting materials that will ensure the structural integrity of
almost every product.
Recently, several schools offer the ladderized BSME
program which now provides better career opportunities for
students, even to those who may not be able to finish the full course.
Technical-Vocational education trainings (TVET) are embedded in the enriched
ladderized curriculum and students will be awarded TESDA certifications for
acquired competencies at certain levels. Example: PC Operation Certificate
after the first year; Welding Certificate, after the second year; then the
Certificate in Automotive Body Repairing after the third year. The remaining
two years will be devoted to major courses leading to the award of a BSME
degree.
The 2010 revision of the Bachelor
of Science in Mechanical Engineering (BSME) Curriculum, embraces the basic
areas of design, maintenance, testing, research and development, control and
operation of machineries. It is composed of two hundred and thirty (230)
academic units (excluding 6.0 units NSTP), broken down as:
· Mathematics, 27; Natural/
Physical Sciences 12; Basic Engineering Sciences 32; Allied Courses 10;
Fundamental Mechanical Engineering Courses 58; Professional Mechanical
· Engineering Courses 27; Elective
Courses 12; Social Sciences 15; Humanities 9; Languages 15; Mandated Course 3;
Physical Education 8; National Training Service Program 6; and Included
Miscellany Courses 12;
The undergraduate program offers
a solid foundation in science and mathematics and an in-depth understanding of
the mechanical engineering technology. Develop the ability to relate to the
other disciplines. The latter part prepares the students to professional
practice, through the application of previously acquired basic knowledge and
proficiencies.
The curriculum revision is
dynamically designed to meet both local and global industry needs. The program
includes two practicum courses provides a range to put into practice their
degree. The curricular requirements for electives are increased to 12 units.
These elective courses are utilized to introduce tracking courses in the
mechanical engineering program. The curriculum program has established a
project study course for two semesters and senior design courses that will
address the specific needs of society and to give more room for actual
application of the course.
Social Sciences and Humanities
courses, on the other hand, serve as catalysts to the development of
well-rounded graduates.
