Issuu

CAMP NORTH END / CHARLOTTE NC CAMP NORTH END I TIMELESS MOMENTS

TABLE OF CONTENTS STATEMENT AND STANDARDS SITE ANALYSIS DESIGN CONCEPT NET ZERO BUILDING SYSTEMS FOCUS AREA CODE ANALYSIS OUTLINE SPEC 2 - 3 4 - 11 12 - 25 26 - 31 32 - 37 38 - 41 42 - 50CHARLOTTE NC TIMELESS MOMENTS I I Jonathan Logan

Our building is not a formal exploration of design but an exploration through material and construction methods. We explore how building new conditions and deconstruction old creates and opportunity crafting new experiences, engaging community and fostering human experience

Through this it creates a juxtaposition of new place identity and old place identity breaking down and addressing each scale of the project

Our building proves to approach design through the careful manipulation of material, context, active program spaces, and existing conditions that allow us to emphasize the existing human experience and place identity while also creating a new building identity.

TIMELESS MOMENTS I I Jonathan Logan PROJECT STATEMENT

SITE ANALYSIS

CHARLOTTE NC TIMELESS MOMENTS I IJonathan Logan

TIMELESS MOMENTS I I Jonathan Logan SITE FEATURES

TIMELESS MOMENTS I IJonathan Logan SITE TACTILITY

TIMELESS MOMENTS I I Jonathan Logan GEOGRAPHY DRAINAGE

Pre-Development

Existing Buildings

Future Development

Service Paths

Property Line

LEGEND

Public Program

CAMP RD CAMP RD PARADOS WAY STATESVILLE

THE CROSSROAD 20’ 20’ TIMELESS MOMENTS I IJonathan Logan DEVELOPMENT PLAN

Setbacks PARKING PARKING PARKING WOODWARD AVE WATER TOWER DRIVE

AVE

TIMELESS MOMENTS I I Jonathan Logan SITE PLAN

STREET SECTION PROTECTED TREES WILDLIFE VEGETATION TYPES TIMELESS MOMENTS I IJonathan Logan SITE LIFE

TREE DENSITY AND PATTERN

TIMELESS MOMENTS

BUILDING ELEVATIONS

NORTH ELEVATION SOUTH ELEVATION

Jonathan Logan

DESIGN CONCEPT

CHARLOTTE NC TIMELESS MOMENTS I IJonathan Logan

BUILDING USES A FOCUS ON MATERIAL CONSTRUCTION AND EXPOSED MATERIAL DETAILS TO CREATE AN OVERALL EXPERIENCE FOR WORK AND PLAY.

USE OF WOOD AND STEEL DETAILS CREATES AN UNIQUE DESIGN AND EXPERIENCE, WHILE FOCUS ON NET ZERO DESIGN THROUGH THESE FEATURES ALSO HELPS TO CREATE AN EXPERIENCE.

Eames House / Charles and Ray Eames

Kendeda Foundation / Miller Hull + Lord Aeck Sargent

TIMELESS MOMENTS I I Jonathan Logan PRECEDENT INSPO

MATERIAL PALLET PARTI

EXPERIENCE

THE BUILDINGS IS CREATED THROUGH THE CAREFUL CONSIDERATION OF MATERIAL CONSTRUCTION, NEW AND OLD PLACE IDENTITY IN A FORM OF THRESHOLDS, AND CONNECTING SPACES AND COMMUNITY TOGETHER THROUGH CAREFUL PLACEMENT OF PROGRAM.

PHYSICAL AND VERTICAL AXIS COMMUNITY ENGAGEMENT HUMAN EXPERIENCE PLACE IDENTITY

Wood Steel Sheet

Glue lam

Steel Cable Panel System Steel ENGAGEMENT SPACES PLACE IDENTITY RHYTHM OF AMBIANCE PHYSICAL AND VISUAL THRESHOLDS

TIMELESS MOMENTS I IJonathan Logan BUILDING CONCEPT

FOCUSED PROGRAM/DESIGNED PROGRAM WAS AN ORGANIZATION OF WORKSHOPS THAT WOULD ENGAGE IN THE ACTIVE BUILDING COMMUNITY. THIS WOULD ENHANCE THE EXPERIENCE AND HELP TO CONNECT TO THE NEW AND OLD PLACE IDENTITY. THE SPACES ARE BOTH PUBLIC AND PRIVATE ALLOWING ENGAGEMENT THROUGHOUT THE WHILE PROGRAM

CONNECTING A CROSS OLD/NEW

Retail Shops Food Shops WS Retail Design Studio Connected Connected Main Central Prog Near By Open Office Open Office 80,000 Sqft 20,000 Sqft 30,000 Sqft Conference Conference Private Off Private Off Workshop Workshop Exhibition Physically Visually Optional connection Maker Space Exhibition Maker Space Gathering Green space Public space Public space Service Event space Event space Mechanical Office OFFICE Retail RETAIL Other Space OTHER Functional Order of Spaces Retail Shops Food Shops WS Retail Design Studio Connected Connected Main Central Prog Near By Open Office Open Office 80,000 Sqft 20,000 Sqft 30,000 Sqft Conference Conference Private Off Private Off Workshop Workshop Exhibition Physically Visually Optional connection Maker Space Exhibition Maker Space Gathering Green space Public space Public space Service Event space Event space Mechanical Office OFFICE Retail RETAIL Other Space OTHER Functional Order of Spaces Connected Connected Main Central Prog Near By Open Office Conference

Space Public space OFFICE RETAIL

CLEAR STORIES COMMUNITY SPACES

NEW

Maker

FUNCTIONAL ORDER OF SPACES

RECONSTRUCTED

PROGRAM DIAGRAM

TIMELESS

I I Jonathan Logan PROGRAM DIAGRAM

MOMENTS

WORKSHOP EXAMPLES TIMELESS MOMENTS I IJonathan Logan WORKSHOP INSPO

SPATIAL COLLAGE

OFFICE EXPERIENCE SPACE RETAIL OPTIMAL OFFICE OPTIMAL OTHER OPTIMAL RETAIL Main Open Atrium Optimal Lighting Circulation Datum lines Threshold Change Threshold Change Double space movement 723' 1/2" 7' 6 1/4" DN DN DN FABRICATION LAB TEMPORARY WORKSHOPS ARCHITECTURE FIRM CARPENTRY STUDIO MAKERS GALLERY STATIONERY STORE BREWERY RESTAURANT COFFEE SHOP SOFTWARE TECHNOLOGY OFFICE TEMPORARY VENDORS BOUTIQUE STORE ARTIST STUDIO POTTERY STUDIO DESIGN TECHNICAL SCHOOL

OPTIMAL

TIMELESS MOMENTS I I Jonathan Logan MOMENT ANALYSIS

VISUAL AXIS AND CIRCULATION STUDIES

PROGRAM PLACEMENT PROGRAM ORGANIZATION THRESHOLDS AND AXIS

DIFFERENT MOMENTS ARE CELEBRATED THROUGHOUT THE BUILDING TAKING OLD PLACE IDENTITY AND NEW PLACE IDENTITY TO CRAFT THE EXPERIENCE. EACH MOMENT FOCUSES ON THE CAREFUL DETAIL AND THRESHOLD FROM MOVEMENT ACROSS THE BUILDING. EACH OF THE MOMENTS FITS TOGETHER AS A PART OF THE LARGER PICTURE COMBING A MIXTURE OF EXPERIENCES FROM VIEW AND LIGHTING

Existing Condition

New Condition

TIMELESS MOMENTS I IJonathan Logan MOMENT AXONS

OTHER THAN THE EVENT SPACES WHICH ARE A NEW CONSTRUCTION CREATING A COMPLETELY NEW PLACE IDENTITY WITH IN THE ORIGINAL BUILDING AS WELL AS THE NEW, PANEL SYSTEMS ARE IMPLEMENTED. THESE PANEL SYSTEMS ALLOW PROGRAMS TO HAVE A LEVEL OF CONNECTION. THEY HELP TO CREATE PHYSICAL OR VISUAL CONNECTIONS OR CREATES PRIVATE CONNECTIONS THAT STILL ENGAGE WITH THE COMMUNITY. INSPIRED BY THE CHARLES AND RAY EAMES HOUSE THESE PANELS ARE SIMILAR TO STORE FRONTS AND MADE FROM WOOD, HOLDING DIFFERENT TYPES OF MATERIALS

PANEL SYSTEM

PANELS ARE INTERCHANGEABLE WITH GLASS AND STEEL

ADAPTABLE SECTIONS FOR DOORS, OPENINGS OR VENTILATION

FLOOR PLAN 1

DN DN

MAIN CIRCULATION

FLOOR PLAN 2

MAIN CIRCULATION

MEZZANINE

TIMELESS MOMENTS I I Jonathan Logan FLOOR PLANS

TIMELESS MOMENTS I IJonathan Logan EVENT RENDER

TIMELESS MOMENTS I I Jonathan Logan SECONDARY SPACE

TIMELESS MOMENTS I IJonathan Logan RESTAURANT RENDER

TIMELESS MOMENTS I I Jonathan Logan DETAIL DRAWINGS

TIMELESS MOMENTS I IJonathan Logan DETAIL DRAWINGS

TIMELESS MOMENTS I I Jonathan Logan DETAIL DRAWINGS

ZERO CHARLOTTE NC TIMELESS MOMENTS I IJonathan Logan

NET

NET-ZERO l ENERGY

NET-ZERO l WIND

NET-ZERO l WATER

THE NET ZERO DESIGN APPROACH ENCOMPASSES A FOCUS ON SUSTAINABLE DESIGN APPROACHES THROUGH ENERGY, WATER, CARBON AND VENTILATION STRATEGIES TO REDUCE CARBON EMISSIONS

BASE MODEL Filter into building Storage Storage Filter Filter

TIMELESS MOMENTS I I Jonathan Logan OVERALL NET

Cross-bracing and wood used to support roof and lateral loads

LIGHT COLLECTION

FACADE 1/8” = 1’

LIGHT COLLECTION

THE TOTAL AMOUNT OF AREA CALCULATED FOR THE PV PANELS ON THE ROOF AND FACADE IS AS FOLLOWS:

SOLAR PANELS: 14,614 SQFT X 6

FACADE PANELS: 107.50 SQFT X 117

TOTAL SQ-FT: 100,261.50 SQ-FT

THE TOTAL SQ-FT IS CALCULATED WITH THE TOTAL PV CELL SURFACE AMOUNT WHICH IS 80% OF THE PV AND WITH A 15% EFFICIENCY THIS IS THE TOTAL OUT PUT OF COLLECTED ENERGY YEARLY AND DAILY:

ENERGY = AREA(SQFT) x EFFICIENCY x USABLE SURFACE x 365

DAILY ENERGY COLLECTION: 12,031.38 kWh

YEARLY ENERGY COLLECTION: 4,391,453.7

FACADE NET ZERO

ENERGY: DAYLIGHTING DESIGN

Wood panel system creates daylighting and ventilation Compressed between wood construction Connected to original brick wall Shading while activating front of building Custom wood construction to minimize steel PV panels placed along the shaders

TIMELESS MOMENTS I IJonathan Logan ZERO ENERGY

WATER COLLECTION

THE CURRENT BUILDING DESIGN DOES NOT INCORPORATE A WATER COLLECTION OR REUSE STRATEGY. AS A SUSTAINABLE DESIGN APPROACH FOR BOTH SITE AND BUILDING, A WATER COLLECTION SYSTEM IS INTEGRATED INTO THE BIG ROOF AND ALONG THE FRONT OF THE BUILDING. THIS FEATURE IS A COMBINATION OF WATER SPRINKLERS AND SMALL MICRO ECOSYSTEMS UNDERNEATH THE EXPOSED ROOF. THESE CRAFTED PANELS HANG FROM THE EXPOSED ROOF STRUCTURE COVERING THE SPRINKLERS AND ALLOWING FOR WATER TO DRIP NATURALLY DOWN ONTO THE PLANTS BELOW. ADDITIONALLY ANY RAIN THAT FALLS IS COLLECTED INTO STORAGE UNITS UNDERNEATH THE BIG ROOF AND FRONT OF THE SITE. THIS IS THEN REUSED TO WATER THE PLANTS OR IS REUSED INTO THE BUILDING.

NET ZERO |

WATER: SITE DESIGN

BASE MODEL Filter into building Storage Storage Filter Filter TIMELESS MOMENTS I I Jonathan Logan ZERO WATER

THE BUILDING DESIGN WAS ORGANIZED TO SUPPORT LARGE AMOUNTS OF AIR FLOW THROUGH THE BUILDING WHICH BEFORE CREATED A LOT OF STALE AIR. 3 EXHIBITION/EVENT SPACES WERE CREATED TO ALLOW FOR AIR TO BE CIRCULATED THROUGH THE BUILDING ALLOWING AIR OUT AND IN.

ADDITIONALLY THEY WERE DESIGNED TO PULL IN AIR FROM BOTH OF THE WIND TUNNELS FROM THE FRONT OF THE SITE NEAR THE BOILER YARD AND THE BIG ROOF. THIS DESIGN HELP TO CUT DOWN THE AMOUNT OF NEEDED COOLING DURING THE SUMMER AND REGULATE SPACES WHEN NEEDED. THE ADDITIONAL CORRIDORS ALSO HAVE SUPPORTED OPERABLE WINDOWS AT THE TOP TO HELP WITH MORE AIR FLOW IN THE TIGHTER SPACES.

FOLLOWING THE OPERABLE WINDOWS, ANY OF THE NEW STRUCTURE THAT WAS ADDED TO THE BUILDING WAS ADDED AS PINE OR OAK WOOD THAT IS LOCAL TO THE CHARLOTTE AREA. THESE WOODS ARE ALSO RECYCLED TO REDUCE THE AMOUNT OF CARBON EMISSIONS BY AROUND 60%

BASE MODEL

ZERO | CARBON: REDUCTION DESIGN

NET

TIMELESS MOMENTS I IJonathan Logan ZERO CARBON

TIMELESS MOMENTS I I Jonathan Logan DESIGN ANALYSIS

BUILDING SYSTEMS

CHARLOTTE NC TIMELESS MOMENTS I IJonathan Logan

PANEL SYSTEM

ATTACHED TO WOOD COLUMNS

ORIGINAL BUILDING STRUCTURE IS PRESERVED

ROOF STRUCTURE

WEIGHT IS BALANCED AND TENSIONED ON THE WOOD BEAMS

NEW STRUCTURE

BASE STRUCTURE

TIMELESS MOMENTS I I Jonathan Logan OVERALL STRUCTURE

Mezzanine spaces for public occupation, eating, working and views to city

Steel panel system creates engagement for private workshops

EVENT SPACE AXON

Built around original construction to allow thresholds

Roof build with glue lam to support PV panels and sound dampening

Steel panel system creates daylighting and ventilation

Wood panel system creates daylighting and ventilation

TIMELESS MOMENTS I IJonathan Logan EVENT AXON

CORRIDOR

Built around original construction to allow for thresholds

CORRIDOR 1/8” = 1’

Panels are interchangeable, respects column

Cross-bracing and wood used to support roof and lateral loads

FACADE 1/8” = 1’

Compressed between wood construction

TIMELESS MOMENTS I I Jonathan Logan CORRIDOR AXON

FACADE 1/8” = 1’

FACADE

Compressed between wood construction

Connected to original brick wall

Shading while activating front of building

Custom wood construction to minimize steel

PV panels placed along the shaders

TIMELESS MOMENTS I IJonathan Logan FACADE AXON

Panel System

Facade Structure

Brick Wall

PV Panel/Shader

Roof Membrane Flashing

Wood Roof

Roof Joist

Truss

Insulation

Cross-bracing

C Channel Support

Steel Plate

Footing Foundation

Concrete Floor

TIMELESS MOMENTS I I Jonathan Logan MATERIAL SECTION

FOCUS AREA

CHARLOTTE NC TIMELESS MOMENTS I IJonathan Logan

EACH SPACE IN THE FOCUS AREA HERE IS AN EXAMPLE OF EACH DESIGNED SPACE ACROSS THE BUILDING AS A WHOLE.

THE DIFFERENT TYPES OF SPACES HERE ARE WORKSHOPS , EVENT SPACES, SECONDARY SPACES, PRIVATE DESIGN TENANTS, RETAIL SHOPS, AND A RESTAURANT .

EVENT SPACE DETAIL PLAN

THE EVENT SPACE CONNECTS ALONG THE CORRIDOR TO THE SECONDARY SPACE. THESE ARE PLACED WITHIN ONE OF THE ORIGINAL CLEAR STORIES. IN THE EVENT SPACE IS A MAKERS GALLERY, DESIGN RETAIL, AND CONNECTION TO THE RESTAURANT. THE SECONDARY SPACE IS SURROUNDED BY A POTTERY SHOP AND ART SHOP WITH SEATING AND A PRIVATE DESIGN TENANT

MAKERS GALLERY WORKSHOP

DN SECONDARY SPACE RESTAURANT

EVENT SPACE RESTAU-

POTTERY

ART STUDIO

TIMELESS MOMENTS I I Jonathan Logan FOCUS PLAN

RANT SECONDARY SPACE PRIVATE DESIGN

WORKSHOP

DESIGNER RETAIL

FACADE HVAC SYSTEMS

FACADE AIR UNITS

AIR HANDLING UNITS

BREWERY TANKS PANEL SYSTEMS

BREWERY TANKS PANEL SYSTEM

NEW BRICK WALLS

ACTIVATED SITE CANOPY GATHERING

SOLAR COLLECTION VFR HEATING VENTS

SPACE

TIMELESS MOMENTS I IJonathan Logan SECTION PERSPECTIVE

VENTILATION SYSTEM ORIGINAL BUILDING STRUCTURE ORIGINAL BUILDING STRUCTURE BASE MODEL Filter into building Storage Storage Filter Filter

GATHERING SPACE MICRO ECOSYSTEMS TIMELESS MOMENTS I I Jonathan Logan SECTION PERSPECTIVE

DESIGNER SPACE WATER COLLECTION

CODE ANALYSIS

CHARLOTTE NC TIMELESS MOMENTS I IJonathan Logan

of skylight: ___________ total quare footage of skylights in each assembly: ___________

Exterior Walls (each assembly)

Description of assembly _________________________ ___ U-Value of total assembly: ___________ R-Value of insulation: ___________ Openings windows or doors with glazing)

U-Value of assembly: ___________ Solar heat gain coefficient: ___________

projection factor: Door R-Values:

Walls below grade (each assembly)

Description of assembly _________________________ U-Value of total assembly: ___________ R-Value of insulation: ___________

Floors over unconditioned space (each assembly)

Description of assembly _________________________ U-Value of total assembly: ___________ R-Value of insulation: ___________

Floors slab on grade

Description of assembly _________________________ U-Value of total assembly: ___________ R-Value of insulation:

2018 NC Administrative Code and Policies Revised /15/2020 2018APPENDIX B BUILDING CODE SUMMARYFOR ALL COMMERCIAL PROJECTS (EXCEPT 1 AND 2-FAMILY DWELLINGS ANDTOWNHOUSES) (Reproduce the following data on the building plans shee 1 or 2) Name o Project: _ Address: _ ____________________________Zip Code Owner/Authorized Agent: _Phone # _____)_____-_______E-Mail Owned By: City/County Private State Code Enforcement Jurisdiction: City__ County_ State CONTACT: DESIGNERFIRM NAME LICENSE # TELEPHONE # E-MAIL Architectural _______________(___)__________________ Civil _________________________(___)__________________ Electrical _________________________(___)__________________ Fire Alarm _________________________(___)__________________ Plumbing _________________________(___)__________________ Mechanical ___________________(___)__________________ Sprinkler-Standpipe _____________ _________________________(___)__________________ Structural _________________________(___)__________________ Retaining Walls >5' High ______________________________(___)__________________ Other _________________________(___)__________________ (“Other” should includefirms and individuals such as truss precast, pre-engineered interior designers etc.) 2018 NC BUILDING CODE: New Building Addition Renovation 1 Time Interior Completion Shell/Core -Contact the local inspection jurisdiction for possible additional procedures and requirements Phased Construction -Shell/Core-Contact the local inspection jurisdiction for possible additional procedures and requirements 2018 NC EXISTING BUILDING CODE:EXISTING: Prescriptive Repair Chapter 14 Alteration: Level Level II Level II Historic Property Change of Use CONSTRUCTED: (date) __________ CURRENT OCCUPANCY(S) (Ch. 3) RENOVATED: (date) __________ PROPOSED OCCUPANCY(S) (Ch. 3) RISKCATEGORY (Table 1604.5): Current: I II II IV Proposed: I II II IV BASIC BUILDING DATA Construction Type: I-A II-A III-A IV V-A (check all that apply) I-B II-B III-B V-B Sprinklers: No Partial Yes NFPA 13 NFPA 13R NFPA 13D Standpipes: No YesClass II II Wet Dry Fire District: No Yes Flood Hazard Area: No Yes SpecialInspections Required: No Yes (Contact the local inspection jurisdiction for additional procedures and requirements.) 2018 NC Administrative Code and Policies Revised /15/2020 Gross Building Area Table FLOOR EXISTING (SQ FT NEW (SQ FT) SUB-TOTAL 3rd Floor 2nd Floor Mezzanine 1st Floor Basement TOTAL ALLOWABLE AREA Primary Occupancy Classification(s): Assembly A-1 A-2 A-3 A-4 A-5 Business Educational Factory F-1 Moderate F-2 Low Hazardou H-1 Detonate H-2 De lagrate H-3 Combust H-4 Health H-5 HPM Institutional I-1 Condition 1 2 I-2 Condition 1 2 I-3 Condition 1 2 3 4 5 I-4 Mercantile Residential R-1 R-2 R-3 R-4 Storage S-1 Moderate S-2 Low High-piled Parking Garage Open Enclosed Repair Garage Utility and Miscellaneous Accessory Occupancy Classification(s) Incidental Uses (Table 509): Special Uses (Chapter 4 – List Code Sections): Special Provisions: (Chapter 5 – List Code Sections) Mixed Occupancy: No Yes Separation ___ Hr. Exception: _ Non-Separated Use (508.3 The required type of construction for the building shall be determined by applying the heigh and area limitations for each of the applicable occupancies to the entire building. The mo t estrictive type of construction so determined shall apply to the entir building. Separated Use (508.4 See below for area calculations for each story the area of the occupancy shall be such that the sum of the ratios o the actual floor area of each use divided by the allowable loor area for each use shall no exceed 1. Actua Area of Occupancy A + Actual Area of Occupancy B Allowable Area of Occupancy A Allowable Area of Occupancy B + ______________ _____ + …… = < 1 < 1.00 2018 NC Administrative Code and Policies Revised 6/15/2020 STORY NO DESCRIPTION AND USE (A BLDG AREA PER STORY ACTUAL ( TABLE 506.2 AREA C AREA FOR FRONTAGE INCREASE1,5 (D) ALLOWABLE AREA PER STORY OR UNLIMITED2,3 Frontage area increases from Section 506.3 are computed thus: a. Perimeter which fronts public way or open space having 20 fee minimum width = F) b. Total Building Perimeter = ________ P) c. Ratio F/P) = _ ____ (F/P) d. W = Minimum width of public way = _ __ (W) e. Percent of frontage increase = 100[F/P – 0.25] x W/30 = ________ (%) Unlimited area applicable under conditions of Section 507. Maximum Building Area = total number of stories n the building x D (maximum3 stories) 506.2). The maximum area o open parking garages mus comply wit Table 406.5.4. Frontage increase is based on the unsprinklered area value in Table 506.2. ALLOWABLE HEIGHT ALLOWABLE SHOWN ON PLANS CODE REFERENCE Building Height in Fee (Table 504.3) Building Height in Stories (Table 504.4) Provide code reference if the “Shown on Plans” quantity is not based on Table 504.3 or 04.4. The maximum heigh of air traffic contro owers mus comply wit Table 412.3.1. The maximum height of open parking garages mus comply with Table 406.5.4. 2018 NC Administrative Code and Policies Revised 6/15/2020 FIRE PROTECTION REQUIREMENTS BUILDING ELEMENT FIRE SEPARATION DISTANCE FEET RATING DETAIL # AND SHEET # DESIGN # FOR RATED ASSEMBLY SHEET # FOR RATED PENETRATION SHEET # FOR RATED JOINTS REQ D PROVIDED W/_ * REDUCTION Structural Frame, including columns, girders, trusses Bearing Walls Exterior North East West South Interior Nonbearing Wa s and Partitions Exterior wall North East West South Interior walls and parti on Floor Construction Including supporting beams and joists Floor Ceiling Assembly Columns Supporting Floors Roof Construction, including supporting beams and joists Roof Ceiling Assembly Columns Supporting Roo Shaft Enclosures - Exit Shaft Enclosures Other Corridor Separation Occupancy/Fire Barrier Separation Party/Fire Wall Separation Smoke Barrier Separation Smoke Partition Tenant/Dwelling Unit/ Sleeping Uni Separation Incidental Use Separation * ndicate section number permitting reduction 2018 NC Administrative Code and Policies Revised /15/2020 PERCENTAGE OF WALL OPENING CALCULATIONS FIRE SEPARATION DISTANCE (FEET FROM PROPERTY LINES DEGREE OF OPENINGS PROTECTION (TABLE 705.8 ALLOWABLE AREA (%) ACTUAL SHOWN ON PLANS (%) LIFE SAFETY SYSTEM REQUIREMENTS Emergency Lighting: No Yes Exit Signs: No Yes Fire Alarm No Yes Smoke Detection Systems No Yes Partial _______ Carbon Monoxide Detection: No Yes LIFE SAFETY PLAN REQUIREMENTS Life Safety Plan Shee # Fire and/or smoke ated wall locations (Chapter 7) Assumed and real property line locations (if not on the site plan) Exterior wall opening area with respec o distance to assumed property lines 705.8) Occupancy Use for each area as it relates to occupan oad calculation (Table 1004.1.2) Occupant loads for each area Exit sign locations (1013) Exit access travel distances 1017) Common path of travel distances (Tables 1006.2.1 & 1006.3.2(1)) Dead end lengths (1020.4) Clear exit widths for each exit door Maximum calculated occupan oad capacity each exit door can accommodate based on egres width 1005.3) Actual occupant load for each exit doo A separate schematic plan indicating where fire ated floor/ceiling and/or oof structure is provided for purposes of occupancy separation Location of doors with panic hardware (1010.1.10) Location of doors with delayed egress locks and the amount o delay (1010.1.9.7) Location of doors with electromagnetic egress locks (1010.1.9.9) Location of doors equipped with hold-open devices Location of emergency escape windows (1030) The square ootage of each fire area (202) The square footage of each smoke compartmen for Occupancy Classification I-2 (407.5) Note any code exceptions or table notes hat may have been utilized regard ng the items above 2018 NC Administrative Code and Policies Revised /15/2020 ACCESSIBLE DWELLING UNITS (SECTION 1107) UNIT CLASSIFICATION TOTAL UNITS ACCESSIBLE UNITS REQUIRED ACCESSIBLE UNITS PROVIDED TYPE A UNITS REQUIRED TYPE A UNITS PROVIDED TYPE B UNITS REQUIRED TYPE B UNITS PROVIDED TOTAL ACCESSIBLE UNITS PROVIDED ACCESSIBLE PARKING (SECTION 1106) LOT OR PARKING AREA TOTAL OF PARKING SPACES # OF ACCESSIBLE SPACE PROVIDED TOTAL # ACCESSIBLE PROVIDED REQUIRED PROVIDED 96” SPACES 132” SPACES TOTAL PLUMBING FIXTURE REQUIREMENTS (TABLE 2902.1) USE WATER CLOSETS URINALS LAVATORIES SHOWERS TUBS DRINKING FOUNTAINS MALE FEMALE UNISEX MALE FEMALE UNISEX REGULAR ACCESSIBLE SPACE EXIST G NEW REQ D SPECIAL APPROVALS Special approval: (Local Jurisdiction Department of Insurance, OSC DPI, DHHS etc., describe below) ___________________ 2018 NC Administrative Code and Policies Revised 6/15/2020 ENERGY SUMMARY ENERGY REQUIREMENTS: The following data shall be considered minimum and any special attribute required to meet the energy code shall also be provided. Each Designer shall furnish the equired portions of the project information for the plan data sheet. If performance method, state the annual energy cost for the standard reference design vs annual energy cos for the proposed design. Existing building envelope complies with code: No Yes (The remainder of this section is not applicable) Exempt Building: No Yes (Provide code or statutory reference) ______________________ Climate Zone: 3A 4A 5A Method of Compliance: Energy Code Performance Prescriptive ASHRAE 90.1 Performance Prescriptive (If “Other” specify source here) THERMAL ENVELOPE (Prescriptive method only) Roof/ceiling Assembly (each assembly) Description of assembly _________________________ U-Value of total assembly: ___________ R-Value of insulation: ___________ Skylights in each assembly ___________ U-Value

requirement: ___________ slab

___________ 2018 NC Administrative Code and Policies Revised 6/15/2020 2018 APPENDIX B BUILDING CODE SUMMARY FOR ALL COMMERCIAL PROJECTS STRUCTURAL DESIGN (PROVIDE ON THE STRUCTURAL SHEETS IF APPLICABLE) DESIGN LOADS: Importance Factors: Snow (IS _________ Seismic (I ) _________ Live Loads: Roof _________ psf Mezzanine _________ psf Floor _________ psf Ground Snow Load: ___ psf Wind Load: Ultimate Wind Speed _________ mph ASCE-7) Exposure Category _________ SEISMIC DESIGN CATEGORY: A B C D Provide the following Seismic Design Parameters: Risk Category (Table 1604.5) I II III IV Spectral Response Acceleration SS_________ %g S1_________ %g Site Classification (ASCE 7) A B C D E F Data Source: Field Test Presumptive Historical Data Basic structural system Bearing Wall Dual w/Special Moment Frame Building Frame Dual w/Intermediate R/C or Special Steel Moment Frame Inverted Pendulum Analysis Procedure: Simplified Equivalent Lateral Force Dynamic Architectural, Mechanical, Components anchored? Yes No LATERAL DESIGN CONTROL: Earthquake Wind SOIL BEARING CAPACITIES: Field Test (provide copy of test report psf Presumptive Bearing capacity _________________________ psf Pile size, ype, and capacity 2018 NC Administrative Code and Policies Revised 6/15/2020 2018 APPENDIX B BUILDING CODE SUMMARY FOR ALL COMMERCIAL PROJECTS MECHANICAL DESIGN (PROVIDE ON THE MECHANICAL SHEETS IF APPLICABLE) MECHANICAL SUMMARY MECHANICAL SYSTEMS, SERVICE SYSTEMS AND EQUIPMENT Thermal Zone winter dry bulb summer dry bulb: Interior design conditions winter dry bulb _____ summer dry bulb: _____ relative humidity: ______ Building heating load: Building cooling load: Mechanical Spacing Conditioning System Unitary description of unit ___________ heating efficiency: ___________ cooling efficiency ___________ size category of unit: ___________ Boiler Size category If oversized state reason.: ___________ Chiller Size category If oversized state reason.: ___________ List equipment efficiencies: 2018 NC Administrative Code and Policies Revised 6/15/2020 2018 APPENDIX B BUILDING CODE SUMMARY FOR ALL COMMERCIAL PROJECTS ELECTRICAL DESIGN (PROVIDE ON THE ELECTRICAL SHEETS IF APPLICABLE) ELECTRICAL SUMMARY ELECTRICAL SYSTEM AND EQUIPMENT Method of Compliance: Energy Code Performance Prescriptive ASHRAE 90.1 Performance Prescriptive Lighting schedule (each fixture type) lamp type required in fixture number of lamps in fixture ballast yp used in the fixture number of ballasts in fixture total wattage per fixture total interior wattage specified vs. allowed (whole building or space by space) total exterior wattage specified vs. allowed Additional Efficiency Package Options (When using the 2018 NCECC not required for ASHRAE 90.1) C406.2 More Efficien HVAC Equipmen Performance C406.3 Reduced Lighting Powe Density C406.4 Enhanced Digital Lighting Controls C406.5 On-Site Renewable Energy C406.6 Dedicated Outdoo Ai System C406.7 Reduced Energy Use in Service Wate Heating 129,0000 129,0000 N/A N/A N/A N/A N/A N/A N/A UL UL UL N/A N/AN/A EXIST - N.C. EXIST - N.C. EXIST - N.C. EXIST - N.C. EXIST - N.C. EXIST - N.C. EXIST - N.C. EXIST - N.C. EXIST - N.C. EXIST - N.C. EXIST - N.C. EXIST - N.C. EXIST - N.C. EXIST - N.C. EXIST - N.C. N/A N/AN/A N/A N/AN/A N/A N/AN/A N/A N/A N/A N/A N/A 1 FIRSTA-3 21,800 38,000 FIRSTB 75,072 76,000 FIRSTM 16,500 50,000 13,505 38,000 5,000 .667 50,000 Feet: 85 Feet: 32 504.3 >30 0 >30 >30 >30 >30 >30 >30 >30 >30 EXISTING SOLID BRICK AND CONCRETE 12” MIN 0 EXISTING SOLID BRICK AND CONCRETE 12” MIN 0 //// 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 EXISTING SOLID BRICK AND CONCRETE 12” MIN NOT REQUIRED UNLIMITED UL U - .4 R-25 U - .4 R-25 NOT APPLICABLE NOT APPLICABLE TIMELESS MOMENTS 28206 300 CAMP RD, CHARLOTTE, NORTH CAROLINA CHARLOTTE Mecklenburg County 1,965’ .63 1,242 30’ 0.38’ N/A N/A 18 20 1010 8 4 N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A 1943 STORAGE ASSEMBLY/BUISNESS 21,000 80,000 4,500 38,000 38,000 7,200 0.5915 50,000 25,000 80,000 9,600 0.532 22,640 80,000 TIMELESS MOMENTS I I Jonathan Logan APPENDIX B

___________ Horizontal/vertical

heated:

DN DN DN DN DN 1" = 20'-0" 2 Base Floor Proposed 70’ 70’ 110’ 105’ 184’ 70’ 30’ 55’ 178’ 178’ 186’ 186’ 30’ 100’ 138’ 74’ 195’ 160’ 130’ 140’ 80’ 140’ 72’ 74’ 180’ 80’ 36’ CLNG HT. 36’ CLNG HT. 36’ CLNG HT. 24’ CLNG HT. 28’ CLNG HT. 28’ CLNG HT. 28’ CLNG HT. 28’ CLNG HT. 28’ CLNG HT. 28’ CLNG HT. 21’ CLNG HT. 21’ CLNG HT. 21’ CLNG HT. 21’ CLNG HT. 21’ CLNG HT. 21’ CLNG HT. 21’ CLNG HT. 21’ CLNG HT. 21’ CLNG HT. 21’ CLNG HT. 21’ CLNG HT. B B B B M M B B B M M M M M M A-3 A-3 A-3 OCCUPANCY BUSINESS: B OCCUPANCY MERCANTILE: M OCCUPANCY ASSEMBLY: A-3 2.5 hr. Fire Rating Barriers 2.5 hr. Fire Rating Barriers 2.5 hr. Fire Rating Barriers 1 hr. Fire Rated Corridor Walls LIFE SAFETY PLAN TIMELESS MOMENTS I IJonathan Logan LIFE SAFETY

12’ 10” 5’ 4” 5” 11” 3’ 5” 5’ 5” 3’ 0” 3’ 0” 5’ 0” 30’ 30’ 2’ 2” 4’ 4”

DETAIL RAMP DETAIL RAILING DETAIL TIMELESS MOMENTS I I Jonathan Logan RAMP STAIR

STAIR

DN DN DN 13’6” 13’6” 38’11” 7’6” 18’3” 39’6” 39’6” 40’10” CORRIDORS/VESTIBULES GENERAL BATHROOM RAMPS/STAIRS BATHROOMS EGRESS TURNING RADII EXIT/FIRE EXIT RAILINGS BUILDING ACCESSIBILITY PLAN TIMELESS MOMENTS I IJonathan Logan ACCESSIBLITY PLAN

SITE PLAN 1” = 400’ P P 165’ 65’ 259’ 360’ ACCESSIBLE PARKING AREA OF REFUGEE RAMPS DISTANCE TO PARKING HANDRAILS AND ELEVATION CHANGE SITE ACCESSIBILITY PLAN SITE ACCESSIBLITY PLAN TIMELESS MOMENTS I I Jonathan Logan ACCESSIBLITY PLAN

HVAC SYSTEM

CHARLOTTE NC TIMELESS MOMENTS I IJonathan Logan

AIR HANDLEING UNITS

BUILDING VENTILATION

VFR SYSTEM AIR HANDLING

THE BUILDING IS EQUIP WITH AIR HANDLING UNITS THAT HELP TO CONTROL THE BUILDINGS VENTILATION THROUGH SPACES. THIS ADDITIONALLY PUSHES AIR THROUGH THE LARGER SPACES AND CORRIDORS TO NATRUALY VENT THROUGH THE BUILDINGS DESIGN. WHILE THE VRF SYSTEM HELPS TO HEAT AND COOL THE BUILDING, HOT AND COLD GAS LINES ARE RUN THROUGH THE SMALLER SPACES HEATING UP OVERALL SPACES IN AN AREA WHILE NATRUAL VENTILATION AND THE VRF SYSTME HELPS TO CONROL THE AIR.

TIMELESS MOMENTS I I Jonathan Logan HVAC SYSTEMS

DN DN DN ZONE 1 ZONE 2 ZONE 3 ZONE 5 ZONE 6 ZONE 7 ZONE 4 SUPPLY DUCTS EXHAUST DUCTS OUTDOOR UNITS (AHU) HVAC AIR DISTRIBUTION PLAN TIMELESS MOMENTS I IJonathan Logan HVAC SYSTEM