Interior Architecture School of Art+Design College of Fine Arts                           Ohio University                                                                                     ART 2640, Building Systems of Interior Environments Fall Semester 2018 MW: 9:40-10:35 Grover Center W 209 Matthew Ziff, Associate Professor, M. Arch, NCIDQ, Architect Office: W 325 Grover Center Office hours:    MW: 10:45-11:50 TTH 12-1  Telephone: 740. 593. 2869 E-mail: ziff@ohio.edu Commercial Interiors Projects Impact On Interiors

There are basically three ways to get a project built. The traditional sequence in building a project: Client hires a designer Designer + any consultants design the project Award the contract to a contractor (builder) Build the project

2. Fast track design In fast track design the construction of the project begins while the designing is still going on. For example, while the second floor of a building is being designed the first floor is actually being built.

3. ‘Design-Build'. In design-build projects one party is responsible for both the design and the construction of the interior project. In other words, one company is both the design firm, and the construction firm. The advantage of this method of doing a project is that the contractor is involved with the project from the beginning, and this may reduce construction problems.

The Uniform Commercial Code (UCC) is the set of statutes (laws) that governs the commercial transactions of all fifty states, (except Louisiana, the District of Columbia, and the Virgin Islands). For practical purposes, the rules governing commercial transactions are consistent throughout the United States because of the existence of the UCC. In addition to the UCC, each state has its own common law of contracts, and applicable statutes.

The UCC defines the members of a commercial agreement, and the terms to which they agree. Some of the terms defined by the UCC are: merchant: a person who deals in a particular kind of goods, or who claims to have knowledge or skills peculiar to those goods A merchant is held to a higher standard than those who are not professional vendors. (See page 31 in the text) express warranty: is a representation about the quality of a product implied warranty: is not offered by the seller; it is imposed by law. it is a warranty that is inferred from the nature of the transaction. implied warranties are designed to promote fairness, and honesty.

There are two sets of contract documents a designer must prepare for a complete commercial interior project: the construction contract documents and the FF&E contract documents. In addition to these, bidding requirements instruct prospective bidders on the procedures that must be followed so that their bid will not be disqualified. The bidding requirements are not part of the contract, and they are not enforceable during the administration of the contract. Bidding requirements typically include: Invitation to bid Instruction to bidders Information available to bidders Bid forms and attachments Bid security forms

The agreement is between the owner and the contractor. The contract documents describe the work included in the contract to the construction or FF&E contractor. They consist of: Contract forms: the agreement, certificates of compliance with required regulations, and, more typically in construction contracts, performance bonds, and payment bonds Conditions of the Contract Specifications Drawings Contract Modifications The agreement is between the owner and the contractor. It briefly describes the work of the contract and simply states the project schedule and the contract sum. The agreement includes the other contract documents by reference.

The written specifications describe the quality of materials and their construction or installation (for FF&E contracts). They include information that cannot be communicated graphically in the drawings. These describe, in words, every physical item that is a part of the project, from hinges, to light fixtures, to flooring material, et cetera. The drawings show the shape and form of the space, as well as the quantities, sizes, and locations of materials and products. Drawings for construction contracts include: demolition plans existing construction to be modified new construction elevations sections details. Drawings for FF&E contracts include furniture, and furnishing plans.

There are three means of modifying a contract: Contract modifications are changes to the construction or FF&E documents. Modifications made to the bidding documents are called addenda. Addenda are typically issued before the bids are open. There are three means of modifying a contract: Change order Change directive Supplemental instruction A written modification altering the contract sum is called a change order. Only the owner can authorize a change order. A modification to the contract sum, or to the schedule that is not yet agreed upon by all parties is called a change directive. Change orders often begin as change directives. A supplemental instruction is provided by the designer when added information, or clarification, is needed that does not change the contract sum or schedule.

Shop Drawings Shop drawings are drawings created by a contractor, subcontractor, vendor, manufacturer, or other entity that illustrate the precise construction, materials, dimensions, installation, and other pertinent information for the incorporation of an element or item into the construction project. Shop drawings are made by someone OTHER than the designer, and then submitted to the designer for approval. If approved, the designer sends them back to the fabricator, which is the approval to go ahead and build the item as described.

There are four types of written specifications: Proprietary specifications: require a specific product from a specific manufacturer indicated by a brand name or model number. This gives complete control over what will be included in the project to the specifier (typically the designer) Descriptive specifications: detail the requirements for material properties and workmanship. Manufacturers and products are not named. A descriptive spec requires that every aspect of the material be described in writing. Performance specification: describe the required results of a material or product. These specs describe how the product or material is to perform, not necessarily what it is. Reference standard specifications: based on requirements set by an accepted authority, such as ASTM, or UL. Reference specs tend to be the briefest types of specs.

Regulations, Codes, and Standards Contract documents must comply with a wide variety of regulations from all levels of government. It is the designer's responsibility to ensure that the design conforms to all applicable laws. These laws include: federal and state regulations local zoning laws building codes fire codes

A building code sets forth minimum requirements for design and construction in order to protect public health and safety. Building codes describe requirements for fire protection, structural design, sanitary facilities, light, and ventilation. Building codes do not contain criteria to assure efficient, comfortable, or beautiful buildings or spaces. Building codes have been in existence since the time of the Babylonian King Hammurabi. These are the first recorded building codes, and they date from approximately 2000B.C. There are many different building codes. Often a state will write its own building code. There are three 'model' building codes that have generally served as the basis for individual state building codes. These model codes are: BOCA National Building Code (Building Officials and Code Administrators International) SBCCI (Southern Building Code Congress International) ICBO (International Conference of Building Officials)

Fire codes include: Building Standards National Fire Prevention Code Uniform Fire Code Standard Fire Code NFPA 101 Life Safety Code Building Standards Standards are material specifications, practices, or test methods based on technical research and testing by industry experts. Standards are not laws unless they are incorporated by reference in a code. The standards referenced in building codes can be classified as material standards, engineering practice standards, , and testing standards. Both public and private organizations publish standards.

Some of the important standards and testing entities (see page 49 of the text for descriptions) are: American National Standards Institute (ANSI) American Society for Testing and Materials (ASTM) National Fire Protection Association (NFPA) Underwriters Laboratory (UL)

Underwriters Laboratory (UL) Underwriters Laboratories® is an independent product safety certification organization that has been testing products and writing standards for safety for more than a century. UL evaluates more than 19,000 types of products, components, materials and systems annually with 21 billion UL Marks appearing on 72,000 manufacturers' products each year. UL's worldwide family of companies and network of service providers includes 62 laboratory, testing and certification facilities serving customers in 99 countries.

Flammability Standards The standardization of fire safety requirements and safety testing in the United States coincided roughly with the widespread introduction of electricity at the end of the 19th century. Insurance industry concern over the staggering number of fire related claims was the driving force behind the development of objective safety standards. There are many different flammability tests

ASTM's fire and flammability standards are involved in the testing and evaluation of the ignition, burning, or combustion characteristics of certain materials. Most of these standards are inclined towards the testing of the flammability of interior and exterior building parts, as well as common household and commercial furniture. These fire and flammability standards are instrumental in the establishment of building codes, insurance requirements, and other fire regulations that govern the use of building materials, as well as in defining the appropriate criteria for the storage, handling, and transport of highly flammable substances. (ASTM International website)

Flame Spread Ratings Class A, B, or C Flame-Spread Ratings are used to describe the surface burning characteristics of building materials. The best known test for developing this rating is the American Society for Testing and Materials (ASTM) Test Method E-84, commonly known as the tunnel test. The tunnel test measures how far and how fast flames spread across the surface of the test sample. In this test, a sample of the material 20 inches wide and 25 feet long, is installed as ceiling of a test chamber, and exposed to a gas flame at one end.

Flame Spread Ratings Class A, B, or C The resulting flame spread rating (FSR) is expressed as a number on a continuous scale where inorganic reinforced cement board is 0 and red oak is 100. The scale is divided into three classes.   Fire-rated classifications: Class A or I – Flame spread 0-25 Class B or II – Flame spread 26-75 Class C or III – Flame spread 76-200 Smoke developed is less than 400