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An act regulating the practice of agricultural engineering in the Philippines
approved on February 13, 1998. This Act shall be known as the “Philippine
Agricultural Engineering Act of 1998.” It was enacted by the House of
Representatives and the Senate. The law aims to promote and upgrade the practice
of the profession by instituting measures that will result in relevant
agricultural engineering education and better career prospects for professional
agricultural engineers.
a. RA 3927
b. RA 8559
c. RA 10915
b. RA 8559
It refers to a person who is registered and licensed to practice agricultural
and biosystems engineering in the country and who holds a valid certificate of
registration and professional identification card from the Board of Agricultural
and Biosystems Engineering and the PRC.
a. Agricultural and Biosystems Engineering
b. Agricultural and Biosystems Engineer
c. Agricultural and Biosystems Power and Machinery
b. Agricultural and Biosystems Engineer
Memorandum Circular (MC) informing all City and Municipal Building Officials,
all City and Municipal Engineers regarding the Implementation of RA 8559, this
is to supplement to the Memorandum Circular No 2000-18 series of 2008, adopting
the “Agricultural Engineering Permit Form” to be used as part in the
processing and approval of building permit for agricultural buildings and
structures.
a. BOAE Memorandum Circular No 2000-18 series of 2008
b. BOAE Memorandum Circular No 2009-17 series of 2009
c. BOAE Memorandum Circular No. 2009-09 Series of 2009
d. BOAE Memorandum Circular No. 2005-09 Series of 2005
b. BOAE Memorandum Circular No 2009-17 series of 2009
It refers to machinery and equipment for the production, harvesting,
processing, storage, manufacture, preserving, transporting and distribution of
agricultural and fisheries products.
a. Agricultural and fisheries machinery
b. Agricultural and fisheries mechanization
c. Agro-industrial processing
a. Agricultural and fisheries machinery
The first republic act promulgated for the practice of agricultural
engineering in the Philippines. This Act shall be known as the “Philippine
Agricultural Engineering Law.” It was enacted on June 18, 1964.
a. RA 3927
b. RA 8559
c. RA 10915
a. RA 3927
It refers to farm power and machinery for the production, harvesting, processing,
storage, manufacture, preserving, transporting and distribution of agricultural
and biological products/materials and includes, but is not limited to, tractors
and their attachments, power tillers, seeders, transplanters, windmills,
harvesting machines, crop protection and maintenance equipment, irrigation
equipment and accessories, greenhouses and other thermal conditioning
equipment, livestock, poultry, fishery and forest equipment, slaughtering
equipment, meat/fishery and crop processing equipment, postharvest machines
such as milling machines, dryers, threshers, grain and other strippers,
agricultural transport machinery and storage.
a. Agricultural and Biosystems Engineering
b. Agricultural and Biosystems Engineer
c. Agricultural and Biosystems Power and Machinery
c. Agricultural and Biosystems Power and Machiner
It includes agricultural power and bio-energy, machine design and analysis,
machinery management and mechanization of agricultural and
bioproduction systems.
a. Agricultural and Biosystems Power, Energy and Machinery Engineering
b. Land and Water Resources Engineering
c. Agricultural and Biosystems Structures and Environment
Engineering
a. Agricultural and Biosystems Power, Energy and Machinery Engineering
It refers to measures of conservation and proper management of agricultural
and biological resources such as, but is not limited to, area development for
agriculture, settlement and recreation; parks and plant nurseries; beneficial
ecosystem of life and environment; study and analysis of agricultural
system as an integrated component of landscape; monitoring and conservation of
natural resources; rehabilitation of forest, lakes, rivers and idle lands;
and the sustainable development, management, and exploitation of the
agricultural ecosystem.
a. Agricultural and Biosystems Automation and Instrumentation
b. Agricultural and Biosystems Resource Conservation and
Management
c. Agricultural and Bio-Information System
b. Agricultural and Biosystems Resource Conservation and
Management
It shall be issued to those who are registered after payment of fees
prescribed by the Commission. It shall bear the signatures of the
Chairperson of the Commission and of the Chairperson and members of the Board,
stamped with the official seal of the Commission and of the. Board, certifying
that the person named therein is entitled to the practice of the profession,
with all the privileges appurtenant thereto.
a. A certificate of registration (COR)
b. A professional identification card
c. None of the above
a. A certificate of registration (COR)
It refers to the development, adoption, assembly, manufacture and
application of appropriate, location specific and cost-effective agricultural
and fisheries machinery using human, animal, mechanical, electrical,
renewable and other nonconventional sources of energy for agricultural
production and postharvest/postproduction operations consistent with
agronomic conditions and for efficient and economic farm and fishery management
towards modernization of agriculture and fisheries
a. Agricultural and fisheries machinery
b. Agricultural and fisheries mechanization
c. Agro-industrial processing
b. Agricultural and fisheries mechanization
It contains the registration number and its validity and expiry dates duly signed
by the Chairperson of the Commission shall likewise be issued to every registrant
who has paid the prescribed fees, and has submitted a certificate of membership
in good standing from the AIPO and proof of completion of the CPD requirements.
The said card shall be renewed every three (3) years, subject to requirement/s
as the Board may thereafter prescribe and upon proof of completion of the
mandatory CPD requirements.
a. A certificate of registration (COR)
b. A professional identification card
c. None of the above
b. A professional identification card
It includes agrometeorology, irrigation and drainage engineering, soil and water
conservation, and aquaculture engineering.
a. Agricultural and Biosystems Power, Energy and Machinery Engineering
b. Land and Water Resources Engineering
c. Agricultural and Biosystems Structures and Environment
Engineering
b. Land and Water Resources Engineering
It provides a system of rules and regulations for the maintenance of
high standards of competence and integrity of agricultural engineers in the
performance of their responsibilities in the practice of their profession.
a. Code
b. Mission
c. Philippine National Standards
a. Code
It refer to buildings and structures for the production, harvesting,
processing, storage, manufacture, preserving, transporting and distribution of
agricultural and biological products/materials and includes, but is not limited
to, silos and its components, agricultural and biosystems machinery and equipment
sheds, farm houses, green/screen houses, poultry houses, piggery houses,
slaughterhouses, farm-to-market roads, farm bridges, agricultural and
biological products storage/warehouse, buildings and structures for
poultry, livestock, fishery, and forestry production and processing, kiln
drying and lumber treatment structure, farm equipment, farm supplies, and
other structures such as self-feeders, and soil and water conservation
structures
a. Agricultural and Biosystems Buildings and Structures
b. Agricultural and Bio-Processing
c. Agricultural and Biosystems Power and Machinery
a. Agricultural and Biosystems Buildings and Structures
It shall serve as Code of Technical Standards of all registered
and licensed agricultural and biosystems engineers in the practice of
their profession.
a. Philippine Agricultural and Biosystems Engineering Standards (PABES)
b. Philippine National Standards (PNS)
c. None of the above
a. Philippine Agricultural and Biosystems Engineering Standards (PABES)
These are agreements in which a person or business agrees to specific
terms and conditions that can be legally enforced. It is also where
responsibilities and obligations are outlined and agreed upon by
the two parties involved.
a. Engineering Contract
b. Business Permit
c. Contract
c. Contract
It will also be used or tapped as a facility for the online registration of
agri- fisheries machinery and equipment, and monitoring of agri-fisheries
mechanization and infrastructure projects. This network shall be linked to other
existing information and database networks of the DA, the Agricultural
Machinery Information Network of the Department of Science and Technology
(DOST), the Agricultural Mechanization Development Program of the UPLB and
of other government agencies.
a. Agri-fisheries Mechanizationand Engineering Resource
Network (AFMech ERN)
b. Agricultural Machinery Testing and Evaluation Center (AMTEC)
c. Agri-fisheries Machinery and Equipment Service Centers
a. Agri-fisheries Mechanizationand Engineering Resource
Network (AFMech ERN)
A function of an engineering contract which should give the expected time frame
for the project and a deadline for total completion. Companies usually
provide payment for the project at its beginning, so it is especially important
to set deadlines in a contract.
a. Scope of work
b. Period of performance
c. Payment
d. Termination
b. Period of performance
. A function of an engineering contract which clearly lays out what is
expected of the contracted engineer. To be completely clear, the company
proposing the work should outline each task that is part of the project and
provide deadlines. They should also be clear about their vision for the project
and the end goal. Any parts of the project that should not be handled by the
contracted engineer should be clearly stated in the contract.
a. Scope of work
b. Period of performance
c. Payment
d. Termination
a. Scope of work
A function of an engineering contract which make sure that products and services
are paid for in a timely manner.
a. Scope of work
b. Period of performance
c. Payment
d. Termination
c. Payment
A function of an engineering contract which identify the grounds on which the
client or contractor may terminate the contractual relationship. It
provides a framework for how to proceed if either party defaults or breaches
certain terms of the contract.
a. Scope of work
b. Period of performance
c. Payment
d. Termination
d. Termination
. It is also called a fixed price contract. This type of contract requires the
contractor to agree to perform the specified work outlined in the
contract for one fixed price.
a. Lump-Sum Contracts
b. Measurement Contract
c. None of the above
a. Lump-Sum Contracts
It is also called a re-measurement contract or a measure and value contract.
This type of contract includes a Bill of Quantities (BOQ) that the employer
provides when the engineering design can be explained in detail, but the quantity
of work cannot.
a. Lump-Sum Contracts
b. Measurement Contract
c. None of the above
b. Measurement Contract
It shall be circular in shape with 42mm diameter, drawn with dodecagon 5mm inward
measured from circumference to one of its sides. Top and bottom sides of the
dodecagon shall rest horizontally straight. A 5mm width rectangular band shall
be drawn horizontally across the middle part of the seal with end points resting
on the dodecagon.
a. The seal of an agricultural and biosystems engineer
b. The name of the agricultural and biosystems engineer
c. PRC registration number
a. The seal of an agricultural and biosystems engineer