export_lare section 1 Flashcards
(420 cards)
Rules of Professional Conduct
(A) Competence
LARE Orientation Guide!!
(A) In engaging in the practice of landscape architecture, a registered landscape architect shall act with
reasonable care and competence and shall apply the technical knowledge and skill which are ordinarily
applied by registered landscape architects of good standing, practicing in the same locality
What are the three strategies to address site operations and maintenance?
- Develop a sustainable management plan. Not only should an integrated pest management (IPM) plan be implemented by the maintenance team, but so should a plan for cleaning the exterior surfaces.
- Implement conservation programs. Protect species and habitat by working
with local ecologists and nonprofi t organizations.
- Maintain site lighting to prevent light pollution. Whenever higher light levels are needed, put the fixtures on timers to shut off automatically after hours.
What are the strategies to reduce rainwater runoff?
Wet or dry ponds. Both of these approaches utilize excavated areas used to detain rainwater from leaving the site and therefore slow runoff.
Two other options include on‐site
filtration methods. Bioswale can be utilized to increase groundwater recharge and reduce peak rainwater runoff.
The other option, rain gardens, functions to collect and fi lter runoff while reducing peak
discharge rates.
three design strategies to address
rainwater management
- M inimize impervious areas . Remember open‐grid pavers, porous paving, pervious
concrete, and green roofs to increase pervious surfaces - Control rainwater. Remember rain gardens, dry ponds, and bioswales slow
down runoff while allowing the natural environment to infi ltrate and clean
the water of pollutants.
- Incorporate rainwater management into site design . Implement multipurpose
features, such as streets with bioswales to collect and hold rainwater.
There are two strategies for rainwater management in operations and maintenance
- Redirect rainwater r into rain gardens, bioswales, or other water‐retaining
landscape features. - Harvest rainwater. Collect it and use it later for nonpotable uses, such as irrigation,
MasterFormat DivisionsMasterFormat Divisions
MasterFormat was first released in 1975 and only had 16 Divisions until the new 50-Division MasterFormat 2004 was released in late 2004. Divisions that are not listed below are reserved for future use (including Division 49.)
Which of the following answers correctly lists the order of project management activities according to Ramroth in “Project Management for Design Professionals”?
Defining, Planning, Directing, Coordinating, Monitoring, Learning
Licensed landscape architects may seal and sign drawings that have been prepared …
1 - Under their supervision by an unlicensed graduate of an accredited landscape architecture program
and
2- Under their supervision by a draftsperson
(KEY IS UNDER THEIR SUEPRVISION)
What is the main responsibility of a landscape architect under contract with a client
Exercising prudent and consistent standards of care.
Construction Specifications
According to the American Institute of Architects (AIA) Document A201-2007, the Contract Documents for a construction project consist of “the Agreement, Conditions of the Contract, Drawing, Specifications, Addenda…”, as well as other miscellaneous documents associated with the contract between the project Owner and the Contractor hired to complete the work. Construction specifications, as noted, become a part of the legal documents of the agreement and form a cornerstone of the project design. In fact, in most cases, the construction specifications override the project drawings in the event of conflicting information.
The purpose of construction specifications is to delineate the requirements regarding the materials, products, installation procedures and quality aspects involved with execution of the work and fulfillment of the contract. Specifications can be divided into three primary categories: performance, prescriptive and proprietary, which are described below.
Performance Specifications
A performance specification is a document that specifies the operational requirements of a component or installation. Simply put, a performance specification tells the contractor what the final installed product must be capable of doing. The contractor is not instructed as to how to accomplish the task of meeting the performance specification requirements - only as to how the component must function after installation. For example, a performance specification may be used in the construction of an industrial pumping system. The specification would provide a required pumping rate (say 500 gallons per minute), a required pressure (20 psi) and the difference in height between the pump and the final destination (+40 feet). The specification will also state that the liquid to be pumped will be at a temperature of 140°F and is corrosive (pH of 3). It is up to the contractor to provide pumping equipment that meets or exceeds the requirements stated in the specification. In many cases the contractor will also be required to test equipment to make sure that is operating properly, and will provide operations manuals.
The general concept behind the performance specification is for the architect or engineer to describe what they need, and the contractor to determine the best way to get there. The performance specification focuses on the outcome and shifts the selection of materials and methods, as well as a portion of the design work, onto the shoulders of the contractor. This approach can provide incentives for innovation and flexibility in the construction approach, but also reduces the amount of control that the architect or engineer has over the project./p>
Prescriptive Specifications
Prescriptive specifications convey the requirements of a project through a detailed explanation of the materials that the contractor must use, and the means of installing those materials. This type of specification will typically be formatted in a manner similar to the following sections:
General: This section will typically contain references to national/international standards, design requirements, a list of required submittals from the contractor to the architect/engineer, quality control requirements and product handling requirements.
Products: This section will describe, in detail, the various products required for the task covered by the specification along with the individual structural and performance requirements of each product.
Execution: This section will explain how to prepare the materials and conduct the installation, including the testing requirements to be followed.
Prescriptive specifications shift more of the project design control onto the shoulders of the architect or engineer and away from the contractor by establishing a set of rules that is to be followed for each project component. This type of specification provides more certainty regarding the final product composition than the performance specification, and is very frequently used for highly complex portions of a project.
Proprietary Specifications
Proprietary specifications are those that require the use of a single approved product type for any particular installation. Proprietary specifications are often used in cases where there is existing equipment or installations already on site. In these cases the owner may want to maintain consistency of materials or possibly simply prefers a specific type of product. Also, in highly complex installations where there is only one specific piece of equipment that will accomplish a specified task, a proprietary specification is required.
Architects and engineers typically try to avoid utilizing proprietary specifications except when absolutely necessary, and will usually allow the contractor to select from a list of approved suppliers. Requiring the use of one specific product type can lead to the perception of favoritism towards a certain manufacturer and may eliminate competition during the bid phase, which may increase the project cost.
Construction Specification Standards
Construction specifications used in the United States typically conform to the guidelines of the Construction Specifications Institute (CSI), who have created a specifications index entitled MasterFormat. The MasterFormat index groups specification sections into easily identifiable disciplines using a six-digit system with digits in groups of two, such as: 01 24 30.
The first two digits denote the primary section (of which there are 48 sections). For example, all the items regarding concrete start with the digits 03.
The second two digits identify the main headings and subheadings. In this case, we look at main headings Concrete Reinforcing (03 20 00) and Cast-in-Place Concrete (03 30 00) which can be broken down into Reinforcement Bars (03 21 00) and Structural Concrete (03 31 00).
The breakdown continues further with the final two digits, for example: Plain Steel Reinforcement Bars (03 21 11) and Heavyweight Structural Concrete (03 31 13).
Use of MasterFormat allows professional and construction personnel alike the ability to use a common system to reference and group materials and equipment when utilizing specifications, pay applications, estimating programs, etc.
MasterFormat Specifications
Construction specifications used in the United States typically conform to the guidelines of the Construction Specifications Institute (CSI), who have created a specifications index entitled MasterFormat. The MasterFormat index groups specification sections into easily identifiable disciplines using a six-digit system with digits in groups of two, such as: 01 24 30.
The first two digits denote the primary section (of which there are 48 sections). For example, all the items regarding concrete start with the digits 03.
The second two digits identify the main headings and subheadings. In this case, we look at main headings Concrete Reinforcing (03 20 00) and Cast-in-Place Concrete (03 30 00) which can be broken down into Reinforcement Bars (03 21 00) and Structural Concrete (03 31 00).
The breakdown continues further with the final two digits, for example: Plain Steel Reinforcement Bars (03 21 11) and Heavyweight Structural Concrete (03 31 13).
Use of MasterFormat allows professional and construction personnel alike the ability to use a common system to reference and group materials and equipment when utilizing specifications, pay applications, estimating programs, etc.
Master Format Divisions
MasterFormat was first released in 1975 and only had 16 Divisions until the new 50-Division MasterFormat 2004 was released in late 2004. Divisions that are not listed below are reserved for future use (including Division 49.)
Division 00 - Procurement and Contracting Requirements
Division 01 - General Requirements
Division 02 - Existing Conditions
Division 03 - Concrete
Division 04 - Masonry
Division 05 - Metals
Division 06 - Wood, Plastics, Composites
Division 07 - Thermal and Moisture Protection
Division 08 - Openings
Division 09 - Finishes
Division 10 - Specialties
Division 11 - Equipment
Division 12 - Furnishings
Division 13 - Special Construction
Division 14 - Conveying Equipment
Division 21 - Fire Suppression
Division 22 - Plumbing
Division 23 - Heating, Ventilating, and Air Conditioning (HVAC)
Division 25 - Integrated Automation
Division 26 - Electrical
Division 27 - Communications
Division 28 - Electronic Safety and Security
Division 31 - Earthwork
Division 32 - Exterior Improvements
Division 33 - Utilities
Division 34 - Transportation
Division 35 - Waterway and Marine Construction
Division 40 - Process Integration
Division 41 - Material Processing and Handling Equipment
Division 42 - Process Heating, Cooling, and Drying Equipment
Division 43 - Process Gas and Liquid Handling, Purification and Storage Equipment
Division 44 - Pollution and Waste Control Equipment
Division 45 - Industry-Specific Manufacturing Equipment
Division 46 - Water and Wastewater Equipment
Division 48 - Electrical Power Generation
Rules of Professional Conduct
(B) Competence
LARE Orientation Guide!!
(B) In designing a project, a registered landscape architect shall take into account all applicable state and
municipal building laws and regulations. While a registered landscape architect may rely on the advice of
other professionals, (e.g., attorneys, engineers and other qualified persons) as to the intent and meaning of
such regulations, once having obtained such advice, a registered landscape architect shall not knowingly
design a project in violation of such laws and regulations.
Rules of Professional Conduct
(C) Competence
LARE Orientation Guide!!
(C) A registered landscape architect shall undertake to perform professional services only when he or
she, together with those whom the registered landscape architect may engage as consultants, is qualified by
education, training and experience in the specific technical areas involved.
Rules of Professional Conduct
(D) Competence
LARE Orientation Guide!!
(D) No individual shall be permitted to engage in the practice of landscape architecture if, in the Board’s
judgment, such individual’s professional competence is substantially impaired by physical or mental
disabilities.
Rules of Professional Conduct
(A) Conflict of Interest
LARE Orientation Guide!!
(A) A registered landscape architect shall not accept compensation for his or her services from more
than one party on a project unless the circumstances are fully disclosed to and agreed to by (such disclosure
and agreement to be in writing) all interested parties.
Rules of Professional Conduct
(B) Conflict of Interest
LARE Orientation Guide!!
(B) If a registered landscape architect has any business association or direct or indirect financial interest
which is substantial enough to influence his or her judgment in connection with his or her performance of professional services, the registered landscape architect shall fully disclose in writing to his or her client or employer the nature of the business association or financial interest, and, if the client of the employer objects to such association or financial interest, the registered landscape architect will either terminate such association or interest or offer to give up the commission or employment.
Rules of Professional Conduct
(C) Conflict of Interest
LARE Orientation Guide!!
(C) A registered landscape architect shall not solicit or accept compensation from material or equipment
suppliers in return for specifying or endorsing their products.
Rules of Professional Conduct
(D) Conflict of Interest
LARE Orientation Guide!!
(D) When acting as the interpreter of building contract documents and the judge of contract
performance, a registered landscape architect shall render decisions impartially, favoring neither party to the
contract.
Rules of Professional Conduct
(A) Full Disclosure
LARE Orientation Guide!!
(A) A registered landscape architect, making public statements on landscape architectural questions,
shall disclose when he or she is being compensated for making such statements