Course Outline TLE111
Course Outline TLE111
Course Outline TLE111
A premiere Higher Institution in Agri- DNSC strives to produce competent human The College commits to pursue our vision, accomplish our mission
Fisheries and Socio-cultural resource, generate and utilize knowledge and and achieve our goals through our core values of excellence,
Development in the ASEAN Region technology, uphold good governance and integrity, innovation, stewardship, love of God and country
quality management system for sustainable
resources and resilient communities.
Our graduates carry DNSC’s values into 1. Practice professional and ethical teaching By the time of the graduation, the students are expected to:
their workplaces as competent, standards to respond to the demands of the 1. Demonstrate the competencies required of the Philippine TVET
collaborative workers and socially- community. Trainers- Assessors Qualification Framework (PTTQF);
connected ethical leaders. They adhere 2. Demonstrate broad and coherent, meaningful knowledge and
to professional ethics and seek skills in technology and livelihood education;
2. Pursue lifelong learning for personal and
solutions to workplace problems. They 3. Apply with minimal supervision specialized knowledge and skills in
are creative, critical thinkers, and professional growth. technology and livelihood education;
resilient to cross-cultural environment. 4. Demonstrate higher level literacy, communication, numeracy,
3. Carry DNSC’s values of Excellence, Integrity, critical thinking, learning skills need for higher learning;
Innovativeness, Stewardship, Love of God and 5. Manifest a deep and principled understanding of the learning
Country into their workplaces as competent, processes and the role of the teacher in facilitating these processes
collaborative workers and socially connected in their students;
6. Show a deep and principled understanding of how educational
ethical leaders
processes relate to larger historical, social, and cultural, and political
processes;
4. Demonstrate mastery of subject
7. Apply a wide range of teaching process skills (including curriculum
matter/discipline. development, lesson planning, materials development, educational
assessment, and teaching approaches; and
5. Exhibit digital competence in the teaching and 8. Reflect on the relationships among the teaching process skills, the
learning process; learning processing in the students, the nature of the content/
subject matter, and other factors affecting educational processes in
6. Engage, apart from teaching, other careers order to constantly improve their teaching knowledge, skills and
like consultation, curriculum planning, IMs practices.
writing, research and extension.
IV. Course Description : This course deals with an introduction to the concept of industrial arts. It
includes discussions on technology, its evolution, utilization, and significance; with industry, its organization, materials,
occupations, processes, and products; and with problems and benefits resulting from technological nature of society. As an
introductory subject, it is designed to develop certain habits, attitudes, and abilities desirable for all citizens of an industrial and
technological civilization. It covers the basic knowledge and skills in the areas of basic drafting, civil, electronics, and electrical
technology.
V. Contact Hours/ Week : Three hours per week
VI. Course Outcomes :
COURSE LEARNING OUTCOMES (CLO) AND LINKS TO PROGRAM OUTCOMES (PO)
Upon completion of this PO Assessment Tools Schedule
course, the students are 01 02 03 04 05 06 07 08
expected to
1. discuss the different concepts of E E E E Multiple Choice Tests
industrial arts and its importance.
2. use correctly the different tools and D D D Performance Task
equipment used in civil, electronics, Rubrics
electrical, and plumbing technology.
3. produce different industrial arts D D D Performance Task
products.; and Rubrics
3. Numerical Equivalent
References: (At least 5 references, 10 years back recency (60%), must be existing in the program library holdings)
Ebonite, R.S. & Barbacena, C.. (2013). Licensure examination for teachers reviewer: Technology and livelihood
education. Met Reviewer Publishing House. Sampaloc, Manila
Black & Decker (2010). The complete guide to home carpentry: Carpentry skills & projects for homeowners.
Drafting: Fundamental and Techniques, Retrieved from
http://navybmr.com/study%20material/14069a/14069A_ch4.pdf
Gates, E.D. (2007). Introduction to electronics 5th Edition.. Delmar CENGAGE Learning. Retrieved from
http://s1.nonlinear.ir/epublish/book/Introduction_to_Electronics_1111128537.pdf
Intro to electronics. Retrieved from
ttp://www.noisemantra.com/Physical%20Computing/Intro%20to%20Electronics.pdf
Paynter, R.T. & Boydell, T. (2011). Introduction to Electricity. Prentice Hall
Pictorial Drawing. Retrieved from http://www.ytech.edu/common/pages/DisplayFile.aspx?itemId=20658920
Wearing, R. (2010). The essential woodworker. Lost and Arts Press, United States. Retrieved from
https://lostartpress.files.wordpress.com/2016/10/essential_woodworker_excerpt.pdf
Zulinski, B. (ND). Introduction to electronics. An online text. Retrieved
fromhttp://www.ece.mtu.edu/faculty/ljbohman/onlinetext/elint200.pdf
https://www.houstonisd.org/cms/lib2/TX01001591/Centricity/Domain/10375/Student%20Workbook.pdf
http://booksite.elsevier.com/samplechapters/9780750675994/9780750675994.PDF
IAN S. SOMOSOT
Faculty
ARNOLD M. DUPING
Dean, ITED