COOK PHYSICAL SCIENCE BUILDING RENOVATIONS. Engineering & Architectural Services CONCEPT DESIGN MAY 11, BVH Project No.

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1 COOK PHYSICAL SCIENCE BUILDING RENOVATIONS Civil Structural Mechanical Electrical Technology Engineering & Architectural Services CONCEPT DESIGN Commissioning 50 Griffin Road South Bloomfield, CT T: F: MAY 11, 2012 BVH Project No

2 Table of Contents 1. General 2. Executive Summary 3. Conceptual Estimate 4. Use and Reliance Restriction May 2012 TABLE OF CONTENTS MEP Design Engineering Table of Contents

3 1. General GENERAL Section 1 1

4 1. General Over the past 40 years, which has encompassed the design and construction of the Cook Building, physical and educational demands of higher learning have evolved to a point as to significantly alter the learning environment necessary to support present day Chemistry and Physics programs. Program comments that must be addressed in any modernization timetable include: Physical and space needs Ventilation and exhaust rates Temperature and humidity control Vibration limitations Emergency power and system redundancies Building Code and FM Global compliant systems Any renovation to the Cook Building must provide significant improvements to these systems in order to be safe and cost effective. Air quality, energy consumption, maintenance costs, ADA compliance, safety and redundancy in these program changes are critical investments for the future. BVH Integrated Services, Inc. was commissioned to perform an evaluation and concept design for the renovation of the Cook Physical Science Building which would consist of the replacement of all Mechanical/Electrical/Plumbing (MEP) systems and a limited architectural evaluation and replacement as required. The intent of this project is to evaluate the condition and capacity of existing MEP systems, which will help to aid in identifying the relevant issues and relative costs associated with proposed replacement and also to assist in the preparation of a long range capital plan for the various facility infrastructure upgrades. GENERAL Section 1 2

5 SCOPE OF WORK & DESIGN REQUIREMENTS: Building Exhaust Systems: Replacement of existing fume hoods, exhaust ductwork, and fans with a variable air volume system including energy recovery. Subsequent program planning added a significant amount (fifty) of fume hoods to the building program. Building Make-Up Air Systems: Temperature and humidity control of all spaces, heating and cooling energy recovery. Plumbing: Survey existing systems and provide evaluation and design improvements of domestic and laboratory water including hot, cold, and recirculation systems, DI and RO water distribution, emergency showers and tempered water, laboratory waste, roof drains, natural gas distribution, and code and conservation-compliant laboratory and bathroom fixtures. Chilled Water: Extension of central chilled water infrastructure from UVM Vault MH2 to point of use. Physical shell space for chilled water storage or on-site chilled water generation at Cook to offset the ton-hours required to cool the facility to be evaluated. Fire Protection Systems: Design of a code-compliant and FM Global-compliant fire protection system. Fire Detection System: Evaluation, modifications, and improvements to existing fire detection systems. Building Management System: University standards for an integrated Building Management System with requirements for interfacing with the campus control networks. Electrical Systems: Survey and evaluation of all existing systems, lighting upgrade, lighting control systems, emergency power distribution, emergency generators, clean power distribution, security and building access systems, and specialized grounding systems. Upgrade of all power distribution based on age, condition, and space requirements. Structural: Modifications to support all systems renovations. Architectural: Architectural modifications to support all systems renovations. Subsequent program planning added significant architectural modifications to the building program. Civil: Modifications to support all systems renovations. Building Envelope: Evaluation and improvements to exterior walls, existing roofing systems, windows, entry doors, and insulation systems. Select areas of the building were designated for destructive testing in order to evaluate existing building conditions. Specialized Programs: Chemical storage areas, accommodations for specialized equipment and research throughout the building. Elevators: Evaluation, assessment, and improvements for code compliance. GENERAL Section 1 3

6 The information contained in this report was developed as a result of our field observations and discussions with facilities staff. We thank Mr. Todd Merchant, Senior Construction Administrator, Mr. David Blatchly, Administrative Facilities Professional and Mr. Clay Warren, Facilities Trades Supervisor, for their assistance and cooperation in helping us to become familiar with the various facilities. The Cook Physical Science Building is a five story 110,709-SF building. The departments of Chemistry and Physics are located in the facility. Classrooms and research are located in the building along with laboratories, which are located throughout each floor. The Cook Building is also home to the 11,497-SF Angell Lecture Center. Both buildings were designed in Evaluations are contained below indicating opinion of probable budget and a relative phasing priority. Section 1 4

7 2. Executive Summary Section 2 1

8 2. Executive Summary Several site visits and review of the existing conditions at the Cook Physical Science Building, concludes that although MEP systems are operational they are beyond their useful life expectancies. In addition, the application of the HVAC air delivery system is neither on par with present academic nor modern science research design. A basis of future design was developed for the various building components as a result of code, building envelope and required MEP improvement analysis and is summarized below. The recommendation to satisfy the proposal scope is to renovate the building in a phased manner to allow occupancy during this process. Modular trailers are to be provided to accommodate the areas under renovation. This construction phasing process is assumed to take place over a 62-month period and will be identified as the Base Concept. A variation on the Base Concept is to complete the construction phasing process over a more compact 36-month period and to be identified as Alternate Concept No. 1. As the analysis of the Base Concept and the Alternate Concept No. 1 progressed, it became apparent that there would be merit in providing a cost comparison to the Base and Alternate No. 1 Concepts verses constructing a brand new standalone Chemistry building followed by the renovation of the Cook Building into a general classroom building. This will be identified as the Alternate No. 2 Concept. This Alternate No. 2 Concept consists of a 75,000-SF freestanding building to house the Chemistry curriculum as defined during our Architectural space programming exercise for the Cook Building. The Alternate No. 2 Concept has some attractive considerations such as providing a new and modern chemistry building to the campus. Also, a new building construction period of 18 months and a two-phase renovation approach taking a total of 18 months for the Cook Building. This alternate would eliminate the need for modular trailers to provide swing space during the Cook Building renovation construction phasing. Please see the Conceptual Estimate section of this Volume for cost information. HVAC Systems (Base and Alternate No. 1 Concepts) Remove all existing HVAC equipment such as steam heating supply and return piping, laboratory exhaust ductwork, supply ductwork, exhaust fans, unit ventilators, and temperature controls. Section 2 2

9 800 tons of chilled water to be provided from the campus distribution system. All delivery systems such as pumps to have redundancy. Steam to be provided from the campus distribution system. All delivery systems such as PRV stations and heat exchangers to have redundancy. Laboratory area and fume hood exhaust shall be via dedicated room exhaust ductwork and air valves to a central redundant roof-mounted laboratory fan exhaust systems. Humidification will be provided by utilizing clean steam generators. The building shall be served via three new custom variable air volume air-handling units with redundant fans, located in new architectural enclosures outside the building entrances at the north and south ends of the building and one located on the fourth floor roof to serve the central area of the building. Angell to have its two existing air handlers replaced with new. A steam-to-water heat exchanger system will be used to generate heating hot water for use in, reheat coils, radiant heating panel, fin tube radiation, fan coil units and unit heaters. Steam and condensate piping from the south end mechanical room shall extend to the north end custom air handling unit locations and to the new roof mounted air handling unit. Hot water heating distribution piping, originating from the south end mechanical room, shall connect to new room terminal air equipment. Redundant chilled water circulation pumps shall be provided. The north and south end custom air handling unit air distribution shall be via new utility chases installed on the exterior of the building from the lower level to the roof. The central custom air handling unit air distribution shall be via interior constructed distribution shafts. Provide energy recovery from the laboratory exhaust to the air handlers. The automatic temperature control system will be direct digital control (DDC) and will be compatible with the campus building automation system. There is a program requirement to evaluate how to offset the cooling ton-hours for this building as supplied by the campus chilled water system, or in other words, provide an evaluation to shed this building off of the campus chilled water system on a cooling peak design day. The following HVAC cooling design measures were evaluated as optional alternates to the Base Design Concept. Optional Cooling Alternate A: Provide two (2) 400-ton standalone air-cooled chillers with interconnection to the campus chilled water piping. Section 2 3

10 Optional Cooling Alternate B: Provide 800-ton equivalent of peak ice storage output. This requires two (2) 300-ton water-cooled chillers. Heat of rejection to the campus condenser water loop at night when making ice. Use ice during the day with interconnection to campus chilled water and condenser water piping. Optional Cooling Alternate C: Provide 400-ton equivalent of peak ice storage output. This requires two (2) 200-ton air-cooled chillers. No heat of rejection to the campus condenser water loop. Make ice at night. Use the chiller and ice during the day with interconnection to campus chilled water piping. Fire Protection Systems (Base and Alternate No. 1 Concepts) A new fire service into the building. Provide a new electric fire pump. Provide sprinkler system throughout the building and new standpipes. Angell to have soffits constructed in the ceiling of the lecture halls to accommodate the new sprinklers. Plumbing Systems (Base and Alternate No. 1 Concepts) Remove entire existing plumbing systems, fixtures, piping (water, gas, soil. vent, storm, etc.), supports, drains, water heaters, etc: within existing building renovated areas. Provide all new plumbing fixtures such as; roof drains, floor drains, sinks, lavs, water closets, urinals, and laboratory fixtures. Provide all new potable and non-potable water piping. Provide all new high efficiency domestic and laboratory hot water systems. Provide new natural gas system throughout the building. New chemical acid resistant piping where required to existing site neutralization tank. Provide new laboratory vacuum, laboratory compressed air and pure water (R.O.) system throughout. Electrical Systems (Base and Alternate No. 1 Concepts) Remove all existing electrical equipment such as; panelboards and feeders, bus duct, emergency and standby distribution, branch circuits, wiring devices and switches, lighting, fire alarm and telecommunication equipment. For the base HVAC system, provide a 1200A normal electrical main distribution switchboard fed from the pad mounted transformer. For the Cooling Alternates A, B or C HVAC systems provide a 1600A normal electrical main distribution switchboard fed from the pad mounted transformer. Provide a new 500 KW standby generator with new emergency and standby distribution. Provide normal and generator power to the transfer switch feeding the fire pump controller. Provide two new electrical distribution rooms on each floor. Section 2 4

11 Provide a panelboard within each large lab room connected individually to its respective distribution panelboard. Replace all panelboards and transformers with new electrical equipment in the Angell Lecture Hall Building. Maintain elevators and reconnect to new electrical distribution. Provide energy efficient fluorescent lighting. Replace all lighting within the Angell Lecture Hall Building. Provide emergency lighting in all means of egress, toilet rooms, and on the exterior of the building. Provide LED type exit and directional signs within means of egress. Control all lighting within the labs and offices via occupancy sensors and via local switches that provide manual on/off with positive automatic off operations of the lighting. Control all lighting within the corridors connected to both normal and emergency circuits via occupancy sensors. The system will allow the lighting connected to the emergency circuits to be switched off when the building is unoccupied. Control all lighting within the exit stairwells connected to the normal circuits via occupancy sensors. Lighting connected to the emergency circuits to be on 24/7. Provide an addressable, voice, fire alarm control system. Provide smoke detectors where required. Provide new telecommunication system including: data racks, telephone terminal boards, raceways, cable trays, wiring, boxes, jacks, etc. Provide a security system consisting of card readers, power supplies, boxes, raceway, and wiring. Provide card readers located at entrances to building, mechanical rooms, and access to the roof. Civil (Base and Alternate No. 1 Concepts) Relocate existing underground utilities as required to accommodate new MEP spaces. Provide new site utilities (water, fire, storm, sanitary, chilled water, steam, and telecommunication). Provide site services to accommodate the temporary modular trailers. Limited surface improvements. Section 2 5

12 Architectural (Base and Alternate No. 1 Concepts) A building envelope analysis was performed and determined that there is significant masonry cracking and the issue is advanced. There is a structural concern that the deteriorated masonry presents a fall hazard potential. Temporary protection measures should be taken. Improve exterior architecture by removing and replace the building s skin in its entirety (roof, brick veneer, and glazing and entry systems) through a phased approach to provide the renovated building with a high performing weather/ thermal/air/ vapor/ envelope Replace glazed curtain wall. Provide composite metal panels to enclose mew mechanical space. Replace all building entrances and terrace doors. Replace exterior expansion joints. Improve code deficiencies in stair towers and elevators. Modify interior partitioning and chases to accommodate MEP requirements and program. Assume replacement of existing doors and hardware and reuse of existing frames. Provide all new locks and latch sets for all program space doors. Improve the room finishes. All restrooms in both buildings are to be completely renovated. New fire extinguishers. Section 2 6

13 BASE AND ALTERNATE NO. 1 HEATING / COOLING CONCEPT Section 2 7

14 BASE AND ALTERNATE NO. 1 FUME HOOD EXHAUST CONCEPT Section 2 8

15 BASE AND ALTERNATE NO. 1 HEATING / COOLING AND FUME HOOD EXHAUST CONCEPT COMBINED Section 2 9

16 Section 2 10

17 Section 2 11

18 Section 2 12

19 Section 2 13

20 BASE AND ALTERNATE NO. 1 CONCEPTUAL SITE UTILITY PLAN Section 2 14

21 ARCHITECTURAL CONCEPT PERSPECTIVE (BASE AND ALTERNATE NO. 1) Section 2 15

22 A B C D E DN AHU DN DN UP INORGANIC CHEM A SF ANALYTICAL CHEM A SF LECT. A SF CORR. A SF LECT. A SF TISSUE CULTURE A SF UNDERGRAD EQUIP STORAGE A SF ELEC. ROOM A SF A119 CORRIDOR A SF INORGANIC CHEM A SF A120 A121 UNDERGRAD EQUIP STORAGE A SF CORR. A SF INSTRUMENT STORAGE A SF INTRODUCTORY CHEM A SF AA INSTRUMENT STORAGE A SF INTRODUCTORY CHEM A SF MENS A SF 144 SF JANITOR A SF WOMEN A126 VESTIBULE A SF LOBBY A SF VESTIBULE A SF STAIR A SF 484 SF AA INORGANIC CHEM A127 ELEC. A SF UNDERGRAD EQUIP STORAGE A SF INORGANIC CHEM A SF INTRODUCTORY CHEM A SF A SF CORRIDOR A SF A SF 994 SF A SF INTRODUCTORY CHEM A141 ELEC. ROOM A SF A SF 994 SF A SF INTRODUCTORY CHEM A140 INORGANIC CHEM A SF FACILITIES/LOADING A SF EQUIP REPAIR & SHOP A SF UP DN DN NEW LOADING DOCK AREA A B C D E BIOLOGY LAB BIOLOGY CHEM LAB - RESEARCH CHEM LAB - TEACHING CHEM CHEM SUPPORT LECTURER PHYSICS LAB - TEACHING UVM GENERAL USE 81 Maple Street Burlington VT Architecture Planning Interiors 1 REQUESTED PROGRAM - LEVEL 1 RP101 SCALE: 1/16" = 1'-0" ROOM # REQ. AREA GIVEN AREA CHEMISTRY DEPARTMENT SCHEDULE - ITEMIZED REQUESTED USES EXISTING REQUESTED REQ. HOOD REQUESTED USE HOODS HOODS SIZE(S) REMARKS ROOM # REQ. AREA GIVEN AREA CHEMISTRY DEPARTMENT SCHEDULE - ITEMIZED REQUESTED USES EXISTING REQUESTED REQ. HOOD REQUESTED USE HOODS HOODS SIZE(S) REMARKS 3/1/ :25:33 AM A SF 1117 SF CHEM LAB - RESEARCH 4 (3) 5' & (1) WALK-IN ANALYTICAL/PHYSICAL CHEMISTRY 1 ANALYTICAL/PHYSICAL 1500 SF 1117 SF 0 4 CHEMISTRY 1: 1 A SF 1503 SF CHEM LAB - RESEARCH 4 (3) 5' & (1) WALK-IN ANALYTICAL/PHYSICAL CHEMISTRY 2 ANALYTICAL/PHYSICAL 1500 SF 1503 SF 0 4 CHEMISTRY 2: 1 A SF 1005 SF CHEM LAB - RESEARCH 4 (3) 5' & (1) WALK-IN ANALYTICAL/PHYSICAL CHEMISTRY 3 ANALYTICAL/PHYSICAL 1500 SF 1005 SF 0 4 CHEMISTRY 3: 1 A SF 1045 SF CHEM LAB - RESEARCH 6 4 (3) 5' & (1) WALK-IN ANALYTICAL/PHYSICAL CHEMISTRY 4 ANALYTICAL/PHYSICAL 1500 SF 1045 SF 6 4 CHEMISTRY 4: 1 A SF 993 SF CHEM LAB - RESEARCH 2 4 (3) 5' & (1) WALK-IN ANALYTICAL/PHYSICAL CHEMISTRY 5 ANALYTICAL/PHYSICAL 1500 SF 993 SF 2 4 CHEMISTRY 5: 1 A SF 570 SF CHEM LAB - RESEARCH 2 5' INORGANIC CHEMISTRY 1 A SF 484 SF CHEM LAB - RESEARCH 2 2 5' INORGANIC CHEMISTRY 1 A SF 481 SF CHEM LAB - RESEARCH 2 2 5' INORGANIC CHEMISTRY 1 INORGANIC CHEMISTRY 1: SF 1535 SF 4 6 A SF 481 SF CHEM LAB - RESEARCH 2 2 INORGANIC CHEMISTRY 2 A SF 481 SF CHEM LAB - RESEARCH 2 5' INORGANIC CHEMISTRY 2 A SF 484 SF CHEM LAB - RESEARCH 2 2 5' INORGANIC CHEMISTRY 2 INORGANIC CHEMISTRY 2: SF 1447 SF 4 6 A SF 994 SF CHEM LAB - RESEARCH 3 3 5' INORGANIC CHEMISTRY 3 A SF 484 SF CHEM LAB - RESEARCH 2 3 5' INORGANIC CHEMISTRY 3 INORGANIC CHEMISTRY 3: SF 1477 SF 5 6 A SF 494 SF CHEM LAB - RESEARCH 4 4 5' INORGANIC CHEMISTRY - FUME HOOD INTENSIVE 1 A207A 500 SF 482 SF CHEM LAB - RESEARCH 3 5' INORGANIC CHEMISTRY - FUME HOOD INTENSIVE 1 A SF 481 SF CHEM LAB - RESEARCH 2 3 5' INORGANIC CHEMISTRY - FUME HOOD INTENSIVE 1 INORGANIC CHEMISTRY SF 1457 SF 6 10 FUME HOOD INTENSIVE 1: 3 A SF 469 SF CHEM LAB - RESEARCH 1 4 5' INORGANIC CHEMISTRY - FUME HOOD INTENSIVE 2 A SF 307 SF CHEM LAB - RESEARCH 1 3 5' INORGANIC CHEMISTRY - FUME HOOD INTENSIVE 2 A SF 481 SF CHEM LAB - RESEARCH 2 3 5' INORGANIC CHEMISTRY - FUME HOOD INTENSIVE 2 INORGANIC CHEMISTRY SF 1257 SF 4 10 FUME HOOD INTENSIVE 2: 3 A SF 481 SF CHEM LAB - RESEARCH 2 4 5' ORGANIC CHEMISTRY 1 A SF 482 SF CHEM LAB - RESEARCH 2 4 5' ORGANIC CHEMISTRY 1 A SF 320 SF CHEM LAB - RESEARCH 1 4 5' ORGANIC CHEMISTRY 1 ORGANIC CHEMISTRY 1: SF 1283 SF 5 12 A SF 482 SF CHEM LAB - RESEARCH 4 5' ORGANIC CHEMISTRY 2 A SF 974 SF CHEM LAB - RESEARCH 8 8 5' ORGANIC CHEMISTRY 2 ORGANIC CHEMISTRY 2: SF 1456 SF 8 12 A SF 482 SF CHEM LAB - RESEARCH 3 4 5' ORGANIC CHEMISTRY 3 A SF 484 SF CHEM LAB - RESEARCH 2 4 5' ORGANIC CHEMISTRY 3 A SF 482 SF CHEM LAB - RESEARCH 2 4 5' ORGANIC CHEMISTRY 3 ORGANIC CHEMISTRY 3: SF 1447 SF 7 12 A SF 482 SF CHEM LAB - RESEARCH 1 4 5' ORGANIC CHEMISTRY 4 A SF 481 SF CHEM LAB - RESEARCH 2 4 5' ORGANIC CHEMISTRY 4 A SF 150 SF CHEM LAB - RESEARCH 4 ORGANIC CHEMISTRY 4 ORGANIC CHEMISTRY 4: SF 1113 SF 3 12 A SF 992 SF CHEM LAB - TEACHING 3 3 ADVANCED CHEMISTRY ADVANCED CHEMISTRY: SF 992 SF 3 3 A SF 994 SF CHEM LAB - TEACHING 2 2 6' INTRODUCTORY CHEMISTRY A SF 994 SF CHEM LAB - TEACHING 3 2 6' INTRODUCTORY CHEMISTRY A SF 994 SF CHEM LAB - TEACHING 3 3 INTRODUCTORY CHEMISTRY A SF 994 SF CHEM LAB - TEACHING 3 2 6' INTRODUCTORY CHEMISTRY A SF 994 SF CHEM LAB - TEACHING 3 2 6' INTRODUCTORY CHEMISTRY A SF 993 SF CHEM LAB - TEACHING 3 2 6' INTRODUCTORY CHEMISTRY A SF 994 SF CHEM LAB - TEACHING 3 2 6' INTRODUCTORY CHEMISTRY A SF 994 SF CHEM LAB - TEACHING 3 2 6' INTRODUCTORY CHEMISTRY INTRODUCTORY 7951 SF 7949 SF CHEMISTRY: 8 A SF 992 SF CHEM LAB - TEACHING 3 12 (10) 6' & (2) 4' ORGANIC CHEMISTRY A SF 992 SF CHEM LAB - TEACHING 3 12 (10) 6' & (2) 4' ORGANIC CHEMISTRY A SF 993 SF CHEM LAB - TEACHING 3 12 (10) 6' & (2) 4' ORGANIC CHEMISTRY ARCHITECTURAL SPACE PROGRAMMING (BASE AND ALTERNATE NO. 1) A SF 992 SF CHEM LAB - TEACHING 3 12 (10) 6' & (2) 4' ORGANIC CHEMISTRY A SF 993 SF CHEM LAB - TEACHING 3 12 (10) 6' & (2) 4' ORGANIC CHEMISTRY ORGANIC CHEMISTRY: SF 4962 SF A SF 138 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 158 SF CHEM 1 0 RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 150 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 158 SF CHEM 1 0 RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 138 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 151 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 158 SF CHEM 1 0 RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 138 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 156 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 280 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 277 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 147 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 123 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 151 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 158 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 138 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW DEFICIT SPACE 2171 SF Not Placed CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW RESEARCH FACULTY, GRAD STUDENTS, & FELLOW 4790 SF 2618 SF 3 0 : 17 A SF 562 SF CHEM SUPPORT CHEM EQUIP REPAIR & SMALL MACHINE SHOP CHEM EQUIP REPAIR & 500 SF 562 SF 0 0 SMALL MACHINE SHOP: 1 A SF 831 SF CHEM SUPPORT 3 5' CHEM PREPARATION CHEM PREPARATION: SF 831 SF 3 0 A SF 482 SF 2 CHEM SUPPORT CHEM STORAGE 1 A SF 482 SF CHEM SUPPORT 2 CHEM STORAGE 1 A SF 831 SF CHEM SUPPORT CHEM STORAGE 1 CHEM 2000 SF 1795 SF 4 STORAGE 1: 3 0 A SF 270 SF CHEM SUPPORT CHEM STORAGE 2 A SF 217 SF CHEM SUPPORT CHEM STORAGE 2 A SF 150 SF CHEM SUPPORT CHEM STORAGE 2 A SF 162 SF CHEM SUPPORT CHEM STORAGE 2 CHEM 1000 SF 800 SF STORAGE 2: A SF 994 SF CHEM SUPPORT COMMON CHEMICAL STORAGE COMMON CHEMICAL 1000 SF 994 SF 0 0 STORAGE: 1 A SF 490 SF CHEM SUPPORT GLASS SHOP GLASS SHOP: 250 SF 490 SF A SF 482 SF 1 CHEM SUPPORT INSTRUMENTATION STORAGE A SF 484 SF CHEM SUPPORT 2 INSTRUMENTATION STORAGE A SF 993 SF CHEM SUPPORT INSTRUMENTATION STORAGE A SF 481 SF CHEM SUPPORT 2 INSTRUMENTATION STORAGE INSTRUMENTATION 2500 SF 2440 SF 5 0 STORAGE: 4 A SF 243 SF CHEM SUPPORT TISSUE CULTURE TISSUE CULTURE: 250 SF 243 SF A SF 138 SF LECTURER LECTURER A SF 158 SF LECTURER LECTURER A SF 138 SF LECTURER LECTURER A SF 158 SF LECTURER LECTURER LECTURER 150 SF Not Placed LECTURER LECTURER LECTURER 150 SF Not Placed LECTURER LECTURER LECTURER : 900 SF 592 SF Grand total: SF SF *NOTES: 1. REQUESTED SPACE FOR 7 FACULTY, 84 GRADUATE STUDENTS, AND 7 POSTDOCTORAL FELLOWS WAS CALCULATED AS FOLLOWS: 98 PEOPLE x 50SF/PERSON = 4,900 SF. ACTUAL SPACE ALOTTED ON THESE PLANS TOTALS 2,769 SF, LEAVING A DEFICIT OF 2,131 SF AS SHOWN ABOVE. 2. IN AREAS WHERE REQUESTED PROGRAM SQUARE FOOTAGE IS NOT SPECIFIED BY UVM, THE SQUARE FOOTAGE OF THE ROOM INTO WHICH A PROGRAM AREA IS BEING PLACED IS USED. 3. ONE (1) CLASSROOM IN ANGELL HALL WILL BE CONVERTED TO RESTROOMS; THIS CLASSROOM PROGRAM SPACE HAS NOT BEEN RELOCATED. FFF PROJECT NO: ORIGINATION DATE: DRAWN BY: ISSUE LOG: REV 1 REV2 REV3 REV4 SHEET CONTENTS: SHEET NO: COOK PHYSICAL SCIENCES UNIVERSITY OF VERMONT BURLINGTON, VT 02/03/12 SMP A1143 SCALE: 1/16" = 1'-0" CHECKED BY: SB REQUESTED LEVEL 1 PROGRAM RP Freeman French Freeman Inc. 02/15/ /15/ /23/ /01/2012 Section 2 16

23 BIOLOGY LAB AA BIOLOGY ORGANIC CHEM A SF INSTRUMENT STORAGE A SF A SF A SF 490 SF A SF GLASS SHOP A213 ELEC. ROOM A220 7 SF 151 SF GAS A213A CORRIDOR A SF A SF A SF CORRIDOR A216 RESEARCH LAB A SF A210 RESEARCH LAB 29 SF A SF A SF RESEARCH LAB A SF 138 SF RESEARCH LAB A SF INORGANIC FUME HOOD INTENSIVE A SF INORGANIC FUME HOOD INTENSIVE A207A 482 SF INORGANIC CHEM A SF INORGANIC CHEM A SF MENS A SF 145 SF JANITOR A SF WOMENS A228 A SF CONFERENCE A SF LOBBY A SF RECEPTION A SF WORKROOM A203 A SF 123 SF INORGANIC CHEM A SF CHEM STORAGE A SF INORGANIC FUME HOOD INTENSIVE A SF COMMON CHEMICAL STORAGE A SF CORRIDOR A SF INORGANIC FUME HOOD INTENSIVE A SF INTRODUCTORY CHEM A SF INORGANIC FUME ELEC. HOOD INTENSIVE ROOM A236 A SF 150 SF INTRODUCTORY CHEM A SF INORGANIC FUME HOOD INTENSIVE A SF INTRODUCTORY CHEM A SF AHU A B C D E CHEM LAB - RESEARCH CHEM LAB - TEACHING CHEM CHEM SUPPORT LECTURER PHYSICS LAB - TEACHING UVM GENERAL USE 81 Maple Street Burlington VT Architecture Planning Interiors 1 REQUESTED PROGRAM - LEVEL 2 RP102 SCALE: 1/16" = 1'-0" ROOM # REQ. AREA GIVEN AREA CHEMISTRY DEPARTMENT SCHEDULE - ITEMIZED REQUESTED USES EXISTING REQUESTED REQ. HOOD REQUESTED USE HOODS HOODS SIZE(S) REMARKS ROOM # REQ. AREA GIVEN AREA CHEMISTRY DEPARTMENT SCHEDULE - ITEMIZED REQUESTED USES EXISTING REQUESTED REQ. HOOD REQUESTED USE HOODS HOODS SIZE(S) REMARKS 3/1/ :25:53 AM A SF 1117 SF CHEM LAB - RESEARCH 4 (3) 5' & (1) WALK-IN ANALYTICAL/PHYSICAL CHEMISTRY 1 ANALYTICAL/PHYSICAL 1500 SF 1117 SF 0 4 CHEMISTRY 1: 1 A SF 1503 SF CHEM LAB - RESEARCH 4 (3) 5' & (1) WALK-IN ANALYTICAL/PHYSICAL CHEMISTRY 2 ANALYTICAL/PHYSICAL 1500 SF 1503 SF 0 4 CHEMISTRY 2: 1 A SF 1005 SF CHEM LAB - RESEARCH 4 (3) 5' & (1) WALK-IN ANALYTICAL/PHYSICAL CHEMISTRY 3 ANALYTICAL/PHYSICAL 1500 SF 1005 SF 0 4 CHEMISTRY 3: 1 A SF 1045 SF CHEM LAB - RESEARCH 6 4 (3) 5' & (1) WALK-IN ANALYTICAL/PHYSICAL CHEMISTRY 4 ANALYTICAL/PHYSICAL 1500 SF 1045 SF 6 4 CHEMISTRY 4: 1 A SF 993 SF CHEM LAB - RESEARCH 2 4 (3) 5' & (1) WALK-IN ANALYTICAL/PHYSICAL CHEMISTRY 5 ANALYTICAL/PHYSICAL 1500 SF 993 SF 2 4 CHEMISTRY 5: 1 A SF 570 SF CHEM LAB - RESEARCH 2 5' INORGANIC CHEMISTRY 1 A SF 484 SF CHEM LAB - RESEARCH 2 2 5' INORGANIC CHEMISTRY 1 A SF 481 SF CHEM LAB - RESEARCH 2 2 5' INORGANIC CHEMISTRY 1 INORGANIC CHEMISTRY 1: SF 1535 SF 4 6 A SF 481 SF CHEM LAB - RESEARCH 2 2 INORGANIC CHEMISTRY 2 A SF 481 SF CHEM LAB - RESEARCH 2 5' INORGANIC CHEMISTRY 2 A SF 484 SF CHEM LAB - RESEARCH 2 2 5' INORGANIC CHEMISTRY 2 INORGANIC CHEMISTRY 2: SF 1447 SF 4 6 A SF 994 SF CHEM LAB - RESEARCH 3 3 5' INORGANIC CHEMISTRY 3 A SF 484 SF CHEM LAB - RESEARCH 2 3 5' INORGANIC CHEMISTRY 3 INORGANIC CHEMISTRY 3: SF 1477 SF 5 6 A SF 494 SF CHEM LAB - RESEARCH 4 4 5' INORGANIC CHEMISTRY - FUME HOOD INTENSIVE 1 A207A 500 SF 482 SF CHEM LAB - RESEARCH 3 5' INORGANIC CHEMISTRY - FUME HOOD INTENSIVE 1 A SF 481 SF CHEM LAB - RESEARCH 2 3 5' INORGANIC CHEMISTRY - FUME HOOD INTENSIVE 1 INORGANIC CHEMISTRY SF 1457 SF 6 10 FUME HOOD INTENSIVE 1: 3 A SF 469 SF CHEM LAB - RESEARCH 1 4 5' INORGANIC CHEMISTRY - FUME HOOD INTENSIVE 2 A SF 307 SF CHEM LAB - RESEARCH 1 3 5' INORGANIC CHEMISTRY - FUME HOOD INTENSIVE 2 A SF 481 SF CHEM LAB - RESEARCH 2 3 5' INORGANIC CHEMISTRY - FUME HOOD INTENSIVE 2 INORGANIC CHEMISTRY SF 1257 SF 4 10 FUME HOOD INTENSIVE 2: 3 A SF 481 SF CHEM LAB - RESEARCH 2 4 5' ORGANIC CHEMISTRY 1 A SF 482 SF CHEM LAB - RESEARCH 2 4 5' ORGANIC CHEMISTRY 1 A SF 320 SF CHEM LAB - RESEARCH 1 4 5' ORGANIC CHEMISTRY 1 ORGANIC CHEMISTRY 1: SF 1283 SF 5 12 A SF 482 SF CHEM LAB - RESEARCH 4 5' ORGANIC CHEMISTRY 2 A SF 974 SF CHEM LAB - RESEARCH 8 8 5' ORGANIC CHEMISTRY 2 ORGANIC CHEMISTRY 2: SF 1456 SF 8 12 A SF 482 SF CHEM LAB - RESEARCH 3 4 5' ORGANIC CHEMISTRY 3 A SF 484 SF CHEM LAB - RESEARCH 2 4 5' ORGANIC CHEMISTRY 3 A SF 482 SF CHEM LAB - RESEARCH 2 4 5' ORGANIC CHEMISTRY 3 ORGANIC CHEMISTRY 3: SF 1447 SF 7 12 A SF 482 SF CHEM LAB - RESEARCH 1 4 5' ORGANIC CHEMISTRY 4 A SF 481 SF CHEM LAB - RESEARCH 2 4 5' ORGANIC CHEMISTRY 4 A SF 150 SF CHEM LAB - RESEARCH 4 ORGANIC CHEMISTRY 4 ORGANIC CHEMISTRY 4: SF 1113 SF 3 12 A SF 992 SF CHEM LAB - TEACHING 3 3 ADVANCED CHEMISTRY ADVANCED CHEMISTRY: SF 992 SF 3 3 A SF 994 SF CHEM LAB - TEACHING 2 2 6' INTRODUCTORY CHEMISTRY A SF 994 SF CHEM LAB - TEACHING 3 2 6' INTRODUCTORY CHEMISTRY A SF 994 SF CHEM LAB - TEACHING 3 3 INTRODUCTORY CHEMISTRY A SF 994 SF CHEM LAB - TEACHING 3 2 6' INTRODUCTORY CHEMISTRY A SF 994 SF CHEM LAB - TEACHING 3 2 6' INTRODUCTORY CHEMISTRY A SF 993 SF CHEM LAB - TEACHING 3 2 6' INTRODUCTORY CHEMISTRY A SF 994 SF CHEM LAB - TEACHING 3 2 6' INTRODUCTORY CHEMISTRY A SF 994 SF CHEM LAB - TEACHING 3 2 6' INTRODUCTORY CHEMISTRY INTRODUCTORY 7951 SF 7949 SF CHEMISTRY: 8 A SF 992 SF CHEM LAB - TEACHING 3 12 (10) 6' & (2) 4' ORGANIC CHEMISTRY A SF 992 SF CHEM LAB - TEACHING 3 12 (10) 6' & (2) 4' ORGANIC CHEMISTRY A SF 993 SF CHEM LAB - TEACHING 3 12 (10) 6' & (2) 4' ORGANIC CHEMISTRY ARCHITECTURAL SPACE PROGRAMMING (BASE AND ALTERNATE NO. 1) A SF 992 SF CHEM LAB - TEACHING 3 12 (10) 6' & (2) 4' ORGANIC CHEMISTRY A SF 993 SF CHEM LAB - TEACHING 3 12 (10) 6' & (2) 4' ORGANIC CHEMISTRY ORGANIC CHEMISTRY: SF 4962 SF A SF 138 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 158 SF CHEM 1 0 RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 150 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 158 SF CHEM 1 0 RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 138 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 151 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 158 SF CHEM 1 0 RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 138 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 156 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 280 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 277 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 147 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 123 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 151 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 158 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 138 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW DEFICIT SPACE 2171 SF Not Placed CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW RESEARCH FACULTY, GRAD STUDENTS, & FELLOW 4790 SF 2618 SF 3 0 : 17 A SF 562 SF CHEM SUPPORT CHEM EQUIP REPAIR & SMALL MACHINE SHOP CHEM EQUIP REPAIR & 500 SF 562 SF 0 0 SMALL MACHINE SHOP: 1 A SF 831 SF CHEM SUPPORT 3 5' CHEM PREPARATION CHEM PREPARATION: SF 831 SF 3 0 A SF 482 SF 2 CHEM SUPPORT CHEM STORAGE 1 A SF 482 SF CHEM SUPPORT 2 CHEM STORAGE 1 A SF 831 SF CHEM SUPPORT CHEM STORAGE 1 CHEM 2000 SF 1795 SF 4 STORAGE 1: 3 0 A SF 270 SF CHEM SUPPORT CHEM STORAGE 2 A SF 217 SF CHEM SUPPORT CHEM STORAGE 2 A SF 150 SF CHEM SUPPORT CHEM STORAGE 2 A SF 162 SF CHEM SUPPORT CHEM STORAGE 2 CHEM 1000 SF 800 SF STORAGE 2: A SF 994 SF CHEM SUPPORT COMMON CHEMICAL STORAGE COMMON CHEMICAL 1000 SF 994 SF 0 0 STORAGE: 1 A SF 490 SF CHEM SUPPORT GLASS SHOP GLASS SHOP: 250 SF 490 SF A SF 482 SF 1 CHEM SUPPORT INSTRUMENTATION STORAGE A SF 484 SF CHEM SUPPORT 2 INSTRUMENTATION STORAGE A SF 993 SF CHEM SUPPORT INSTRUMENTATION STORAGE A SF 481 SF CHEM SUPPORT 2 INSTRUMENTATION STORAGE INSTRUMENTATION 2500 SF 2440 SF 5 0 STORAGE: 4 A SF 243 SF CHEM SUPPORT TISSUE CULTURE TISSUE CULTURE: 250 SF 243 SF A SF 138 SF LECTURER LECTURER A SF 158 SF LECTURER LECTURER A SF 138 SF LECTURER LECTURER A SF 158 SF LECTURER LECTURER LECTURER 150 SF Not Placed LECTURER LECTURER LECTURER 150 SF Not Placed LECTURER LECTURER LECTURER : 900 SF 592 SF Grand total: SF SF *NOTES: 1. REQUESTED SPACE FOR 7 FACULTY, 84 GRADUATE STUDENTS, AND 7 POSTDOCTORAL FELLOWS WAS CALCULATED AS FOLLOWS: 98 PEOPLE x 50SF/PERSON = 4,900 SF. ACTUAL SPACE ALOTTED ON THESE PLANS TOTALS 2,769 SF, LEAVING A DEFICIT OF 2,131 SF AS SHOWN ABOVE. 2. IN AREAS WHERE REQUESTED PROGRAM SQUARE FOOTAGE IS NOT SPECIFIED BY UVM, THE SQUARE FOOTAGE OF THE ROOM INTO WHICH A PROGRAM AREA IS BEING PLACED IS USED. 3. ONE (1) CLASSROOM IN ANGELL HALL WILL BE CONVERTED TO RESTROOMS; THIS CLASSROOM PROGRAM SPACE HAS NOT BEEN RELOCATED. FFF PROJECT NO: ORIGINATION DATE: DRAWN BY: ISSUE LOG: REV 1 REV2 REV3 REV4 SHEET CONTENTS: SHEET NO: COOK PHYSICAL SCIENCES UNIVERSITY OF VERMONT BURLINGTON, VT 02/03/12 SMP A1143 SCALE: 1/16" = 1'-0" CHECKED BY: SB REQUESTED LEVEL 2 PROGRAM RP Freeman French Freeman Inc. 02/15/ /15/ /23/ /01/2012 Section 2 17

24 AA UP DN INSTRUMENT STORAGE A SF ADVANCED CHEM A SF ORGANIC CHEM A317 CORR A SF CORRIDOR A314 TELECOM A311A 162 SF CHEM STOR 2 A SF ORGANIC CHEM A SF ELEC. ROOM A SF ORGANIC CHEM A SF ANALYTICAL CHEM A SF ORGANIC CHEM A SF ORGANIC CHEM A SF ANALYTICAL CHEM A SF MENS WOMENSCONFERENCE A324 A326 A SF JANITOR144 SF 331 SF A325 LOBBY A301 ANALYTICAL CHEM A SF DN ORGANIC CHEM A328 ELECTRICAL A SF ANALYTICAL CHEM A SF ELEV. MACH. ROOM A SF ORGANIC CHEM A SF ORGANIC CHEM A SF ORGANIC CHEM A SF CORRIDOR A337 ORGANIC CHEM A SF ELEC. ROOM A SF I.T. ROOM A SF ORGANIC CHEM A SF ORGANIC CHEM A SF ORGANIC CHEM A SF ORGANIC CHEM A SF DN UP A B C D BIOLOGY LAB BIOLOGY CHEM LAB - RESEARCH CHEM LAB - TEACHING CHEM CHEM SUPPORT LECTURER PHYSICS LAB - TEACHING 81 Maple Street Burlington VT Architecture Planning Interiors E UVM GENERAL USE 1 REQUESTED PROGRAM - LEVEL 3 RP103 SCALE: 1/16" = 1'-0" ROOM # REQ. AREA GIVEN AREA CHEMISTRY DEPARTMENT SCHEDULE - ITEMIZED REQUESTED USES EXISTING REQUESTED REQ. HOOD REQUESTED USE HOODS HOODS SIZE(S) REMARKS ROOM # REQ. AREA GIVEN AREA CHEMISTRY DEPARTMENT SCHEDULE - ITEMIZED REQUESTED USES EXISTING REQUESTED REQ. HOOD REQUESTED USE HOODS HOODS SIZE(S) REMARKS 3/1/ :34:33 AM A SF 1117 SF CHEM LAB - RESEARCH 4 (3) 5' & (1) WALK-IN ANALYTICAL/PHYSICAL CHEMISTRY 1 ANALYTICAL/PHYSICAL 1500 SF 1117 SF 0 4 CHEMISTRY 1: 1 A SF 1503 SF CHEM LAB - RESEARCH 4 (3) 5' & (1) WALK-IN ANALYTICAL/PHYSICAL CHEMISTRY 2 ANALYTICAL/PHYSICAL 1500 SF 1503 SF 0 4 CHEMISTRY 2: 1 A SF 1005 SF CHEM LAB - RESEARCH 4 (3) 5' & (1) WALK-IN ANALYTICAL/PHYSICAL CHEMISTRY 3 ANALYTICAL/PHYSICAL 1500 SF 1005 SF 0 4 CHEMISTRY 3: 1 A SF 1045 SF CHEM LAB - RESEARCH 6 4 (3) 5' & (1) WALK-IN ANALYTICAL/PHYSICAL CHEMISTRY 4 ANALYTICAL/PHYSICAL 1500 SF 1045 SF 6 4 CHEMISTRY 4: 1 A SF 993 SF CHEM LAB - RESEARCH 2 4 (3) 5' & (1) WALK-IN ANALYTICAL/PHYSICAL CHEMISTRY 5 ANALYTICAL/PHYSICAL 1500 SF 993 SF 2 4 CHEMISTRY 5: 1 A SF 570 SF CHEM LAB - RESEARCH 2 5' INORGANIC CHEMISTRY 1 A SF 484 SF CHEM LAB - RESEARCH 2 2 5' INORGANIC CHEMISTRY 1 A SF 481 SF CHEM LAB - RESEARCH 2 2 5' INORGANIC CHEMISTRY 1 INORGANIC CHEMISTRY 1: SF 1535 SF 4 6 A SF 481 SF CHEM LAB - RESEARCH 2 2 INORGANIC CHEMISTRY 2 A SF 481 SF CHEM LAB - RESEARCH 2 5' INORGANIC CHEMISTRY 2 A SF 484 SF CHEM LAB - RESEARCH 2 2 5' INORGANIC CHEMISTRY 2 INORGANIC CHEMISTRY 2: SF 1447 SF 4 6 A SF 994 SF CHEM LAB - RESEARCH 3 3 5' INORGANIC CHEMISTRY 3 A SF 484 SF CHEM LAB - RESEARCH 2 3 5' INORGANIC CHEMISTRY 3 INORGANIC CHEMISTRY 3: SF 1477 SF 5 6 A SF 494 SF CHEM LAB - RESEARCH 4 4 5' INORGANIC CHEMISTRY - FUME HOOD INTENSIVE 1 A207A 500 SF 482 SF CHEM LAB - RESEARCH 3 5' INORGANIC CHEMISTRY - FUME HOOD INTENSIVE 1 A SF 481 SF CHEM LAB - RESEARCH 2 3 5' INORGANIC CHEMISTRY - FUME HOOD INTENSIVE 1 INORGANIC CHEMISTRY SF 1457 SF 6 10 FUME HOOD INTENSIVE 1: 3 A SF 469 SF CHEM LAB - RESEARCH 1 4 5' INORGANIC CHEMISTRY - FUME HOOD INTENSIVE 2 A SF 307 SF CHEM LAB - RESEARCH 1 3 5' INORGANIC CHEMISTRY - FUME HOOD INTENSIVE 2 A SF 481 SF CHEM LAB - RESEARCH 2 3 5' INORGANIC CHEMISTRY - FUME HOOD INTENSIVE 2 INORGANIC CHEMISTRY SF 1257 SF 4 10 FUME HOOD INTENSIVE 2: 3 A SF 481 SF CHEM LAB - RESEARCH 2 4 5' ORGANIC CHEMISTRY 1 A SF 482 SF CHEM LAB - RESEARCH 2 4 5' ORGANIC CHEMISTRY 1 A SF 320 SF CHEM LAB - RESEARCH 1 4 5' ORGANIC CHEMISTRY 1 ORGANIC CHEMISTRY 1: SF 1283 SF 5 12 A SF 482 SF CHEM LAB - RESEARCH 4 5' ORGANIC CHEMISTRY 2 A SF 974 SF CHEM LAB - RESEARCH 8 8 5' ORGANIC CHEMISTRY 2 ORGANIC CHEMISTRY 2: SF 1456 SF 8 12 A SF 482 SF CHEM LAB - RESEARCH 3 4 5' ORGANIC CHEMISTRY 3 A SF 484 SF CHEM LAB - RESEARCH 2 4 5' ORGANIC CHEMISTRY 3 A SF 482 SF CHEM LAB - RESEARCH 2 4 5' ORGANIC CHEMISTRY 3 ORGANIC CHEMISTRY 3: SF 1447 SF 7 12 A SF 482 SF CHEM LAB - RESEARCH 1 4 5' ORGANIC CHEMISTRY 4 A SF 481 SF CHEM LAB - RESEARCH 2 4 5' ORGANIC CHEMISTRY 4 A SF 150 SF CHEM LAB - RESEARCH 4 ORGANIC CHEMISTRY 4 ORGANIC CHEMISTRY 4: SF 1113 SF 3 12 A SF 992 SF CHEM LAB - TEACHING 3 3 ADVANCED CHEMISTRY ADVANCED CHEMISTRY: SF 992 SF 3 3 A SF 994 SF CHEM LAB - TEACHING 2 2 6' INTRODUCTORY CHEMISTRY A SF 994 SF CHEM LAB - TEACHING 3 2 6' INTRODUCTORY CHEMISTRY A SF 994 SF CHEM LAB - TEACHING 3 3 INTRODUCTORY CHEMISTRY A SF 994 SF CHEM LAB - TEACHING 3 2 6' INTRODUCTORY CHEMISTRY A SF 994 SF CHEM LAB - TEACHING 3 2 6' INTRODUCTORY CHEMISTRY A SF 993 SF CHEM LAB - TEACHING 3 2 6' INTRODUCTORY CHEMISTRY A SF 994 SF CHEM LAB - TEACHING 3 2 6' INTRODUCTORY CHEMISTRY A SF 994 SF CHEM LAB - TEACHING 3 2 6' INTRODUCTORY CHEMISTRY INTRODUCTORY 7951 SF 7949 SF CHEMISTRY: 8 A SF 992 SF CHEM LAB - TEACHING 3 12 (10) 6' & (2) 4' ORGANIC CHEMISTRY A SF 992 SF CHEM LAB - TEACHING 3 12 (10) 6' & (2) 4' ORGANIC CHEMISTRY A SF 993 SF CHEM LAB - TEACHING 3 12 (10) 6' & (2) 4' ORGANIC CHEMISTRY ARCHITECTURAL SPACE PROGRAMMING (BASE AND ALTERNATE NO. 1) A SF 992 SF CHEM LAB - TEACHING 3 12 (10) 6' & (2) 4' ORGANIC CHEMISTRY A SF 993 SF CHEM LAB - TEACHING 3 12 (10) 6' & (2) 4' ORGANIC CHEMISTRY ORGANIC CHEMISTRY: SF 4962 SF A SF 138 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 158 SF CHEM 1 0 RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 150 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 158 SF CHEM 1 0 RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 138 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 151 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 158 SF CHEM 1 0 RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 138 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 156 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 280 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 277 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 147 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 123 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 151 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 158 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW A SF 138 SF CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW DEFICIT SPACE 2171 SF Not Placed CHEM RESEARCH FACULTY, GRAD STUDENTS, & FELLOW RESEARCH FACULTY, GRAD STUDENTS, & FELLOW 4790 SF 2618 SF 3 0 : 17 A SF 562 SF CHEM SUPPORT CHEM EQUIP REPAIR & SMALL MACHINE SHOP CHEM EQUIP REPAIR & 500 SF 562 SF 0 0 SMALL MACHINE SHOP: 1 A SF 831 SF CHEM SUPPORT 3 5' CHEM PREPARATION CHEM PREPARATION: SF 831 SF 3 0 A SF 482 SF 2 CHEM SUPPORT CHEM STORAGE 1 A SF 482 SF CHEM SUPPORT 2 CHEM STORAGE 1 A SF 831 SF CHEM SUPPORT CHEM STORAGE 1 CHEM 2000 SF 1795 SF 4 STORAGE 1: 3 0 A SF 270 SF CHEM SUPPORT CHEM STORAGE 2 A SF 217 SF CHEM SUPPORT CHEM STORAGE 2 A SF 150 SF CHEM SUPPORT CHEM STORAGE 2 A SF 162 SF CHEM SUPPORT CHEM STORAGE 2 CHEM 1000 SF 800 SF STORAGE 2: A SF 994 SF CHEM SUPPORT COMMON CHEMICAL STORAGE COMMON CHEMICAL 1000 SF 994 SF 0 0 STORAGE: 1 A SF 490 SF CHEM SUPPORT GLASS SHOP GLASS SHOP: 250 SF 490 SF A SF 482 SF 1 CHEM SUPPORT INSTRUMENTATION STORAGE A SF 484 SF CHEM SUPPORT 2 INSTRUMENTATION STORAGE A SF 993 SF CHEM SUPPORT INSTRUMENTATION STORAGE A SF 481 SF CHEM SUPPORT 2 INSTRUMENTATION STORAGE INSTRUMENTATION 2500 SF 2440 SF 5 0 STORAGE: 4 A SF 243 SF CHEM SUPPORT TISSUE CULTURE TISSUE CULTURE: 250 SF 243 SF A SF 138 SF LECTURER LECTURER A SF 158 SF LECTURER LECTURER A SF 138 SF LECTURER LECTURER A SF 158 SF LECTURER LECTURER LECTURER 150 SF Not Placed LECTURER LECTURER LECTURER 150 SF Not Placed LECTURER LECTURER LECTURER : 900 SF 592 SF Grand total: SF SF *NOTES: 1. REQUESTED SPACE FOR 7 FACULTY, 84 GRADUATE STUDENTS, AND 7 POSTDOCTORAL FELLOWS WAS CALCULATED AS FOLLOWS: 98 PEOPLE x 50SF/PERSON = 4,900 SF. ACTUAL SPACE ALOTTED ON THESE PLANS TOTALS 2,769 SF, LEAVING A DEFICIT OF 2,131 SF AS SHOWN ABOVE. 2. IN AREAS WHERE REQUESTED PROGRAM SQUARE FOOTAGE IS NOT SPECIFIED BY UVM, THE SQUARE FOOTAGE OF THE ROOM INTO WHICH A PROGRAM AREA IS BEING PLACED IS USED. 3. ONE (1) CLASSROOM IN ANGELL HALL WILL BE CONVERTED TO RESTROOMS; THIS CLASSROOM PROGRAM SPACE HAS NOT BEEN RELOCATED. FFF PROJECT NO: ORIGINATION DATE: DRAWN BY: ISSUE LOG: REV 1 REV2 REV3 REV4 SHEET CONTENTS: SHEET NO: COOK PHYSICAL SCIENCES UNIVERSITY OF VERMONT BURLINGTON, VT 02/03/12 SMP A1143 SCALE: 1/16" = 1'-0" CHECKED BY: SB REQUESTED LEVEL 3 PROGRAM RP Freeman French Freeman Inc. 02/15/ /15/ /23/ /01/2012 Section 2 18

25 AA STAIR A2-4 LAB A420 PHYSICS LAB A SF RESEARCH LAB A421 CORR. A SF A SF DARK ROOM A SF ELEC. ROOM A421A 155 SF STORAGE A411 A SF 734 SF A SF CORRIDOR A SF A SF A SF CORR. A SF A SF 94 CLASSIC EQUIPMENT STORAGE A SF PHYSICS LAB A SF UNDERGRAD A SF PHYSICS LAB A SF MEN'S A SF 144 SF JANITORIAL A427 STOR CORR A SF A SF A SF WOMEN'SCONFERENCE A428 A429 A SF 331 SF LOBBY A SF CLASSROOM A SF A SF STAIR A1-4 COPY/ WORK A SF PHYSICS DEPT A SF ELECTRICAL A SF A431A ELECTRONICS SHOP A451 FILES A449A 85 SF RESEARCH LAB A SF 313 SF STORAGE A SF SPECIAL SERVICE LAB A SF JUNIOR/ SENIOR LAB A SF JUNIOR/ SENIOR LAB A SF SPECIAL SERVICE LAB A SF CORRIDOR A SF CORR A SF A SF RESEARCH LAB A SF RESEARCH LAB A SF 494 SF RF SHIELDED ROOM A445A A SF CORR A SF ELEC. ROOM A SF A SF MACHINE SHOP A436 SPECIAL SERVICE LAB A SF A SF 872 SF CORR A SF A SF STORAGE A SF SEMINAR A SF STAIR A3-4 A B C D E BIOLOGY LAB BIOLOGY PHYSICS LAB - RESEARCH PHYSICS LAB - TEACHING PHYSICS PHYSICS SUPPORT UVM GENERAL USE 81 Maple Street Burlington VT Architecture Planning Interiors 1 REQUESTED PROGRAM - LEVEL 4 RP104 SCALE: 1/16" = 1'-0" ROOM # PHYSICS DEPARTMENT SCHEDULE - ITEMIZED REQUESTED USES LEVELS 4-5 REQ. GIVEN EXISTING REQUESTED AREA AREA REQUESTED USE HOODS HOODS REQ. HOOD SIZE(S) ROOM # PHYSICS DEPARTMENT SCHEDULE - ITEMIZED REQUESTED USES LEVELS 4-5 REQ. GIVEN EXISTING REQUESTED AREA AREA REQUESTED USE HOODS HOODS REQ. HOOD SIZE(S) 3/1/ :34:50 AM A SF 241 SF BIOLOGY LAB 1 1 BIOLOGY LAB: SF 241 SF 1 1 A532A 130 SF 130 SF BIOLOGY A SF 117 SF BIOLOGY A532B 237 SF 237 SF BIOLOGY BIOLOGY : SF 484 SF 0 0 A SF 366 SF PHYSICS LAB - RESEARCH A SF 258 SF PHYSICS LAB - RESEARCH A SF 245 SF PHYSICS LAB - RESEARCH A SF 515 SF PHYSICS LAB - RESEARCH 0 A SF 241 SF PHYSICS LAB - RESEARCH A SF 494 SF PHYSICS LAB - RESEARCH 0 A445A 131 SF 131 SF PHYSICS LAB - RESEARCH A SF 515 SF PHYSICS LAB - RESEARCH 0 A SF 1027 SF PHYSICS LAB - RESEARCH A SF 1023 SF PHYSICS LAB - RESEARCH A SF 1023 SF PHYSICS LAB - RESEARCH A SF 513 SF PHYSICS LAB - RESEARCH 0 A SF 345 SF PHYSICS LAB - RESEARCH 1 A431A 140 SF 140 SF PHYSICS LAB - RESEARCH A SF 419 SF PHYSICS LAB - RESEARCH A SF 116 SF PHYSICS LAB - RESEARCH 1 1 A SF 116 SF PHYSICS LAB - RESEARCH A SF 494 SF PHYSICS LAB - RESEARCH A SF 494 SF PHYSICS LAB - RESEARCH A SF 475 SF PHYSICS LAB - RESEARCH PHYSICS LAB - RESEARCH: 8950 SF 8950 SF A SF 494 SF PHYSICS LAB - TEACHING PHYSICS LAB - TEACHING: SF 494 SF 0 0 A SF 450 SF PHYSICS A SF 119 SF PHYSICS A SF 131 SF PHYSICS A SF 119 SF PHYSICS A SF 119 SF PHYSICS A SF 119 SF PHYSICS A SF 233 SF PHYSICS A SF 106 SF PHYSICS A SF 108 SF PHYSICS A SF 119 SF PHYSICS A SF 258 SF PHYSICS A SF 119 SF PHYSICS A SF 119 SF PHYSICS A SF 244 SF PHYSICS A SF 256 SF PHYSICS A SF 514 SF PHYSICS A SF 121 SF PHYSICS A SF 121 SF PHYSICS A SF 120 SF PHYSICS A SF 120 SF PHYSICS A SF 120 SF PHYSICS A SF 120 SF PHYSICS A SF 120 SF PHYSICS A SF 120 SF PHYSICS A SF 494 SF PHYSICS A SF 152 SF PHYSICS A SF 120 SF PHYSICS A SF 120 SF PHYSICS A SF 120 SF PHYSICS A SF 120 SF PHYSICS A SF 120 SF PHYSICS A SF 120 SF PHYSICS A SF 121 SF PHYSICS A SF 124 SF PHYSICS A SF 150 SF PHYSICS PHYSICS : SF 5863 SF 0 0 A SF 92 SF PHYSICS SUPPORT A SF 872 SF PHYSICS SUPPORT 1 1 WELDING HOOD A SF 494 SF PHYSICS SUPPORT A SF 515 SF PHYSICS SUPPORT A SF 426 SF PHYSICS SUPPORT A SF 313 SF PHYSICS SUPPORT A SF 86 SF PHYSICS SUPPORT A SF 734 SF PHYSICS SUPPORT A SF 130 SF PHYSICS SUPPORT A SF 512 SF PHYSICS SUPPORT A SF 331 SF PHYSICS SUPPORT A449A 85 SF 85 SF PHYSICS SUPPORT A534B 124 SF 124 SF PHYSICS SUPPORT A SF 165 SF PHYSICS SUPPORT 0 A SF 315 SF PHYSICS SUPPORT A534A 115 SF 115 SF PHYSICS SUPPORT PHYSICS SUPPORT: SF 5308 SF 1 1 A SF 429 SF UVM GENERAL USE UVM GENERAL USE: SF 429 SF 0 0 Grand total: SF SF 3 4 ARCHITECTURAL SPACE PROGRAMMING (BASE AND ALTERNATE NO. 1) FFF PROJECT NO: ORIGINATION DATE: DRAWN BY: ISSUE LOG: REV 1 REV2 REV3 REV4 SHEET CONTENTS: SHEET NO: COOK PHYSICAL SCIENCES UNIVERSITY OF VERMONT BURLINGTON, VT 02/16/12 SMP A1143 SCALE: 1/16" = 1'-0" CHECKED BY: SB REQUESTED LEVEL 4 PROGRAM RP Freeman French Freeman Inc. 02/15/ /15/ /23/ /01/2012 Section 2 19

26 AA A B C D DN A SF A SF ELEC. ROOM A511 COMPUTATION A SF 120 SF A SF RESEARCH LAB A SF A SF CORRIDOR A508 A SF RESEARCH LAB A SF A SF A SF LAB A SF LAB A SF A SF RESEARCH LAB A SF MECHANICAL MENS A520 A SF 154 SF A SF LOBBY A501 A SF STORAGE A SF A SF ELECTRICAL A SF A SF A SF A SF A534A 115 SF A534B 124 SF A SF LAB A SF A SF A SF A532A 130 SF A SF A532B 237 SF ELEC. ROOM A SF CORRIDOR A530 A SF A SF A SF DN A B C D BIOLOGY LAB BIOLOGY PHYSICS LAB - RESEARCH PHYSICS LAB - TEACHING PHYSICS PHYSICS SUPPORT UVM GENERAL USE 81 Maple Street Burlington VT Architecture Planning Interiors NEW AHU E E REQUESTED PROGRAM - LEVEL 5 RP105 SCALE: 1/16" = 1'-0" ROOM # PHYSICS DEPARTMENT SCHEDULE - ITEMIZED REQUESTED USES LEVELS 4-5 REQ. GIVEN EXISTING REQUESTED AREA AREA REQUESTED USE HOODS HOODS REQ. HOOD SIZE(S) ROOM # PHYSICS DEPARTMENT SCHEDULE - ITEMIZED REQUESTED USES LEVELS 4-5 REQ. GIVEN EXISTING REQUESTED AREA AREA REQUESTED USE HOODS HOODS REQ. HOOD SIZE(S) 3/1/ :35:07 AM A SF 241 SF BIOLOGY LAB 1 1 BIOLOGY LAB: SF 241 SF 1 1 A532A 130 SF 130 SF BIOLOGY A SF 117 SF BIOLOGY A532B 237 SF 237 SF BIOLOGY BIOLOGY : SF 484 SF 0 0 A SF 366 SF PHYSICS LAB - RESEARCH A SF 258 SF PHYSICS LAB - RESEARCH A SF 245 SF PHYSICS LAB - RESEARCH A SF 515 SF PHYSICS LAB - RESEARCH 0 A SF 241 SF PHYSICS LAB - RESEARCH A SF 494 SF PHYSICS LAB - RESEARCH 0 A445A 131 SF 131 SF PHYSICS LAB - RESEARCH A SF 515 SF PHYSICS LAB - RESEARCH 0 A SF 1027 SF PHYSICS LAB - RESEARCH A SF 1023 SF PHYSICS LAB - RESEARCH A SF 1023 SF PHYSICS LAB - RESEARCH A SF 513 SF PHYSICS LAB - RESEARCH 0 A SF 345 SF PHYSICS LAB - RESEARCH 1 A431A 140 SF 140 SF PHYSICS LAB - RESEARCH A SF 419 SF PHYSICS LAB - RESEARCH A SF 116 SF PHYSICS LAB - RESEARCH 1 1 A SF 116 SF PHYSICS LAB - RESEARCH A SF 494 SF PHYSICS LAB - RESEARCH A SF 494 SF PHYSICS LAB - RESEARCH A SF 475 SF PHYSICS LAB - RESEARCH PHYSICS LAB - RESEARCH: 8950 SF 8950 SF A SF 494 SF PHYSICS LAB - TEACHING PHYSICS LAB - TEACHING: SF 494 SF 0 0 A SF 450 SF PHYSICS A SF 119 SF PHYSICS A SF 131 SF PHYSICS A SF 119 SF PHYSICS A SF 119 SF PHYSICS A SF 119 SF PHYSICS A SF 233 SF PHYSICS A SF 106 SF PHYSICS A SF 108 SF PHYSICS A SF 119 SF PHYSICS A SF 258 SF PHYSICS A SF 119 SF PHYSICS A SF 119 SF PHYSICS A SF 244 SF PHYSICS A SF 256 SF PHYSICS A SF 514 SF PHYSICS A SF 121 SF PHYSICS A SF 121 SF PHYSICS A SF 120 SF PHYSICS A SF 120 SF PHYSICS A SF 120 SF PHYSICS A SF 120 SF PHYSICS A SF 120 SF PHYSICS A SF 120 SF PHYSICS A SF 494 SF PHYSICS A SF 152 SF PHYSICS A SF 120 SF PHYSICS A SF 120 SF PHYSICS A SF 120 SF PHYSICS A SF 120 SF PHYSICS A SF 120 SF PHYSICS A SF 120 SF PHYSICS A SF 121 SF PHYSICS A SF 124 SF PHYSICS A SF 150 SF PHYSICS PHYSICS : SF 5863 SF 0 0 A SF 92 SF PHYSICS SUPPORT A SF 872 SF PHYSICS SUPPORT 1 1 WELDING HOOD A SF 494 SF PHYSICS SUPPORT A SF 515 SF PHYSICS SUPPORT A SF 426 SF PHYSICS SUPPORT A SF 313 SF PHYSICS SUPPORT A SF 86 SF PHYSICS SUPPORT A SF 734 SF PHYSICS SUPPORT A SF 130 SF PHYSICS SUPPORT A SF 512 SF PHYSICS SUPPORT A SF 331 SF PHYSICS SUPPORT A449A 85 SF 85 SF PHYSICS SUPPORT A534B 124 SF 124 SF PHYSICS SUPPORT A SF 165 SF PHYSICS SUPPORT 0 A SF 315 SF PHYSICS SUPPORT A534A 115 SF 115 SF PHYSICS SUPPORT PHYSICS 5308 SF 5308 SF 1 SUPPORT: 16 1 A SF 429 SF UVM GENERAL USE UVM 429 SF 429 SF GENERAL USE: Grand total: SF SF 3 4 ARCHITECTURAL SPACE PROGRAMMING (BASE AND ALTERNATE NO. 1) FFF PROJECT NO: ORIGINATION DATE: DRAWN BY: ISSUE LOG: REV 1 REV2 REV3 REV4 SHEET CONTENTS: SHEET NO: COOK PHYSICAL SCIENCES UNIVERSITY OF VERMONT BURLINGTON, VT 02/16/12 SMP A1143 SCALE: 1/16" = 1'-0" CHECKED BY: SB REQUESTED LEVEL 5 PROGRAM RP Freeman French Freeman Inc. 02/15/ /15/ /23/ /01/2012 Section 2 20