REQUEST FOR ARCHITECTURAL & ENGINEERING DESIGN SERVICES HANSEN RESIDENCE HALL RENOVATION PROJECT

Transcription

1 University of Wisconsin-Stevens Point REQUEST FOR ARCHITECTURAL & ENGINEERING DESIGN SERVICES HANSEN RESIDENCE HALL RENOVATION PROJECT DSF # 09A2V January, 2009

2 TABLE OF CONTENTS PAGE Project Scope & Description 3 Project Budget 4 Project Schedule 4 University of Wisconsin Contacts 4 Websites 4 General Requirements 5 Site and Utilities 5 Architectural 6 Heating Venting & Air Conditioning 6 Electrical 7 Health & Safety 8 User Description of Functions & Requirements 8 Resident Rooms 8 Common Areas 9 Hall Director Apartment 10 Appendix Hansen Standard Resident Room Floor Plan 11 Hansen Resident Room-Former Lounge Room Floor Plan 12 Hansen Basement Floor Plan 13 Hansen 1 st Floor Plan 14 Hansen 2 nd, 3 rd & 4 th Floors Floor Plan 15 Campus Map 16 2

3 Project Scope and Description This project will renovate Hansen Residence Hall in the south DeBot quadrant at UW-Stevens Point. The project will roughly duplicate similar renovation work completed on one separate residence hall in summer 2008 and a second scheduled for summer This project for the third hall will have construction begin May 24, Hansen hall comprises a total of 53,917 GSF and 270 total beds, will receive significant renovations with room lighting upgrades, updates to closet side panels where needed, replacement of existing resident room slide-by windows, replacement of resident room and lower level wood doors with new wood doors. The steam radiant heat system will be replaced with a four pipe system that will incorporate hot water and future air conditioning and will allow for individual room control within a pre-set range. Domestic hot-water tank storage will be replaced with an instantaneous steam conversion unit and if needed smaller tank storage. ADA modifications shall include: a) removal of bathtubs in private baths on floors 2-4 to accommodate shower areas for wheelchair restricted residents/guests on all floors, b) lower-level gender specific toilet rooms to be made fully accessible and converted to be non-gender specific, c) a 5-stop elevator installed, d) an exterior ramp to the lobby level, and e) resident and public access rooms door handle hardware upgraded to a graspable lever style. Eleven resident rooms on various floors will be made fully ADA accessible. A fire sprinkler system will be installed throughout. Masonry block walls in resident rooms and resident floor corridors will receive a thin-coat plaster finish and paint. All resident room ceilings to be re-painted and the floor corridor ceilings will have the tectum removed and the surface painted. Carpeting in the resident rooms, main corridors, front lobby and various lower level room will be replaced. Replacement of T-Center floor-tile shall occur on floors 1-4. The Hall Director apartment will be provided with a private exterior entrance and small patio. The building will be connected to an emergency generator installed in Steiner Hall. Existing telephone and data connections will be relocated to the new exterior wall panels. The fire alarm system will be upgraded to current standards of addressable devices, synchronized strobes and emergency broadcasting capabilities. The building emergency lighting and power circuits will be connected to an electrical generator to be installed in Steiner Hall in The campus presently manages thirteen four story residence halls with beds for approximately 3100 students with a GSF of just over 700,000. These residential buildings are of a traditional style with double loaded corridors and centrally located group bathroom facilities on each floor built primarily in the 1960's. A renovation of similar scope took place in Baldwin hall in 2008 and will take place in Steiner Hall beginning May Baldwin and Steiner halls are neighboring halls located south and east of Steiner in the South DeBot quadrant. Baldwin and Steiner are of same building structure and bed capacity as Hansen hall. Hansen hall received a major renovation in 1993 which concentrated primarily on common areas such as the bathrooms where gang showers were converted to private shower stalls and worn restroom fixtures were replaced. Recycling chutes were added and kitchenettes installed on each floor. Voice and data wiring was updated to Category 5E. All fire alarm systems were upgraded but do not provide the current standard of addressable devices, synchronized strobes, or emergency voice broadcast capability. 3

4 The renovations should comply with DSF Sustainability Standards, Act 141 and Executive Order 145 issued in April EO 145 relates to conserving Wisconsin and the creation of high performance green building standards and the energy conservation for state facilities and operations based on the LEED Green building Rating System for existing buildings. Project Budget Construction $4,168,000 Contingency (7%) 292,000 A/E Design & other fees (8.1%) 334,600 DSF Management (4%) 178,900 Percent for Art 12,500 Total $4,986,000 Project Schedule A/E Selection February 2009 Design Report Completion July 2009 BOR/SBC Authority to Construct August % Documents Submitted for Review November 2009 Bid Opening January 2010 Start Construction May 2010 Substantial Completion and Occupancy August 2010 Final Completion November 2010 University of Wisconsin Contacts Title Name Phone Number Address Agency Representative UW-System Admin Maura Donnelly mdonnelly@uwsa.edu Campus Representative UWSP Dir. Facilities Planning Carl Rasmussen crasmuss@uwsp.edu Pertinent Websites UW-Stevens Point UW-Stevens Point Residential Living UW System Capital Planning & Budget City of Stevens Point Wis. Division of State Facilities

5 General Requirements: Site and Utilities Soil Conditions Four soil borings were done as part of the original Hansen hall construction in 1966 and are available on page 2 of project drawings for project # Cross section results generally show very dense red and gray granite at an elevation ten to sixteen feet below surface covered by varying levels of medium to coarse firm brown sand, topped by a two feet of loose medium sand and then, six inches of organic topsoil. The soil borings generally showed ground water at one to two feet above the dense red and gray granite. Zoning Requirements University of Wisconsin facility projects are required to conform with local zoning. There is nothing in the proposed project which will trigger the need for a zoning review. WEPA To comply with the Wisconsin Environmental Policy Act (WEPA) a Type III Environmental Action is required. This is a campus responsibility and will not necessitate any action on the part of the A/E team. City Water The Stevens Point Water Department supplies Buildings and outdoor systems with domestic water at a pressure of 65 lb. Underground piping is cast iron with all services adequate and in good repair. A 4-inch lateral with a 3-inch meter currently services the building and enters from the West side. The A/E team will need to analyze the requirements for sprinklering thus upgrades may be needed. A 6-inch city water main runs parallel to the building approximately 150 feet away. The need for an upgrade to capacity needs to be verified by the A/E team. The city main line on Isadore is 6 inch. Primary Electric The campus primary electric and signal underground conduit system runs parallel to and just to the east of the Isadore Street right of way boundary. This conduit duct bank installed in 1965 contains (10) 4 PVC conduits encased in a concrete envelope. Four of these conduits are dedicated to the primary power delivery system. Two of these conduits contain 15KV feeder cables sized at 1/0 and 4/0. The building appears to have adequate capacity to add the elevator component to the project, however the A/E team will need to verify. Signal Six of the ten conduits in the campus duct bank are dedicated to signal system delivery. These conduits contain four 32-strand and one 16-strand fiber optic data cables installed in 1993 along with multi-pair telephone and other low voltage cables. This signal conduit system is of adequate capacity to carry any additional signal conductors required to support additional space. 5

6 Architectural The addition of the elevator core and the new entry ramp must fit with in the context of the existing building. Building Envelope The building envelope is basically secure and in good repair. Bricks show no need for tuckpointing, expansion joints are caulked, doors, windows, and frames are solid and roof access assemblies and penetrations are functional and holding. ADA The residence halls are not compliant with current ADA requirements. A complete ADA analysis is required for the project. The current entrance to the building is by way of ramp with a gradient that exceeds ADA requirements. Upon entering the building, only the first floor is accessible to any wheelchair bound occupants or guests. Occupancy During Construction The building will be vacant during the 2010 summer break to allow construction occupancy of the entire facility. However, it is possible to continue elevator installation after fall occupancy if the work is outside the main living areas. Heating, Venting and Air-Conditioning The intention of this upgrade is to replace steam heating system and controls with a new hot water heating system 4 pipe system that can provide air conditioning when connected to a future source of chilled water. Existing make-up air and toilet exhaust systems were installed in Building steam service, pressure reducing station, and condensate return pumps are in good condition. Since they were installed the make-up air units have had chronic problems with coil freezing and low temperature shut downs. This problem should be addressed by the project. Campus Automation System The campus automation system is a Johnson Controls Metasys Extended Architecture Network. All new controls should be DDC and should be served and monitored by the campus system through the existing building network connection. Resident rooms shall have independent control within a pre-set range. 6

7 Plumbing Domestic Plumbing Systems The 1993 renovation of the bathrooms included providing private shower stalls replacing bathroom fixtures and plumbing systems. Fire Protection System The entire building should be served by a wet sprinkler system with concealed piping to the greatest extent possible. Piping must be concealed in common areas. Each floor should be provided with individual control valves. Vandal proof (security type) heads should be used on resident floors. Sprinkler heads in the lower level common areas will be protected with sprinkler head guards. A stand pipe will be added to the common stairways. No fire pump is required. Electrical Transformer Rating Transformer rating is 1000 KVA. Telecommunications The telecommunications system was updated in all residence halls during the summer months of Two 5e data jacks were installed on each side of the side of the room for internet capabilities of each resident. These jacks will be relocated to the new exterior wall panel. This will involve pulling existing cabling back to the lower-level, core drilling the floors, and re-pulling and terminating the wiring in the wall panel. Lower-level wiring will be routed via cable-tray. Fire Alarm Central Reporting A centralized, smoke detector and fire alarm system, as manufactured by Simplex, Model 4002 was installed as part of a comprehensive campus project in 1995, DSF Project 93A79. This project provided solid state electronic zoned display panels with voice evacuation capability. It is operated with low voltage cable and includes smoke detectors, pull stations, speaker/strobes and strobe annunciating devices. The system reports events to the campus security department located in the George Stein Building. The existing control panel will be upgraded to accept addressable devices and initiating devices (i.e. smoke/heat detectors, pull stations) and perform Emergency Broadcasting from University Protective Services such that Protective Services can address one hall or all halls in case of emergency.. Strobes will be replaced with synchronized strobes. The new sprinkler system to include flow and tamper switch alarms integrated into the alarm system. Public Address System The front desk is equipped with a PA system that allows for communication to all floors. A speaker box is located in each wing for communication from the main PA system located behind front desk. No work will be done to the PA system. 7

8 Health and Safety Asbestos Wisconsin Asbestos and Lead Abatement Management System identify residence hall areas as asbestos free with the exception of fire doors. All accessible ACM floor tile, mastic and pipe elbows were abated during the 1993 bathroom renovation upgrade. According to the WALMS report last revision 4/24/2003 asbestos containing 12x12 white pinhole ceiling tile and mastic exists in rooms 002,006, 007, 012, 030, 036, 038, 039, 138, 139, 140, and CO04, CO101, M001 and ACM 0-5 fittings on fiberglass line and ACM tank insulation only exists in room 015. Since the revision of 4/24/2003 Residential Living has removed all ACM fire doors in Hansen Hall. Lead The campus is not aware of any exposed lead containing products within the residence halls. User Description of Functions & Requirements Resident Rooms Occupants 2/room 160 ASF/room Total Rooms 135 A). Activity The resident rooms are fundamentally used as sleeping accommodations for 2 residents of primarily freshman or sophomore age. The secondary function of a resident room is as a small living environment which is conducive to studying and reading. The rooms are furnished with 2 beds, 2 desks with attached lighted hutch and a 5 drawer dresser set under a wall mount 24 x 27 mirror. There are 2 mirror fixtures installed above each mirror that are currently in excess of 30 years old and require a great deal of repeated repair, replacements and modifications. The rooms are equipped with 2 telecommunication ports one on each side of the room along with duplex outlets located slightly above the dresser tops on each side of the room along with quad plexes at the back of the room behind the desks. Residents are able to bring in lofts and/or bunks to suit their preferred room arrangement along with additional personal furnishings including, but not limited to soft seating, microwaves, refrigerators, floor and table lamps, entertainment centers and etc. Residents are able to configure and arrange their rooms as necessary during their stay. B.) Special Equipment or Services Lighting Inadequate lighting remains to be an issue within the resident rooms. Residents request more lighting and more versatile lighting options to suit their living style. Install new over-the-mirror fixtures (2 per room) Install a ceiling mount fixture in each room Unify switching to door frame for mirror and ceiling fixtures Energy efficient fluorescent only Housing and lens to be durable for a high use environment Aesthetic value of housing/casing to have residential appeal Ease of maintenance and/or lamp replacement by one facility repair worker Electronic ballasts 20 year life expectancy for housing 8

9 Thin-coat block walls Concrete block is to be thin coated to provide a flush residential wall finish. All existing ceiling tectum panels are to be removed with ceiling thin coated and painted. Slight texture Painted surface Door Knobs All resident room door handles are to be replaced with lever style handles to make rooms more accessible and user friendly. Locks must be compatible with current lock systems Doors Due to maintenance issues with existing doors, all resident room and existing wood public access room doors are to be replaced with new wood doors. Windows Replacement of resident room windows will aid in more efficient temperature control of each resident room. 3 Panel glazing Outside slider panels Screens Common Areas A). Activity The common areas include all corridors T-Centers, public use rooms in lower level, lobby, study lounge and floor kitchens. These spaces are a vital element of the residence hall as they encourage and promote community and programming efforts within the hall. The room sizes, use and finish vary to meet the needs of the residents and staff. All spaces are identified as high use that requires maintenance friendly, durable and aesthetically pleasing finishes. Thin-coat block walls & ceilings Concrete block is to be thin coated to provide a flush residential wall finish. All existing ceiling tectum panels are to be removed with ceiling thin coated and painted. Slight texture Painted surface Door Knobs All public access door handles are to be replaced with lever style handles to make rooms more accessible and user friendly. Locks must be compatible with current lock systems Doors Due to maintenance issues with existing doors, all resident room and existing wood public access room doors are to be replaced with new fire rated wood doors. 9

10 Elevator In addition to use as a personal transport the elevator will also be utilized for delivering materials, supplies, furnishings and/or heavy equipment between the floors. The elevator will serve as a much needed transport of recycling bins between floors by staff. The bins contain broken glass, paper, cardboard and other recyclable material with weights averaging anywhere between lbs each. Elevator to have 5 stops Finish to match or coordinate exterior brick 6 8 person capacity Bathrooms: Bathtubs located in the private baths on floors 2-4 are to be removed so to provide an accessible shower stall to residents housed in fully accessible resident rooms located on each floor. Toilet rooms on the lower level to be made ADA compliant and non-gender specific for purposes of providing an accessible toilet room on all floors. T-Center Tiles: Vinyl floor tiles in T-centers on floors 1-4 to be removed and replaced with stone as neighboring halls. Current tiles are hazardous and problematic for maintenance. Hall Director Apartment Secondary Entrance & Patio: A secondary private apartment entrance with patio is to be added to the building exterior at the Hall Director Living room location. The entrance and patio are to coordinate with the building envelope and are to provide the Hall Director with privacy, security and adequate space for outdoor leisure. 10

11 HANSEN STANDARD RESIDENT ROOM 11

12 HANSEN FORMER LOUNGE RESIDENT ROOM 12

13 HANSEN BASEMENT PLAN Please Note: Dimensions provided are close approximations and are not to be considered as exact measurements. Ceiling Height: 7-9 approx. 13

14 HANSEN FIRST FLOOR PLAN Plan not to scale. Ceiling Height: 7-9 approx. 14

15 HANSEN 2 4 FLOOR PLAN Plan not to scale. Ceiling Height: 7-9 approx. 15

16 HANSEN UW-SP Campus Map 16