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Questions and Answers
Which of the following best describes the primary focus of engineering, as it was understood before the Industrial Revolution?
Which of the following best describes the primary focus of engineering, as it was understood before the Industrial Revolution?
- Designing and constructing fortifications, bridges, and other essential infrastructure. (correct)
- Optimizing energy consumption in advanced electronic systems.
- Creating groundbreaking advancements in genetic research.
- Developing complex algorithms for data processing.
What crucial factor prompted the differentiation and rise of mechanical engineering as a separate field during the early 19th century?
What crucial factor prompted the differentiation and rise of mechanical engineering as a separate field during the early 19th century?
- The increasing focus on space exploration technologies.
- The growing demand for electronic devices.
- The development of manufacturing machines and engines for power. (correct)
- The need for advanced medical equipment.
How is the evolution of engineering fields typically marked in the United States?
How is the evolution of engineering fields typically marked in the United States?
- By the number of patents filed each year.
- By the total revenue generated by industries in that field.
- By the establishment year of a professional society for that field. (correct)
- By the quantity of academic publications in the field.
What foundational knowledge is highlighted as essential for engineering education?
What foundational knowledge is highlighted as essential for engineering education?
Why are studies in the social sciences and humanities important for engineers?
Why are studies in the social sciences and humanities important for engineers?
In what year was the American Society of Agricultural Engineers (ASAE), now known as the American Society of Agricultural and Biological Engineers (ASABE), founded?
In what year was the American Society of Agricultural Engineers (ASAE), now known as the American Society of Agricultural and Biological Engineers (ASABE), founded?
When did the University of the Philippines first institute the practice of Agricultural Engineering (AE) as a major field?
When did the University of the Philippines first institute the practice of Agricultural Engineering (AE) as a major field?
How did the enhancement of BSAE to BSABE in 2018 affect licensed Agricultural Engineers in the Philippines?
How did the enhancement of BSAE to BSABE in 2018 affect licensed Agricultural Engineers in the Philippines?
What is the most encompassing definition of 'law'?
What is the most encompassing definition of 'law'?
What classification of law relates to our sense of obligation?
What classification of law relates to our sense of obligation?
Which type of law deals with relationships between nation states and international organizations?
Which type of law deals with relationships between nation states and international organizations?
Republic Act 3927, enacted in 1964, primarily functions to:
Republic Act 3927, enacted in 1964, primarily functions to:
Under Republic Act No. 10915, what is the primary goal of the State regarding agricultural and biosystems engineering?
Under Republic Act No. 10915, what is the primary goal of the State regarding agricultural and biosystems engineering?
Which of the following best describes the role of Agricultural and Biosystems Power and Machinery, according to the context?
Which of the following best describes the role of Agricultural and Biosystems Power and Machinery, according to the context?
According to Section 5 of the Republic Act, which activity falls under the scope of practice for agricultural and biosystems engineering?
According to Section 5 of the Republic Act, which activity falls under the scope of practice for agricultural and biosystems engineering?
Flashcards
What is engineering?
What is engineering?
Application of physical science and mathematics to develop economical solutions to technical problems; utilization and optimization of space and energy to produce efficient machineries, facilities, technologies and systems.
Military engineers
Military engineers
Engineers who built fortifications, catapults, and cannons.
Civil engineers
Civil engineers
Engineers who built bridges, harbors, aqueducts, buildings, and other structures.
Mechanical engineering
Mechanical engineering
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Engineering education
Engineering education
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What are Laws?
What are Laws?
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Moral law
Moral law
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Divine law
Divine law
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Ecclesiastical Law
Ecclesiastical Law
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Natural or scientific law
Natural or scientific law
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International law
International law
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Agricultural Engineering Law
Agricultural Engineering Law
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Agricultural and Biosystems Engineering
Agricultural and Biosystems Engineering
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Agricultural and Biosystems Power and Machinery
Agricultural and Biosystems Power and Machinery
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Agricultural and Biosystems Buildings and Structures
Agricultural and Biosystems Buildings and Structures
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Study Notes
- Engineering applies physical science and math to create affordable solutions for technical issues.
- It optimizes space and energy for efficient machinery, facilities, technologies, and systems.
Engineers Before the Industrial Revolution
- Military Engineers: focused on fortifications and weaponry.
- Civil Engineers: Constructed infrastructure like bridges and buildings.
Development of Mechanical Engineering
- Mechanical engineering emerged in early 19th-century England.
- It's goal was to create manufacturing machines and power systems.
- The first British professional civil engineers society formed in 1818.
- This was followed by a mechanical engineers society in 1847.
- These societies mark the evolution of engineering fields in the US.
US Engineering Field Evolution (by Society Formation Year)
- 1852: Civil engineering
- 1871: Mining and metallurgical engineering
- 1880: Mechanical engineering
- 1884: Electrical engineering
- 1907: Agricultural engineering
- 1908: Chemical engineering
- Modern developments: aeronautical, industrial, nuclear, computer, genetic, and biomechanical engineering.
Early Engineering Education in the U.S.
- 1817: U.S. Military Academy (West Point, New York)
- 1819: Norwich University (Vermont)
- 1825: Rensselaer Polytechnic Institute (New York)
- Engineering education requires a strong foundation in math and science along with social sciences and humanities.
Agricultural Engineering/ABE Practices in the Philippines
- 1905: First agricultural engineering curriculum by J. B. Davidson at Iowa State University.
- 1907: Founding of the American Society of Agricultural Engineers (ASAE).
- The ASAE is now known as the American Society of Agricultural and Biological Engineers (ASABE).
- 1910: First agricultural engineering degrees granted in the US.
- 1912: Agricultural engineering practice introduced to the Philippines at the University of the Philippines - College of Agriculture.
- This was as a major in its Bachelor of Science in Agriculture program.
- 1910: The American Society of Agricultural Engineers (ASAE) was organized to advance agricultural engineering.
- 1950: The Philippine Society of Agricultural Engineers (PSAE) was founded by Dr. Felix Maramba, Sr.
- PSAE goals included promoting the development and practice of AE in the Philippines.
- 1951: The first BSAE program in the Philippines was offered by Araneta Institute of Agriculture.
- The Araneta Institute of Agriculture is now De La Salle – Araneta University.
- 1955: Central Luzon Agricultural College (now Central Luzon State University) also offered a BSAE program.
- 1956: UP offered same degree program
- 1983: CSSAC offered BSAEn
- Currently, over 50 schools in the Philippines offer BSAEn/BSABE.
Relevant Republic Acts
- RA 3927 (June 18, 1964): Regulates agricultural engineering in the Philippines.
- RA 8559 (February 26, 1998): Regulates agricultural engineering practice in the Philippines.
- RA 10915 (July 21, 2016): Modernizes agricultural engineering.
Institutions Offering Agricultural Engineering/Agricultural and Biosystems Engineering in the Philippines (Luzon)
- Bataan Peninsula State University
- Benguet State University
- Bicol University - Guinobatan
- Bulacan Agricultural State College
- Cagayan State University-Sanchez Campus
- Cagayan State University-Tuguegarao Campus
- Camarines Norte State College
- Cavite State University
- Central Bicol State University of Agriculture- Pili
- Central Luzon State University
- Don Mariano Marcos State University
- Dr. Emilio B. Espinosa Sr. Memorial State University
- Ilocos Sur Polytechnic State College
- Isabela State University
- Kalinga State University
- Laguna State Polytechnic University
- La Salle University
- Mariano Marcos State University
- Mindoro State College of Agriculture and Technology
- Nueva Viscaya State University
- Pampanga State Agricultural University
Institutions Offering Agricultural Engineering/Agricultural and Biosystems Engineering in the Philippines (Visayas & Mindanao)
- Visayas:
- Pangasinan State University
- Ramon Magsaysay Technological University
- Sorsogon State University - Castilla
- Tarlac State University
- University of Rizal System
- University of the Philippines Los Banos
- Bohol Island State University
- Capiz State University- Burias Campus
- Capiz State University- Pontevedra Campus
- Cebu Technological University
- Eastern Samar State University
- Northwestern Samar State University
- Romblon State University
- University of Southeastern Philippines
- Visayas State University
- Mindanao:
- Agusan del Sur State College of Agriculture and Technology
- Caraga State University
- Central Mindanao University
- Central Philippine University
- Central Philippines State University
- Jose Rizal Memorial State University
- Mindanao State University – General Santos City
- Mindanao State University - Marawi City
- Mindanao State University - Maguindanao
- The BSAE was enhanced to BSABE in 2018 due to RA 10915 of 2016, repealing RA 8559 of 1998.
- Licensed agricultural engineers were converted into agricultural and biosystems engineers upon license renewal.
Definition of Laws
- Laws: enforced rules of conduct in an organized society with punishments for violations (Encyclopedia, Columbia University Press).
- Laws: prescribed rules of action, created by a superior, and obeyed by inferiors.
Development of Early Law
- Early laws: First laws in Bible between God and Adam
- It was a command reflecting God's authority.
- Systematic law development needs a police.
- Earliest law codes were from literate societies.
- Early law examples: Code of Hammurabi, Laws of Manu, Mosaic code enforcing social and ethical mandates.
Classification of Laws
- MORAL LAW: Obligation-based.
- Divine Law: God's eternal law governing the universe.
- Ecclesiastical Law: Ordinances and regulations by religious authority.
- NATURAL OR SCIENTIFIC LAW: Rights inherent to human nature, accessible through reason.
- Physical Sciences: Studies nonliving systems.
- Natural Sciences: Science concerned with predicting natural phenomena.
- Social Sciences: Disciplines studying society.
- LAW OF ART AND LITERATURE
- Music: Art of sound expressing ideas
- Painting: Protective coating
- Poetry: Literary that expresses intense feelings.
- INTERNATIONAL LAW: Rules governing relations between nations.
- Private International Law: Laws governing civil and commercial law.
- Public International Law: Laws that deal with the conduct of states.
- GOVERNMENT LAW: Law organized by the government;
- Constitutional Law: Principles of state governance.
- Statute Law: Law consisting of written laws
- Common Law: Law derived from judicial decisions.
- Laws are based on a judicial assessment of farness.
Laws Without Government Sanctions
- Laws of Games
- Laws of private associations and societies.
Agricultural Engineering Law
- The first Agricultural Engineering Law in the Philippines was enacted in 1964.
- This was emobodied in Republic Act 3927.
- In 1998, Republic Act 8559 (Philippine Agricultural Engineering Act of 1998) was enacted.
- RA 8559 aims to upgrade the profession by improving agricultural engineering education and career prospects.
- Implementing Rules and Regulations: elaborated in Board Resolution No. 01, Series of 1998.
- The Board of Agricultural Engineering adopts a Code of Ethics and Professional Standards.
Republic Act No. 10915 (The "Philippine Agricultural and Biosystems Engineering Act of 2016")
- It aims to modernize agricultural practices.
- It declares the State's policy to strengthen and regulate the practice of agricultural and biosystems engineering.
- Guarantees, applies, delivers, accelerates, ensures, conserves, protects, fosters and develops.
- Examination, registration and licensure of agricultural and biosystems engineers, as well as their supervision and regulation.
- Curriculum development, professional growth, and integration of agricultural and biosystems engineers.
Definition of Terms (Section 4, Act 10915)
- Agricultural and Biosystems Engineering: It applies the sustainable production and management of resources.
- It consists of crops, forestry and other plants, poultry, livestock, fisheries etc.
- Agricultural and Biosystems Engineer: A licensed professional.
- Agricultural and Biosystems Power and Machinery: Equipment for agricultural tasks.
- Agricultural and Biosystems Buildings and Structures: Infrastructures used in agriculture/
- Agricultural and Bio-Processing: Activities on maintaining the products.
- Agricultural and Biological Waste Utilization and Management: It is development of new technologies.
- Agricultural and Bio-Information System: Managing tools by using database.
- Agricultural and Biosystems Automation and Instrumentation: The use of computer models for equipment design.
- Agricultural and Biosystems Resource Conservation and Management: It involves conservation.
Agencies, Degrees & Systems
- Accredited Integrated Professional Organization (AIPO): Organization for agricultural and biosystems engineers.
- Bachelor of Science in Agricultural and Biosystems Engineering (BSABE): Tertiary degree, PSG, and CHED.
- Commission on Higher Education (CHED): The government that regulates higher and tertiary.
- Professional Regulation Commission (Commission): The government under Republic. 8981
- All applicants are examined and registered.
- Agricultural and Biosystems Engineering is supervised, regulated and practiced.
Scope of Practice (Section 5)
- The responsibilities are:
- Preparation of engineering designs and the supervision of construction.
- Valuation and testing.
- Program development and research.
- Teaching and consulting.
- Manufacturing and selling equipment and design.
- Prepare land.
- Training and supervision.
- Government and private firms.
- Participation in the Environmental system.
Composition and qualifications of the board
- (Section 6)
- Created a board under that is directly responsible to Commission
- 3 members are appointed by president.
- General Qualifications:
- Filipino citizen
- Above 35 years old
- BS in Engineering
- Registered Engineer
Bar to being a member
- Not affiliated with school or institution
- Not associated with the review center
Requirements for membership
- Member in good standing
- Never been convicted
Compensation of the Board
-
Compensation and allowances are equal to Chairs.
-
Board members can be removed due to gross.
-
The board has these powers:
- Issue certifications,
- Supervise the registration,
- Supervise exam,
-
The board regulates and promotes the practice.
Licensing
- The Board, subject to Approval of the commission
- Board can inspect companies
- Prepare code Of Ethical and Professional Standards.
- 3 part is required
License and Certification requirements
- Must have:
- No misinterpretation
- Citizen of philippines
- BS in Engineering
Examination Contents
- Energy and Machinery
- Land and Water Resources
- Structures and Environment
- Bioprocess Engineering
- Project Management
- 70% is required to pass.
- Must need to take an oath.
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