The document describes proposed developments at the Emeryville Center of Innovation in Emeryville, California. The project consists of two new buildings, B1 and B2/3 totaling 561,000 square feet, along with a parking structure, B13/14, with 2,018 parking spaces. Building B1 would be 11 stories and 300,000 square feet. Building B2/3 would be 7 stories and 261,000 square feet. The parking structure would be 9 levels. The buildings are intended to establish the Center of Innovation as a modern life science campus with research and office space.
Folded plate structures are assemblies of flat plates rigidly connected along edges to form a structure without additional beams. They were first used in 1923 for an aircraft hangar. The principle is inspired by folding in nature like leaves and wings. Structural behavior depends on folding pattern and connections. Types include folded plate surfaces, frames, and spatial structures made of materials like concrete, metal, wood, and glass. Applications include roofs, walls, floors, and steel sheet piles. Advantages are light construction and longer spans while disadvantages include complex formwork and labor. Examples are the Air Force Academy Chapel and Yokohama Passenger Terminal. The document recommends using folded plates for portable homeless shelters in Bangladesh.
Islam is the religion of the majority in about 40 countries and almost every other country in the world has a
minority that follows Islam [1]. Comparatively a pretty percentage of Muslims perform their religious duties on a
regular basis, including the five mandatory prayers a day in the Masjid. For Muslims ablution is must before praying.
This is a state for which a person is required to do certain actions in certain order, referred to as ablution process.
Ablution function involves cleaning of certain parts of the body in a certain sequence with clean water. There is always a
portion of the Masjid users who needs to perform ablution before offering prayers. Therefore all over the world, there is
always a need to build Masajid along with their necessities, like ablution spaces. During planning and design stage, the
capacity of a Masjid and its ablution area is generally overlooked. In some cases a fixed ratio is being followed to plan
the capacity of the ablution area. This study is an attempt to prove that such fixed ratios are not applicable on all types of
localities, In fact it vary between urban, rural, commercial, residential and industrial localities. The methodology of
planning the ablution area capacity of a newly planned Masjid has been covered in this study by comparing case studies
of urban residential area and rural residential area.
Daniel Libeskind is a Polish-American architect known for works with angular, fragmented designs. Some key points:
- Founded Studio Daniel Libeskind in 1989 and is its principal design architect
- Works exhibit in major museums worldwide
- Began as an academic but is best known for buildings like the Jewish Museum Berlin, with its sharp angles and spaces representing Jewish suffering
Folded plate and shell structures are thin-walled building structures that are lightweight yet rigid. Folded plate roofs use simpler calculations and formwork than shells. Modern folded plates are made of cast-in-place or precast concrete or steel. Shell structures come in various types including concrete shells, lattice shells, and membrane structures. Common shell structures include hyperbolic shells, parabolic shells, and cylindrical shells, with examples like the Calgary Saddledome. Paraboloids are a type of curved surface that can be elliptical, hyperbolic, or a combination to create rigid structural forms.
Joseph Allen Stien, Raj Rewal, Anant D RajeSooraj Sharma
This document provides information on three contemporary Indian architects: Joseph Allen Stein, Anant D. Raje, and Raj Rewal. It discusses some of their key works and design philosophies. Joseph Allen Stein was an American architect who settled in India and is renowned for works like the Indian Habitat Centre that blended modernism with local materials and traditions. Anant Raje collaborated with Louis Kahn on the Indian Institute of Management Ahmedabad campus. He emphasized light, climate responsiveness, and pedestrian mobility in his projects. Raj Rewal studied in London and Paris and is known for works integrating advanced technologies with cultural traditions in a humanist approach to architecture.
The data in pdf has been collected from the internet and assembled according to the topic. It is not a self written article or paper. The pdf is about the fluid architecture and its scope in India. As per the available information it is limited to residential areas, however taking case examples from Zaha Hadid's works we can see how it can be taken steps ahead into other areas such as commercial buildings as well.
El documento describe el aeropuerto internacional Queen Alia en Amman, Jordania diseñado por Norman Foster + Partners entre 2008-2012. El aeropuerto cubre un área de 70,000 metros cuadrados y su estructura portante está compuesta enteramente de concreto prefabricado y vertido in situ, lo que permite formas orgánicas. El diseño se inspira en tiendas beduinas y es modular para permitir expansión futura.
Folded plate structures are assemblies of flat plates rigidly connected along edges to form a structure without additional beams. They were first used in 1923 for an aircraft hangar. The principle is inspired by folding in nature like leaves and wings. Structural behavior depends on folding pattern and connections. Types include folded plate surfaces, frames, and spatial structures made of materials like concrete, metal, wood, and glass. Applications include roofs, walls, floors, and steel sheet piles. Advantages are light construction and longer spans while disadvantages include complex formwork and labor. Examples are the Air Force Academy Chapel and Yokohama Passenger Terminal. The document recommends using folded plates for portable homeless shelters in Bangladesh.
Islam is the religion of the majority in about 40 countries and almost every other country in the world has a
minority that follows Islam [1]. Comparatively a pretty percentage of Muslims perform their religious duties on a
regular basis, including the five mandatory prayers a day in the Masjid. For Muslims ablution is must before praying.
This is a state for which a person is required to do certain actions in certain order, referred to as ablution process.
Ablution function involves cleaning of certain parts of the body in a certain sequence with clean water. There is always a
portion of the Masjid users who needs to perform ablution before offering prayers. Therefore all over the world, there is
always a need to build Masajid along with their necessities, like ablution spaces. During planning and design stage, the
capacity of a Masjid and its ablution area is generally overlooked. In some cases a fixed ratio is being followed to plan
the capacity of the ablution area. This study is an attempt to prove that such fixed ratios are not applicable on all types of
localities, In fact it vary between urban, rural, commercial, residential and industrial localities. The methodology of
planning the ablution area capacity of a newly planned Masjid has been covered in this study by comparing case studies
of urban residential area and rural residential area.
Daniel Libeskind is a Polish-American architect known for works with angular, fragmented designs. Some key points:
- Founded Studio Daniel Libeskind in 1989 and is its principal design architect
- Works exhibit in major museums worldwide
- Began as an academic but is best known for buildings like the Jewish Museum Berlin, with its sharp angles and spaces representing Jewish suffering
Folded plate and shell structures are thin-walled building structures that are lightweight yet rigid. Folded plate roofs use simpler calculations and formwork than shells. Modern folded plates are made of cast-in-place or precast concrete or steel. Shell structures come in various types including concrete shells, lattice shells, and membrane structures. Common shell structures include hyperbolic shells, parabolic shells, and cylindrical shells, with examples like the Calgary Saddledome. Paraboloids are a type of curved surface that can be elliptical, hyperbolic, or a combination to create rigid structural forms.
Joseph Allen Stien, Raj Rewal, Anant D RajeSooraj Sharma
This document provides information on three contemporary Indian architects: Joseph Allen Stein, Anant D. Raje, and Raj Rewal. It discusses some of their key works and design philosophies. Joseph Allen Stein was an American architect who settled in India and is renowned for works like the Indian Habitat Centre that blended modernism with local materials and traditions. Anant Raje collaborated with Louis Kahn on the Indian Institute of Management Ahmedabad campus. He emphasized light, climate responsiveness, and pedestrian mobility in his projects. Raj Rewal studied in London and Paris and is known for works integrating advanced technologies with cultural traditions in a humanist approach to architecture.
The data in pdf has been collected from the internet and assembled according to the topic. It is not a self written article or paper. The pdf is about the fluid architecture and its scope in India. As per the available information it is limited to residential areas, however taking case examples from Zaha Hadid's works we can see how it can be taken steps ahead into other areas such as commercial buildings as well.
El documento describe el aeropuerto internacional Queen Alia en Amman, Jordania diseñado por Norman Foster + Partners entre 2008-2012. El aeropuerto cubre un área de 70,000 metros cuadrados y su estructura portante está compuesta enteramente de concreto prefabricado y vertido in situ, lo que permite formas orgánicas. El diseño se inspira en tiendas beduinas y es modular para permitir expansión futura.
Ever growing amman, jordan_urban expansion social polarisation and contempora...Dania Abdel-aziz
The document summarizes the phenomenal growth of Amman, Jordan from a small town of 2000-3000 people in the early 1920s to a major regional city of over 2 million people today. It describes the physical geography and climate of Amman and the early development of the city. It then discusses the population growth, particularly large waves of migrants in the 1940s and Palestinians displaced in 1948, which led to abrupt increases. The document also examines the modern social polarization of Amman between wealthy and poorer neighborhoods. It introduces some of the contemporary urban issues facing planning in Amman related to transportation, water resources, and future urban growth.
This document discusses a new project involving the use of artificial intelligence and machine learning techniques to analyze large datasets and provide insights. The project aims to develop models that can process information and identify key patterns and relationships in an automated fashion to help organizations make better data-driven decisions. A multidisciplinary team of engineers, data scientists and domain experts will work together on this initiative over the next year.
Residential Apartments, Residential Plots, Villas Farm House
Commercial Plots, shop
Group Housing Plots,
JDA Approved , Society Property in Mahindra world City & Surroundings.
The Edge in Amsterdam has the highest BREEAM rating of any office building and uses 70% less electricity through energy efficient design features like solar panels, smart lighting, thermal energy storage and rainwater reuse. It has over 28,000 sensors controlling building functions and maximizes natural lighting through large windows and an atrium designed like the solar system center. Each facade is uniquely designed based on orientation and sunlight paths to optimize energy efficiency.
The Matrimandir in Auroville, India took 37 years to build and is designed as a large golden sphere surrounded by twelve pedestals. Inside is a white marble meditation chamber containing the world's largest optically perfect glass globe. Sunlight is directed through this globe using mirrors to provide the only source of light. The structure represents unity and was designed to have no images or organized activities, simply allowing meditation in complete silence illuminated by a single ray of sunlight or artificial light.
Building Technology 1 Construction Solutions Reportdouglasloon
Taylor's University Lakeside Campus
School of Architecture, Building & Design
Bachelor of Science (Hons) in Architecture
Building Technology (BLD 61403)
The walled city of Harar in Ethiopia has a rich Islamic architectural heritage. It was influenced by neighboring Arab cultures and is considered the fourth most sacred Islamic city. Within its walls are over 90 mosques and the historic Al-Jami mosque. The city is divided into five quarters by gates, each historically headed by a Malak leader and further divided into neighborhoods organized around mosques. Notable buildings include residents' close-quarter homes built back-to-back around narrow lanes as well as the former home of poet Arthur Rimbaud.
Case Studies of Sustainable Office buildings, these both case studies are based on sustainable features adopted inorder to make the entire structure energy efficient as well as encourage work environment within the premises, i hope it helps out students of architecture, engineering backgrounds!!!...
Historic Re-enactment With Modern Interpretation (Thesis Report)Divya Bhaskara
A detailed study of evolution of architecture of Hyderabad and also study of re-interpretation of Indo Sarcenic Architecture of Hyderabad to the modern public buildings.
The Church of Light is located in a small town outside Osaka, Japan. Designed by architect Tadao Ando, the small 113 square meter concrete building uses light and space to create a spiritual atmosphere. A diagonal concrete wall cuts through the main worship space, allowing sunlight to filter throughout the day and give the illusion that the roof is floating. The minimalist design emphasizes simplicity and draws from both Christian and Japanese architectural traditions to provide a contemplative space.
This document summarizes Jordanian vernacular architecture, which varied based on geographical regions and available materials. It discusses the different architectural styles used in the desert, Jordan River Valley, and highland villages. Tents were commonly used in the desert due to their portability. In villages, wealthy landowners lived in courtyard homes while poorer sharecroppers lived in simple rectangular stone structures. Unfortunately, most vernacular architecture has been abandoned as the population has modernized and urbanized.
This document provides an overview of Harvard University's campus layout and facilities. The main campus is centered around Harvard Yard in Cambridge, MA and covers 210 acres. There are additional campuses in Allston (360 acres) and the medical campus (21 acres). Campus amenities include dormitories, academic buildings, athletic facilities, open spaces, transportation options like shuttles, and various student support services and buildings. The architecture on campus incorporates styles like Romanesque, Georgian Revival, and Greek Revival.
PowerPoint Presentations by the 6th grade students of 7th Primary School of Palaio Faliro, Athens, Greece (School Year 2012-2013, English Teacher: Maria Papadaki) for the Environmental Programme entitled "Τσιμεντένιες πόλεις, πέτρινες ζωές" OR "Cities of cement, Lives of stone" in cooperation with the Greek teacher and the Arts teacher of the class. Beddington Zero Energy Development (BedZED) is an environmentally friendly housing development in Hackbridge, London, England.
Study of Folded Plates for understanding their use, types, technology along with suitable case studies. This is a specific type of Methodology adopted for construction over long spans column free spaces. How structurally Folded plates surpases the need of column grids and conventional methods of construction with the proper design and technology is the motive of this study.
Raj Rewal is an Indian architect born in 1934 who is renowned for his modern interpretations of traditional Indian architecture. He received training and worked in London before returning to India in 1962 to start his own practice. Some of Rewal's most famous buildings include the Asian Games Village housing complex in Delhi, which used urban planning principles from Jaipur and Jaisalmer to create a network of streets and squares. The State Trading Corporation office building features vertical structural cores and sandstone panels on its unique structure. Rewal's designs sought to evolve mass housing schemes that incorporated traditional concepts like shade, cross-ventilation and a sense of community through central squares.
DESIGN STUDIO III ARCP 301R. Belton, AIA, NOMA, CSI Associates.docxcarolinef5
DESIGN STUDIO III ARCP 301
R. Belton, AIA, NOMA, CSI Associates Professor
PROBLEM 1
FALL 2018
COMMERCIAL GROUND FLOOR AND OFFICE BUILDING
8/22/2018
Ralph Belton, AIA
Table of Contents
I. INTRODUCTION3
A. Preamble3
B. Program3
II. PROJECT STATEMENT3
III. SITE AND ENVIRONMENTAL DATA3
A. Climate and Geographical Data3
B. Adjacencies and Zoning4
C. Topography4
D. Major View4
E. Utilities4
F. Soil and Sub-Surface Conditions4
IV. PROGRAM REQUIREMENTS5
A. General Requirements5
B. Site Requirements5
C. Building Requirements5
V. CODE REQUIREMENTS7
A. General7
B. Classifications7
C. Exiting Requirements7
D. Occupant Load8
E. Stairs8
F. Fire Ratings8
G. Barrier-Free Design9
APPENDIX A11
Required Drawings11
Grading Criteria12
APPENDIX B13
APPENDIX C14
APPENDIX D15
APPENDIX E16
RECREATIONAL RETIAL MALL AND OFFICE BUILDING
I. INTRODUCTION
A. Preamble
The District of Columbia has embarked on an ambitious city planning scheme to reshape the city scape to accommodate the younger generation interested in compact activity zone were shopping recreation and work all happen in close proximity. In part this phenomena is driven by the baby boomers who has a age factor that make living and entertainment in the close proximity a necessity of life. The options for boomers are suburban senior homes or an urban area with all the needed amenities within reach. Transportation access is also important for both groups.
So the city Mixed Use (MU) … “zones are designed to provide facilities for housing, shopping, and business needs, including residential, office, service, and employment centers.”
B. Program
XYZ Corporation has acquired a 2.4 acre parcel of land on the Connecticut Ave corridor in North West Washington DC. (See subdivision record plat Appendix B). In partnership with the Giant Corp., the company intends to develop a mixed use building to include retail and office activities on the land in keeping with the Washington DC Connecticut Ave corridor urban plan. The project is envisioned to conform to the implementation of the Comprehensive Plan.
II. PROJECT STATEMENT
With the influx genXers, Milennials, and an establish population of professional and elderly people[footnoteRef:1] the XYZ Corporation has determined through market studies that this site will support a retail and office building. [1: http://apps.urban.org/features/OurChangingCity/demographics/index.html#index ]
XYZ Corporation recognizes the business advantage of locating its branch offices in close proximity to several Universities and on the metro red line. As a result the corporation has assembled a strategic parcel of land on Connecticut Ave NW adjacent to the Metro line. (See also Appendix B.)
III. SITE AND ENVIRONMENTAL DATA
A. Climate and Geographical Data
1. Location:Latitude 38° 57' N
Longitude 77° 1' W
2. Elevation at Building Site: 322.0 feet above sea level.
3. Sun Angles:December 21st at Noon 28.55°
June 21st at Noon 75.45°
4.
The document outlines several infrastructure and housing projects in Gibraltar including:
1) Two residential developments totaling over 1,000 homes, parking, and amenities.
2) An airport tunnel and road project to address traffic congestion costing $80 million.
3) Improvements to Gibraltar Airport in 2011.
4) The Buena Vista project in Gibraltar for 2012.
5) An aerial farm housing project providing 564 affordable homes for $125 million.
Ever growing amman, jordan_urban expansion social polarisation and contempora...Dania Abdel-aziz
The document summarizes the phenomenal growth of Amman, Jordan from a small town of 2000-3000 people in the early 1920s to a major regional city of over 2 million people today. It describes the physical geography and climate of Amman and the early development of the city. It then discusses the population growth, particularly large waves of migrants in the 1940s and Palestinians displaced in 1948, which led to abrupt increases. The document also examines the modern social polarization of Amman between wealthy and poorer neighborhoods. It introduces some of the contemporary urban issues facing planning in Amman related to transportation, water resources, and future urban growth.
This document discusses a new project involving the use of artificial intelligence and machine learning techniques to analyze large datasets and provide insights. The project aims to develop models that can process information and identify key patterns and relationships in an automated fashion to help organizations make better data-driven decisions. A multidisciplinary team of engineers, data scientists and domain experts will work together on this initiative over the next year.
Residential Apartments, Residential Plots, Villas Farm House
Commercial Plots, shop
Group Housing Plots,
JDA Approved , Society Property in Mahindra world City & Surroundings.
The Edge in Amsterdam has the highest BREEAM rating of any office building and uses 70% less electricity through energy efficient design features like solar panels, smart lighting, thermal energy storage and rainwater reuse. It has over 28,000 sensors controlling building functions and maximizes natural lighting through large windows and an atrium designed like the solar system center. Each facade is uniquely designed based on orientation and sunlight paths to optimize energy efficiency.
The Matrimandir in Auroville, India took 37 years to build and is designed as a large golden sphere surrounded by twelve pedestals. Inside is a white marble meditation chamber containing the world's largest optically perfect glass globe. Sunlight is directed through this globe using mirrors to provide the only source of light. The structure represents unity and was designed to have no images or organized activities, simply allowing meditation in complete silence illuminated by a single ray of sunlight or artificial light.
Building Technology 1 Construction Solutions Reportdouglasloon
Taylor's University Lakeside Campus
School of Architecture, Building & Design
Bachelor of Science (Hons) in Architecture
Building Technology (BLD 61403)
The walled city of Harar in Ethiopia has a rich Islamic architectural heritage. It was influenced by neighboring Arab cultures and is considered the fourth most sacred Islamic city. Within its walls are over 90 mosques and the historic Al-Jami mosque. The city is divided into five quarters by gates, each historically headed by a Malak leader and further divided into neighborhoods organized around mosques. Notable buildings include residents' close-quarter homes built back-to-back around narrow lanes as well as the former home of poet Arthur Rimbaud.
Case Studies of Sustainable Office buildings, these both case studies are based on sustainable features adopted inorder to make the entire structure energy efficient as well as encourage work environment within the premises, i hope it helps out students of architecture, engineering backgrounds!!!...
Historic Re-enactment With Modern Interpretation (Thesis Report)Divya Bhaskara
A detailed study of evolution of architecture of Hyderabad and also study of re-interpretation of Indo Sarcenic Architecture of Hyderabad to the modern public buildings.
The Church of Light is located in a small town outside Osaka, Japan. Designed by architect Tadao Ando, the small 113 square meter concrete building uses light and space to create a spiritual atmosphere. A diagonal concrete wall cuts through the main worship space, allowing sunlight to filter throughout the day and give the illusion that the roof is floating. The minimalist design emphasizes simplicity and draws from both Christian and Japanese architectural traditions to provide a contemplative space.
This document summarizes Jordanian vernacular architecture, which varied based on geographical regions and available materials. It discusses the different architectural styles used in the desert, Jordan River Valley, and highland villages. Tents were commonly used in the desert due to their portability. In villages, wealthy landowners lived in courtyard homes while poorer sharecroppers lived in simple rectangular stone structures. Unfortunately, most vernacular architecture has been abandoned as the population has modernized and urbanized.
This document provides an overview of Harvard University's campus layout and facilities. The main campus is centered around Harvard Yard in Cambridge, MA and covers 210 acres. There are additional campuses in Allston (360 acres) and the medical campus (21 acres). Campus amenities include dormitories, academic buildings, athletic facilities, open spaces, transportation options like shuttles, and various student support services and buildings. The architecture on campus incorporates styles like Romanesque, Georgian Revival, and Greek Revival.
PowerPoint Presentations by the 6th grade students of 7th Primary School of Palaio Faliro, Athens, Greece (School Year 2012-2013, English Teacher: Maria Papadaki) for the Environmental Programme entitled "Τσιμεντένιες πόλεις, πέτρινες ζωές" OR "Cities of cement, Lives of stone" in cooperation with the Greek teacher and the Arts teacher of the class. Beddington Zero Energy Development (BedZED) is an environmentally friendly housing development in Hackbridge, London, England.
Study of Folded Plates for understanding their use, types, technology along with suitable case studies. This is a specific type of Methodology adopted for construction over long spans column free spaces. How structurally Folded plates surpases the need of column grids and conventional methods of construction with the proper design and technology is the motive of this study.
Raj Rewal is an Indian architect born in 1934 who is renowned for his modern interpretations of traditional Indian architecture. He received training and worked in London before returning to India in 1962 to start his own practice. Some of Rewal's most famous buildings include the Asian Games Village housing complex in Delhi, which used urban planning principles from Jaipur and Jaisalmer to create a network of streets and squares. The State Trading Corporation office building features vertical structural cores and sandstone panels on its unique structure. Rewal's designs sought to evolve mass housing schemes that incorporated traditional concepts like shade, cross-ventilation and a sense of community through central squares.
DESIGN STUDIO III ARCP 301R. Belton, AIA, NOMA, CSI Associates.docxcarolinef5
DESIGN STUDIO III ARCP 301
R. Belton, AIA, NOMA, CSI Associates Professor
PROBLEM 1
FALL 2018
COMMERCIAL GROUND FLOOR AND OFFICE BUILDING
8/22/2018
Ralph Belton, AIA
Table of Contents
I. INTRODUCTION3
A. Preamble3
B. Program3
II. PROJECT STATEMENT3
III. SITE AND ENVIRONMENTAL DATA3
A. Climate and Geographical Data3
B. Adjacencies and Zoning4
C. Topography4
D. Major View4
E. Utilities4
F. Soil and Sub-Surface Conditions4
IV. PROGRAM REQUIREMENTS5
A. General Requirements5
B. Site Requirements5
C. Building Requirements5
V. CODE REQUIREMENTS7
A. General7
B. Classifications7
C. Exiting Requirements7
D. Occupant Load8
E. Stairs8
F. Fire Ratings8
G. Barrier-Free Design9
APPENDIX A11
Required Drawings11
Grading Criteria12
APPENDIX B13
APPENDIX C14
APPENDIX D15
APPENDIX E16
RECREATIONAL RETIAL MALL AND OFFICE BUILDING
I. INTRODUCTION
A. Preamble
The District of Columbia has embarked on an ambitious city planning scheme to reshape the city scape to accommodate the younger generation interested in compact activity zone were shopping recreation and work all happen in close proximity. In part this phenomena is driven by the baby boomers who has a age factor that make living and entertainment in the close proximity a necessity of life. The options for boomers are suburban senior homes or an urban area with all the needed amenities within reach. Transportation access is also important for both groups.
So the city Mixed Use (MU) … “zones are designed to provide facilities for housing, shopping, and business needs, including residential, office, service, and employment centers.”
B. Program
XYZ Corporation has acquired a 2.4 acre parcel of land on the Connecticut Ave corridor in North West Washington DC. (See subdivision record plat Appendix B). In partnership with the Giant Corp., the company intends to develop a mixed use building to include retail and office activities on the land in keeping with the Washington DC Connecticut Ave corridor urban plan. The project is envisioned to conform to the implementation of the Comprehensive Plan.
II. PROJECT STATEMENT
With the influx genXers, Milennials, and an establish population of professional and elderly people[footnoteRef:1] the XYZ Corporation has determined through market studies that this site will support a retail and office building. [1: http://apps.urban.org/features/OurChangingCity/demographics/index.html#index ]
XYZ Corporation recognizes the business advantage of locating its branch offices in close proximity to several Universities and on the metro red line. As a result the corporation has assembled a strategic parcel of land on Connecticut Ave NW adjacent to the Metro line. (See also Appendix B.)
III. SITE AND ENVIRONMENTAL DATA
A. Climate and Geographical Data
1. Location:Latitude 38° 57' N
Longitude 77° 1' W
2. Elevation at Building Site: 322.0 feet above sea level.
3. Sun Angles:December 21st at Noon 28.55°
June 21st at Noon 75.45°
4.
The document outlines several infrastructure and housing projects in Gibraltar including:
1) Two residential developments totaling over 1,000 homes, parking, and amenities.
2) An airport tunnel and road project to address traffic congestion costing $80 million.
3) Improvements to Gibraltar Airport in 2011.
4) The Buena Vista project in Gibraltar for 2012.
5) An aerial farm housing project providing 564 affordable homes for $125 million.
This document provides an organizational structure and project plan for the construction of the Oberoi Hotel in Abu Dhabi. It outlines the responsibilities of different project leaders and areas. It also describes the construction methodology and sequencing over time, including plans for the structure, formwork, concrete placement, pre-cast elements, and edge protection. Key milestones include starting piling in August 2008 and completing the project in February 2011.
CMAA OHare and Midway International Airports Capital Improvement ProgramAusrine Rakauskaite
Jonathan Leach, Chief Operating Officer at CDA as he discusses CDA’s expanding Capital Improvement Program for the both the “world’s busiest airport” and the “busiest square mile in the world.”
Manuel Cabello de Alba has experience managing the construction of several singular projects in Gibraltar (UK) including:
1) 537 apartment development called Waterport Terraces with parking, infrastructure, and amenities for $83M.
2) 492 rental apartment complex called Mid Harbour with parking, infrastructure, and amenities for $100M.
3) Gibraltar Airport Tunnel and access road for $80M including a below sea level traffic tunnel, pedestrian tunnel, and new road.
4) Upgrades to Gibraltar Airport in 2011 including an underground fuel storage and offshore aircraft lighting structure.
5) Buena Vista development in Gibraltar in 2012.
This document provides information about residential apartments for sale in Tiara Tower located in Jaypee Greens Wish Town, Noida. It includes a product brief describing the location and highlights. Floor plans and unit layouts are displayed along with specifications, pricing details, payment plans and frequently asked questions. The apartments range from 2BHK to 4BHK units across 31 floors. Pricing ranges from Rs. 1.32 crores to Rs. 2.79 crores depending on unit size and floors. Payment can be made in installments linked to construction milestones or through a down payment plan.
This document provides plans and specifications for a tenant finish-out of a new Extreme Pita restaurant space located in Oxmoor Mall in Louisville, Kentucky. The plans include demolition plans, floor plans, equipment plans, finish schedules, elevations, and mechanical, plumbing and electrical plans. The project will renovate 987 square feet of an existing mall space into a restaurant with a 24 person maximum occupancy in accordance with the 2012 International Building Code and Kentucky accessibility standards.
This document provides details of a proposed dual occupancy development at 40 North Road in Avondale Heights. It includes a site analysis, description of the existing property, and proposed redevelopment plans. The plans show demolishing the existing house and constructing a dual occupancy with two units. The ground floors would be brick to match the neighborhood, and the first floors would be clad in rendered fiber cement. The redevelopment aims to optimize the use of the land while maintaining vegetation, amenity, and solar access. It would comply with relevant planning schemes and overlay requirements.
This document provides information on several civil engineering and construction projects in Gibraltar that Manuel Cabello de Alba has worked on, including:
1. The Waterport Terraces residential development project comprising 537 apartments across 10 blocks from 4-9 stories high, with parking, roads, and utilities.
2. The Mid Harbour rental housing project consisting of 492 apartments in 6 blocks from 6-8 stories high, also including parking, roads, and utilities.
3. The Gibraltar Airport Tunnel and Frontier Access Road project building a dual carriageway tunnel below the airport runway for traffic and a separate tunnel for pedestrians.
4. Work as technical manager on projects related to the Gibraltar Airport and
City of orlando db colonial ped overpass technicalBrendan O'Connor
The proposal provides an alternative alignment for the pedestrian overpass that would span a pond with a prefabricated steel box-truss, eliminating construction within the pond. Foundations for piers supporting the trusses would be outside the pond. The alignment is slightly longer but maintains flow. The proposal recommends using precast concrete piles with pile caps for deep foundations, prefabricated steel trusses spanning 220 feet, and precast concrete beams or cast-in-place slabs for approach ramps. Retained earth walls are proposed for ease and safety. Stormwater management complies with regulations.
Building economics final assignment reportlucaschinsheng
This document provides details of the proposed design and construction costs for a mixed-use development in Kuala Lumpur. The design includes a 6-storey low-rise building connected to a 16-storey office tower, with retail space, food and beverage areas, and a rooftop garden. Construction costs are estimated at RM392 million and include costs for offices, parking, utilities, allowances, and road improvements. The design aims to achieve the Green Building Index Platinum certification and incorporates sustainable features like a raised floor system and link bridges to encourage walking.
The document is a city council agenda memorandum regarding a request for compatibility review of proposed designs for a new single-family residence and detached accessory structures located at 820 Cambridge Oval in Alamo Heights, Texas. The proposal would construct a new 4,937 square foot main house with a 1,210 square foot detached garage and other accessory structures, increasing total lot coverage from 17% to 33.7% and floor area ratio from 20% to 45%. The Architectural Review Board recommended approval of the proposed designs at their February 22nd special meeting.
Jll Presentation Cpa And Bohler Arch And Laser ScanningRICHBUTKUS
This document provides an overview of Bohler Engineering & Affiliates, a civil engineering firm that offers services including architectural engineering, permitting, land surveying, environmental engineering, and traffic engineering. It lists the company's office locations across the United States. The document then describes services offered such as building design, building alteration/renovation, laser scanning, and exterior site work. It provides examples of projects and concludes with contact information for various office locations.
The document summarizes a new public safety headquarters building project in Fairfax County, VA. The 274,000 square foot building replaced an aging facility and serves as the new headquarters for the police and fire departments. It includes office space, public areas, green building features like green roofs and rainwater harvesting, and improvements to the surrounding campus like new sidewalks and lighting. The $142 million project was completed in 2017 on a 9-acre site and achieved LEED Silver certification.
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3. March 4, 2020 EMERYVILLE CENTER OF INNOVATION G000
EMERYVILLE CENTER OF INNOVATIONFlad Project Number
BMR CAMPUS VISION19396-05
PROJECT DESCRIPTION PROJECT TEAM SHEET INDEX
LOCATION MAP
VICINITY MAP
LAND USE PROGRAM
The proposed FDP area includes approximately 6.31
acres situated at the intersection of Hollis and Stanford
Streets, and Horton and 53rd Streets in Emeryville,
California. The FDP proposes to develop the area of
Buildings 1, 2, 3, 13 and 14 identified in Figure 2-5 of the
PDP, to accommodate research, development and small-
scale manufacturing, production-scale manufacturing,
administration, and mechanical and utility spaces. The
building and landscaping design are intended to establish
the Emeryville Center of Innovation as a cohesive, modern
life science campus for the 21st century.
PROJECT DESCRIPTION
The proposed project consists of two new buildings, B1 and
B2/3 totaling approximately 561,000 square feet that will
complete the Hollis Street frontage between 53rd Street and
Stanford Avenue, along with a parking structure, B13/14,
facing Horton Street that will accommodate the parking
necessary to support the existing and new building space.
The project components are summarized as follows:
Building Approx Size # of Occupied Floors
B1 300,000 SF 11
B2/3 261,000 SF 7
B13/14 2,018Cars 9 levels, including grade and
roof
This proposed construction complies with the “Minimum
Project” as defined in Section 2.2.3 of the PDP.
The initial building construction will consist of the
building shell and core space, to include the full building
structure, building exterior facades, roof level equipment
screening, interior stairs and elevators, and primary
utility distribution risers. The initial construction may also
include the building entry lobbies, toilet cores on one or
more floor levels, and primary mechanical equipment.
Specific functions throughout the buildings will be
determined by the building tenants as a part of the future
tenant improvements construction.
BUILDING DESCRIPTIONS
Building B1 consists of a new 11-story, approximately
300,000 SF tower designed to accommodate research
and development laboratories and associated office
and support space on all levels. The First Floor level will
incorporate the primary building entry, tenant spaces
facing the streets, courtyard and plaza, and entries to the
building loading dock and service areas. Floors 2 through
10 will be designed to accommodate flexible laboratory
OWNER
Biomed Realty
17190 Bernardo Center Drive
San Diego, CA 92128
(858) 485.9840
ARCHITECT
FLAD Architects
650 California Street
17th Floor
San Francisco, CA 94108
(415) 398.1600
PARKING DESIGN
International Parking Design
560 14th Street
Suite #300
Oakland, CA 94612
(510) 473.0300
LAND USE COUNSEL
Perkins Coie
505 Howard Street
Suite 1000
San Francisco, CA 94105
(415) 344.7117
CIVIL ENGINEER
BKF Engineers
150 California Street
Suite 600
San Francisco, CA 94111
(415) 930.7949
GEOTECHNICAL ENGINEER
LANGAN
135 Main Street
Suite 1500
San Francisco, CA 94105
(415) 955.5200
LANDSCAPE ARCHITECT
BIONIC
833 Market Street
Suite 601
San Francisco, CA 94103
(415) 206.0648
12/12/19
02/10/20
03/04/20
11/04/19
and associated office and support space on all levels, and
the 11th floor will be designed as a “sky box” space that
can accommodate either administrative, conference or
research space. The potential for a rooftop terrace space
will be incorporated to take advantage of the views from
this premier location. The building roof areas will be utilized
for mechanical equipment, including boilers, chillers, air
handling units and exhaust fans.
Building B2/3 consists of a new 7-story, approximately
261,000 SF building designed to accommodate research
and development laboratories and associated office
and support space on all levels. The First Floor level will
incorporate the primary building entry, tenant spaces
facing Hollis Street and the courtyard, and entries to the
building loading dock and service areas. Floors 2 through
7 will be designed to accommodate flexible laboratory
and associated office and support space on all levels.
The building roof areas will be utilized for mechanical
equipment, including boilers, chillers, air handling units
and exhaust fans. The street liner for will contain building
support functions such conferencing and meeting rooms,
training and education facilities, and so on. Retail functions
will also be provided on building 2/3.
Building B13/14 consists of a dedicated parking structure
with vehicle parking on 9 levels, including the grade level
and roof level. Provisions will be made for incorporation of
electric vehicle charging as appropriate. This building is
anticipated to accommodate small occupied space for an
Emergency Operations Center or other retail use including
possible provision for a small office to accommodate a
parking staff.
BUILDING FACADES
The building B1 and B2/3 facade will consist of a
combination of materials that are respectful and compatible
with the architecture of existing Building 4, while also
updating the appearance of these new buildings to
meet new sustainability objectives, indoor environmental
standards, energy performance, and marketplace
expectations. The lower levels of the proposed buildings
B1 and B2/3 will incorporate glass and terracotta or
brick masonry materials that relate strongly to the local
Emeryville history, current context and adjacent Building
4 design. The middle levels of the buildings will consist of
glass and metal trim that provide excellent light and views
to and from the building interior. Opaque areas will be
addressed with a combination of shadowbox (spandrels)
panels and/or metal infill panels, to add interest and
variation to the facade. The upper levels and mechanical
screens will consist of a combination of opaque glass
panels and metal screen materials or terracotta to conceal
the rooftop equipment and exhaust risers.
Sheet Index
G000 Data Sheet
G001 BMR Campus Vision
G002 BMR Campus Vision - Axonometric
G003 Existing Conditions Within PDP Area
G004 Existing Conditions Within PDP Area On BMR Properties
G005 Existing Site Photos
G006 PDP Boundary and Site Plan*
G007 PDP Boundary And Site Plan - Showing BMR Properties
G008 PDP Boundary And Site Plan - Showing BMR FDP Boundary
G009 BMR Proposed FDP Scope
G010 BMR FDP - Frontage & Setbacks
G011 BMR FDP - Open Space
G012 BMR FDP - Building Heights
G013 BMR FDP - Vehicular Circulation & Service Access
G014 BMR FDP - Pedestrian Circulation
G015 BMR FDP - Emergency Vehicle Access
G016 BMR FDP - Bicycle Circulation
G017 BMR FDP - Bicycle Circulation At B13/14
G018 Project Images - Southwest View At Hollis And Stanford Streets -B1
G019 Building Plans - B1
G020 Building Images, Hollis Street Elevation - B1
G021 Project Images - Southwest View At Hollis Street - B2/3
G022 Building Plans - B2/3
G023 Building Images, Hollis Street Elevation - B2/3
G024 Building Images, Southeast View at Horton Street - B13/14
G025 Building Images, Southeast View at Horton Street - B13/14
G026 Building Plans - B13/14 (Parking)
G027 Building Images, Horton Street Elevation - B13/14
G028 Shadow Studies
G029 PDP Conformance - Overall Massing
G030 PDP Conformance - Hollis Street Setbacks
G031 PDP Conformance - Hollis Street Height Limits
G032 PDP Conformance - Hollis Street Building Massing
G033 PDP Conformance - Horton Street Building Massing
G034 PDP Conformance - PDP Setbacks
G035 PDP Conformance - PDP & Proposed FDP Setback Comparison
L001 Context Of FDP Boundary
L002 Landscape Illustrative Plan B1 & B2/3
L003 Project Image - Chiron Way Shared Street Looking North
L004 Project Image - Plaza Looking South
L005 Project Image - Plaza Looking North
L006 Project Image - Paseo Looking Toward Chiron Way
L007 Material Palette & Precedents
L008 Materials Plan B1 & B2/3
L009 Preliminary Plant Palette & Precedents
L010 Preliminary Tree Palette & Precedents
L011 Planting Areas B1 & B2/3
L012 Hydrozone B1 & B2/3
L013 Landscape Sections: (Chiron Way)
L014 Landscape Sections: (Chiron Way)
L015 Landscape Sections: (Chiron Way)
L016 Landscape Sections: (Hollis Street, Stanford Avenue)
L017 Landscape Sections: (Hollis Street, Stanford Avenue)
L018 Landscape Sections: (Entry Garden Section, Paseo Section)
L019 Landscape Sections: (Plaza)
Data Sheet
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4. 25’0’ 50’ 100’
B2/3
24'
HORTON STREET
(Public Street)
HORTON STREET “FORMERLY LANDREGAN ST”(Public Street)
53RDSTREET
(PublicStreet)
CHIRON WAY “FORMERLY HOLDEN ST”
(Publicly-Accessible Private Street)
HOLLIS STREET
(Public Street)
HOLLIS STREET
(Public Street)
PELADEAU STREET
(Public Street)
STANFORD
AVENUE
(PublicStreet)
FUTUREPEDESTRIANBRIDGEBRIDGEACCESS
EASEMENT
NON-BUILDABLE
EASEMENT
B1
B4
(E)
B7
(E)
B8B
(FUTURE BUILDING)
B8A
(FUTURE BUILDING)
PDU
(E)
R
(E)
Q
(E)
N
(E)
H
(E)
12A
(E)
CMF
(E)
F
(E)
E
(E)
D
(E)
B13/14
B2/3
Non Buildable Easement**
Grifols-Owned Properties
Overall PDP Boundary*
BMR-Owned Properties
Grifols-Owned BuildingA0A
BMR-Owned BuildingA0A
Existing Building(E)
GRIFOLS-OWNED
PROPERTIES
GRIFOLS-OWNED
PROPERTIES
BMR-OWNED
PROPERTIES
BMR-OWNED
PROPERTIES
BMR-OWNED
PROPERTIES
GRIFOLS-OWNED
PROPERTIES
March 4, 2020 EMERYVILLE CENTER OF INNOVATION G001
BMR Campus Vision
*Per Preliminary Development Plan Figure 2-5 & 2-6
**Per 2018 ALTA/NSPS Land Title Survey
5. HORTON STREET “FORMERLY LANDREGAN ST”
HORTON STREET
HOLLIS STREET
HOLLIS STREET
PELADEAU STREET
STANFORDAVENUE
FUTURE SHERWIN WILLIAMS
DEVELOPMENT
B8B
(FUTURE BUILDING)
B8A
(FUTURE BUILDING)
D
(E)
R
(E)
Q
(E)
PDU
(E)
H
(E) 12A
(E)
CMF
(E)
B1
B2/3
B7
(E)
B4
(E)
B13/14
F
(E)
N
(E)
E
(E)
Overall PDP Boundary*
BMR-Owned Properties**
BMR-Owned BuildingA0A
Grifols-Owned BuildingA0A
Existing Building(E)
March 4, 2020 EMERYVILLE CENTER OF INNOVATION G002
BMR Campus Vision - Axonometric
*Per Preliminary Development Plan Figure 2-5 & 2-6
**Per 2018 ALTA/NSPS Land Title Survey
6. Overall PDP Boundary*
Grifols-Owned Building
BMR-Owned Building
A0A
A0A
12AH
R
Q
N
PDU
G T
B7
B4
E
D
CMF
F
0’ 25’ 50’ 100’
March 4, 2020 EMERYVILLE CENTER OF INNOVATION G003
Existing Conditions Within PDP Area
*Per Preliminary Development Plan Figure 2-5 & 2-6
7. Overall PDP Boundary*
BMR-Owned Properties**
Non BMR-Owned Properties**
PDU
G T
B7
B4
BMR-OWNED
PROPERTIES
BMR-OWNED
PROPERTIES
BMR-OWNED
PROPERTIES
0’ 25’ 50’ 100’
March 4, 2020 EMERYVILLE CENTER OF INNOVATION G004
Existing Conditions Within PDP Area On BMR Properties
*Per Preliminary Development Plan Figure 2-5 & 2-6
** Per 2018 ALTA/NSPS Land Title Survey
8. map.
1000 ft
N
➤➤
N
March 4, 2020 EMERYVILLE CENTER OF INNOVATION G005
Existing Site Photos
1
6
3
2
5
4
1
54
2
3
6
9. Overall PDP Boundary*
Proposed PDP Buildings*
Horton Street
Hollis Street
Holden Street
53rdStreet
45thStreet
StanfordStreetExtension
Horton Street Bypass
B4
B8B9B10B11D B7A
CMF
B7B
B6
B5
B3
B2
PDU B12B B12AB13B14B
B14A
B1
0’ 25’ 50’ 100’
March 4, 2020 EMERYVILLE CENTER OF INNOVATION G006
PDP Boundary and Site Plan*
*Per Preliminary Development Plan Figure 2-5 & 2-6
10. Overall PDP Boundary*
Proposed PDP Buildings*
BMR-Owned Properties**
HORTON STREET
HOLLIS STREET
HOLDEN STREET
53RDSTREET
45THSTREET
STANFORD
STREETEXTENSION
HORTON STREET BYPASS
B4
B8B9B10B11D B7A
CMF
B7B
B6
B5
B3
B2
PDU B12B B12AB13B14B
B14A
B1
BMR-OWNED
PROPERTIES
BMR-OWNED
PROPERTIES
BMR-OWNED
PROPERTIES
0’ 25’ 50’ 100’
March 4, 2020 EMERYVILLE CENTER OF INNOVATION G007
*Per Preliminary Development Plan Figure 2-5 & 2-6
PDP Boundary And Site Plan - Showing BMR Properties
11. Overall PDP Boundary*
BMR FDP Scope Extents
Proposed PDP Buildings*
53RDSTREET
HORTON STREET
HOLLIS STREET
HOLDEN STREET
45THSTREET
STANFORD
STREETEXTENSION
HORTON STREET BYPASS
B4
B8B9B10B11D B7A
CMF
B7B
B6
B5
B3
B2
PDU B12B B12AB13B14B
B14A
B1
0’ 25’ 50’ 100’
PROPOSED
FDP AREA
PROPOSED
FDP AREA
March 4, 2020 EMERYVILLE CENTER OF INNOVATION G008
*Per Preliminary Development Plan Figure 2-5 & 2-6
PDP Boundary And Site Plan - Showing BMR FDP Boundary
12. 25’0’ 50’ 100’
Overall PDP Boundary*
BMR FDP Boundary
Grifols-Owned BuildingA0A
BMR-Owned BuildingA0A
Existing Building(E)
HORTON STREET
HORTON STREET “FORMERLY LANDREGAN ST”
FUTUREPEDESTRIANBRIDGE
53RDSTREET
HOLLIS STREET
HOLLIS STREET
PELADEAU STREET
STANFORD
AVENUE
CHIRON WAY “FORMERLY HOLDEN ST”
(Publicly-Accessible Private Street)
B1
B4
(E)
B7
(E)
G
(E)
T
(E)
PDU
(E)
B13/14
R
(E)
Q
(E)
N
(E)
H
(E)
12A
(E)
CMF
(E)
F
(E)
E
(E)
D
(E)
B2/3
REMOVING EXISTING
SECURITY GATES
PROPOSED
FDP AREA
REMOVING EXISTING
SECURITY GATES
PROPOSED
FDP AREA
March 4, 2020 EMERYVILLE CENTER OF INNOVATION G009
BMR Proposed FDP Scope
*Per Preliminary Development Plan Figure 2-5 & 2-6
13. 25’0’ 50’ 100’
Overall PDP Boundary*
BMR FDP Boundary
Grifols-Owned BuildingA0A
BMR-Owned BuildingA0A
Existing Building(E)
50'
22'
45'
77'
30'
26'26'
32'
12'
47'
50'
50'
20'
14'
18'
35'
HORTON STREET
HORTON STREET “FORMERLY LANDREGAN ST”
53RDSTREET
HOLLIS STREET
HOLLIS STREET
PELADEAU STREET
STANFORDAVENUE
FUTUREPEDESTRIANBRIDGE
CHIRON WAY “FORMERLY HOLDEN ST”
(Publicly-Accessible Private Street)
B1
B2/3
B4
(E)
PDU
(E)
R
(E)
Q
(E)
N
(E)
H
(E)
12A
(E)
CMF
(E)
F
(E)
E
(E)
D
(E)
B13/14
G
(E)
T
(E)
B7
(E)
March 4, 2020 EMERYVILLE CENTER OF INNOVATION G010
BMR FDP - Frontage & Setbacks
*Per Preliminary Development Plan Figure 2-5 & 2-6
14. 25’0’ 50’ 100’
Overall PDP Boundary*
BMR FDP Boundary
Open Space
Grifols-Owned BuildingA0A
BMR-Owned BuildingA0A
Service
HORTON STREET
HORTON STREET “FORMERLY LANDREGAN ST”
53RDSTREET
HOLLIS STREET
HOLLIS STREET
PELADEAU STREET
STANFORD
AVENUE
SERVICE
FUTUREPEDESTRIANBRIDGE
CHIRON WAY “FORMERLY HOLDEN ST”
(Publicly-Accessible Private Street)
B4
(E)
B7
(E)
G
(E)
T
(E)
PDU
(E)
B13/14 H
(E)
12A
(E)
CMF
(E)
F
(E)
R
(E)
Q
(E)
N
(E)
E
(E)
D
(E)
B2/3
B1
March 4, 2020 EMERYVILLE CENTER OF INNOVATION G011
BMR FDP - Open Space
*Per Preliminary Development Plan Figure 2-5, 2-6, 2-30
15. 25’0’ 50’ 100’
Overall PDP Boundary*
BMR FDP Boundary
Grifols-Owned BuildingA0A
BMR-Owned BuildingA0A
Existing Building(E)
HORTON STREET
HORTON STREET “FORMERLY LANDREGAN ST”
53RDSTREET
HOLLIS STREET
HOLLIS STREET
PELADEAU STREET
STANFORD
AVENUE
FUTUREPEDESTRIANBRIDGE
CHIRON WAY “FORMERLY HOLDEN ST”
(Publicly-Accessible Private Street)
+194'
Top Of Screen
+178'
Top Of Roof
Structure
+162'
Top Of Roof
Structure
+178'
Top Of Screen
+130'
Top Of Screen
+106'-3''
Top Of Mech
+82'-6''
Top Of Roof
Structure
+114'
Top Of Roof
Structure
+90'-2''
Top Of Roof
Structure
B4
(E)
B7
(E)
G
(E)
T
(E)
PDU
(E)
B13/14 H
(E)
12A
(E)
CMF
(E)
F
(E)
R
(E)
Q
(E)
N
(E)
E
(E)
D
(E)
B2/3
B1
March 4, 2020 EMERYVILLE CENTER OF INNOVATION G012
BMR FDP - Building Heights
*Per Preliminary Development Plan Figure 2-5 & 2-6
16. 25’0’ 50’ 100’
Overall PDP Boundary*
BMR FDP Boundary
Service Vehicle Access
Building Entrance Location
Loading Entrance Location
Parking Entrance Location
Vehicular Circulation
BMR-Owned BuildingA0A
Non BMR-Owned BuildingA0A
Loading Zone
Commercial StructuredParking Short Term Loading/Drop-Off
B4
(E)
B7
(E)
G
(E)
T
(E)
PDU
(E)
B13/14 H
(E)
12A
(E)
CMF
(E)
F
(E)
R
(E)
Q
(E)
N
(E)
E
(E)
D
(E)
B2/3
B1
CURB CUT
CURB CUT
REMOVING EXISTING
SECURITY GATES
REMOVING EXISTING
SECURITY GATES
HORTON STREET
HORTON STREET “FORMERLY LANDREGAN ST”
53RDSTREET
HOLLIS STREET
HOLLIS STREET
PELADEAU STREET
STANFORD
AVENUE
FUTUREPEDESTRIANBRIDGE
CHIRON WAY “FORMERLY HOLDEN ST”
(Publicly-Accessible Private Street)
March 4, 2020 EMERYVILLE CENTER OF INNOVATION G013
BMR FDP - Vehicular Circulation & Service Access
*Per Preliminary Development Plan Figure 2-5 & 2-6
17. 25’0’ 50’ 100’
Overall PDP Boundary*
BMR FDP Boundary
Building Entrance Location
Pedestrian Circulation
through Arcade
Private Elevator
Public Park
Crosswalk zone Pedestrian Circulation
BMR-Owned BuildingA0A
Non BMR-Owned BuildingA0A
Proposed Greenway**
B4
(E)
B7
(E)
G
(E)
T
(E)
PDU
(E)
B13/14 H
(E)
12A
(E)
CMF
(E)
F
(E)
R
(E)
Q
(E)
N
(E)
E
(E)
D
(E)
B2/3
B1
REMOVING EXISTING
SECURITY GATES
REMOVING EXISTING
SECURITY GATES
HORTON STREET
HORTON STREET “FORMERLY LANDREGAN ST”
53RDSTREET
HOLLIS STREET
HOLLIS STREET
PELADEAU STREET
STANFORD
AVENUE
FUTUREPEDESTRIANBRIDGE
CHIRON WAY “FORMERLY HOLDEN ST”
(Publicly-Accessible Private Street)
March 4, 2020 EMERYVILLE CENTER OF INNOVATION G014
BMR FDP - Pedestrian Circulation
*Per Preliminary Development Plan Figure 2-5 & 2-6
**Per 2016 General Plan, Figure 4-1
18. 25’0’ 50’ 100’
Overall PDP Boundary*
BMR FDP Boundary
E.V.A. Route
Emergency Vehicle
Vehicular Circulation
BMR-Owned BuildingA0A
Non BMR-Owned Building
Existing Fire Hydrant To Remain
A0A
B4
(E)
B7
(E)
G
(E)
T
(E)
PDU
(E)
B13/14 H
(E)
12A
(E)
CMF
(E)
F
(E)
R
(E)
Q
(E)
N
(E)
E
(E)
D
(E)
B2/3
B1
HORTON STREET
HORTON STREET “FORMERLY LANDREGAN ST”
53RDSTREET
HOLLIS STREET
HOLLIS STREET
PELADEAU STREET
STANFORD
AVENUE
FUTUREPEDESTRIANBRIDGE
CHIRON WAY “FORMERLY HOLDEN ST”
(Publicly-Accessible Private Street)
150'150'
March 4, 2020 EMERYVILLE CENTER OF INNOVATION G015
BMR FDP - Emergency Vehicle Access
*Per Preliminary Development Plan Figure 2-5 & 2-6
19. 25’0’ 50’ 100’
Overall PDP Boundary*
BMR FDP Boundary
Bicycle Circulation
Bike Boulevard**
BMR-Owned BuildingA0A
Non BMR-Owned BuildingA0A
Existing Building(E)
Building Entrance Location
Long Term Bicycle StorageShort Term Bicycle Storage
B4
(E)
B7
(E)
G
(E)
T
(E)
PDU
(E)
R
(E)
Q
(E)
N
(E)
H
(E)
12A
(E)
CMF
(E)
F
(E)
E
(E)
D
(E)
B13/14
B2/3
B1
REMOVING EXISTING
SECURITY GATES
REMOVING EXISTING
SECURITY GATES
HORTON STREET
HORTON STREET “FORMERLY LANDREGAN ST”
53RDSTREET
HOLLIS STREET
HOLLIS STREET
PELADEAU STREET
STANFORD
AVENUE
FUTUREPEDESTRIANBRIDGE
CHIRON WAY “FORMERLY HOLDEN ST”
(Publicly-Accessible Private Street)
March 4, 2020 EMERYVILLE CENTER OF INNOVATION G016
BMR FDP - Bicycle Circulation
*Per Preliminary Development Plan Figure 2-5 & 2-6
**Per 2016 General Plan, Figure 3-6
SEE SHEET G017
20. 53rdSTREET
Garage Entrance
Proposed Separation Pylons
Proposed Conflict Striping
Proposed Bike Lane
Existing Sharrows
Existing Separation Pylons
Existing Bike Lane
BICYCLES
SAFETY
MEASURES
2
1
B13/14
21
March 4, 2020 EMERYVILLE CENTER OF INNOVATION G017
BMR FDP - Bicycle Circulation At B13/14
21. March 4, 2020 EMERYVILLE CENTER OF INNOVATION G018
Project Images - Southwest View At Hollis And Stanford Streets -B1
GLAZED MECHANICAL
SCREEN WALL
TERRACOTTA, GFRC, OR MASONRY
CLADDING PANELS
TERRACOTTA, GFRC, OR MASONRY
PANEL RAINSCREEN
LOW-IRON HIGH PERFORMANCE
INSULATED GLAZING UNITS
HIGH PERFORMANCE INSULATED
GLAZING UNITS
24. March 4, 2020 EMERYVILLE CENTER OF INNOVATION G021
Project Images - Southwest View At Hollis Street - B2/3
TERRACOTTA, GFRC, OR
MASONRY SCREEN WALL
TERRACOTTA, GFRC, OR
MASONRY CLADDING
PANELS
TERRACOTTA, GFRC, OR
MASONRY PANEL
RAINSCREEN
LOW-IRON HIGH
PERFORMANCE
INSULATED GLAZING UNITS
HIGH PERFORMANCE
INSULATED GLAZING
UNITS
27. March 4, 2020 EMERYVILLE CENTER OF INNOVATION G024
Building Images, Southeast View at Horton Street - B13/14
*Per South Bayfront Pedestrian Bicycle Bridge Project Overview, Emeryville City Council Meeting May 21, 2019
TO BRIDGE
28. March 4, 2020 EMERYVILLE CENTER OF INNOVATION G025
Building Images, Southeast View at Horton Street - B13/14
PAINTED METAL PANEL
SYSTEM
EXPOSED CONCRETE
PAINTED PERFORATED
METAL SCREEN
SYSTEM
PAINTED METAL
GUARDRAIL
29. APPROX.170'-0"
44'-0"62'-0"
APPROX.180'-0"
62'-0"
248'-0"97'-0"
APPROX. 488'-0"
156'-0"
RAMP DN
RAMP UP
RAMP UP
RAMP DN
0 32 FT 64 FT
LEVEL 2-8 (TYPICAL)
245 SPACES
242'-0"
26'-0"26'-0"
10'-0"
10'-0"
150'-0"
150'-0"
240'-0"
FUTURE SHERWIN WILLIAMS DEVELOPMENT
PDUEASEMENT
HORTON STREET
RAMP UP
RAMP UP
TOSOUTHBAYFRONTBRIDGE
EOC
March 4, 2020 EMERYVILLE CENTER OF INNOVATION G026
Building Plans - B13/14 (Parking)
LEVEL 1 FLOOR PLAN
1 * TBD
**
LONGTERM
BICYCLESTORAGE
TYPICAL FLOOR PLAN
2
30. March 4, 2020 EMERYVILLE CENTER OF INNOVATION G027
Building Images, Horton Street Elevation - B13/14
level 3
62'-2"
21'-6"
94'-6"
31'-8"
level 5
Top of Screen
Roof
level 8
41'-10"
Roof
level 7
level 6
98'-0"
114'-0"
130'-0"
0'-0"
level 1
82'-0"
level 6
level 5
66'-0"
50'-0"
level 4
level 4
34'-0"
level 7
level 3
0'-0"
level 1
18'-0"
level 2
72'-4"
level 2
11'-4"
52'-0"
Top of Core
82'-6"
PAINTED PERFORATED METAL
SCREEN SYSTEM
EXPOSED CONCRETE
PAINTED METAL PANEL SYSTEM
PAINTED METAL GUARDRAIL
31. March 4, 2020 EMERYVILLE CENTER OF INNOVATION G028
Shadow Studies
BMR PHASE 1 - WINTER SOLSTICE (DECEMBER 21) - 3PMPDP - WINTER SOLSTICE (DECEMBER 21) - 3PM
BMR PHASE 1 - WINTER SOLSTICE (DECEMBER 21) - 9AM
Note: No significant shading impact to adjacent new or proposed housing developments.
PDP - WINTER SOLSTICE (DECEMBER 21) - 9AM
32. HORTON STREET “FORMERLY LANDREGAN ST”
HORTON STREET
HOLLIS STREET
HOLLIS STREET
PELADEAU STREET
STANFORDAVENUE
HOLLIS STREET
STANFORDAVENUE
HOLLIS STREET
160'-0''
March 4, 2020 EMERYVILLE CENTER OF INNOVATION G029
PDP Conformance - Overall Massing
Preliminary Design Plan
BMR Campus Vision
A tower of 225 ft will be allowed on the Building 1 site
The tower portion of the building is set back from Hollis Street by at least 160’ at the juncture of
Buildings 1 and 2 and from Stanford Avenue by 5-45 ft
The bulk of the tower shall diminish towards the top between 130 & 175 ft with a floor plate average
of 11,000 gross square feet
The proposed tower height is approximately 178 ft to the roof level, which is 47 ft less than the
allowable maximum height of 225 ft
With the revised street alignment of Holden Street (now Chiron Way), the required tower portion
setback (160 ft from Hollis Street) is no longer possible given the separate property ownership of the
parcel west of Chiron Way at Stanford Ave.
Typical floor plate size is approximately 29,000 SF, which is at the lower end of market-dictated floor
plate size for contemporary class-A institutional life science buildings. 11,000 GSF is not a viable floor
plate for contemporary life-science industry.
Street Arcade
Building Mass At Street Frontage
Street Arcade
Building Mass At Street Frontage
Levels Height* PDP Allowable Area*
1-6 0'-90' No Maximum
7-9 90'-130' Average 18,000 GSF
10 130'-145' Average 11,000 GSF
11 145’-160’ Average 11,000 GSF
12 160’-175’ Average 11,000 GSF
13-15 175-225 Average 7,500 GSF
Levels Height PDP Allowable Area* BMR Area
1-6 0'-90' No Maximum 28,000 GSF
7-9 90'-130' Average 18,000 GSF 30,000 GSF
10 130'-145' Average 11,000 GSF 30,000 GSF
11 145’-160’ Average 11,000 GSF 17,000 GSF
12 160’-175’ Average 11,000 GSF -
13-15 175-225 Average 7,500 GSF -
*Per Preliminary Development Plan Exhibit 5 & Appendix B
1
1
1
1
2
2
2
2
3
3
3
3
33. HORTON STREET “FORMERLY LANDREGAN ST”
HORTON STREET
HOLLIS STREET
HOLLIS STREET
PELADEAU STREET
STANFORDAVENUE
22'-0''
52'-0''
20'-0''
50'-0''
47'-0''
45'-0''
HOLLIS STREET
STANFORDAVENUE
45'-0''
55'-0''
75'-0''
50'-0''
50'-0''
45'-0''
5'-0''
80'-0''
160'-0''
March 4, 2020 EMERYVILLE CENTER OF INNOVATION G030
BMR Campus Vision
PDP Conformance - Hollis Street Setbacks
Street Arcade
Building Mass At Street Frontage
Street Arcade
Building Mass At Street Frontage
Preliminary Design Plan
34. HORTON STREET “FORMERLY LANDREGAN ST”
HORTON STREET
HOLLIS STREET
HOLLIS STREET
PELADEAU STREET
STANFORDAVENUE
FUTURE BUILDING
FUTURE BUILDING
+194'
Top of Screen
+178'
Roof
+82'-6''
+94'-6” +94'-6”
+94'-6”
+178'
Top of Screen
+162'
Roof
+130'
Top of Screen
+114'
Roof
+114'
Roof
+34'
Roof
+98'
Roof
+162'
Roof
HOLLIS STREET
HOLLIS STREET
STANFORDAVENUE
+245'
+225'
+175'
+200'
+150'
+130'
+65'
+65'
+75'
+75'
+90'
+110'
+110'
+110'
+90'
+90'
+75'
+75'
+75'
March 4, 2020 EMERYVILLE CENTER OF INNOVATION G031
PDP Conformance - Hollis Street Height Limits
Preliminary Design Plan
BMR Campus Vision
35. PROPOSED DESIGN
RELOCATED PDP MASSING
Hollis St
PDP
StanfordAve
Hollis St
StanfordAve
Hollis St
StanfordAve
PDP
VS. PROPOSED
+90’
+245’
+225’
+178’
Roof
+114’
0’ 25’ 50’ 100’0’ 25’ 50’ 100’
RELOCATED PDP MASSING
RELOCATED MASSING IN PROPOSED DESIGN
SCOPE
PDP ENTITLEMENT
March 4, 2020 EMERYVILLE CENTER OF INNOVATION G032
PDP Conformance - Hollis Street Building Massing
36. Horton St
Horton St
Horton St
PROPOSED DESIGNPDP
RELOCATED PDP MASSING
+82’-6” +75’
PDP
VS. PROPOSED
0’ 25’ 50’ 100’0’ 25’ 50’ 100’
RELOCATED PDP MASSING
RELOCATED PDP MASSING IN PROPOSED DESIGN
SCOPE
PDP
March 4, 2020 EMERYVILLE CENTER OF INNOVATION G033
PDP Conformance - Horton Street Building Massing
37. 25’0’ 50’ 100’
Overall PDP Boundary*
Colonnade**
Grifols-Owned BuildingA0A
BMR-Owned Building
1995 PDP Massing*
A0A
PDP Proposed Service
Access***
50'
12'
55'
≤ 55% OVERALL
ENCROACHMENT
B3
≤ 55% OVERALL
ENCROACHMENT
B2
≤ 25% OVERALL
ENCROACHMENT
B1
75'
12'
5'
50'
160' MIN
TOWER SETBACK
12' 80'
45'
HORTON STREET
HORTON STREET BYPASS
HORTON STREET “FORMERLY LANDREGAN ST”
53RDSTREET
CHIRON WAY “FORMERLY HOLDEN ST”
HOLLIS STREET
SERVICE ACCESS
HOLLIS STREET
PELADEAU STREET
STANFORD
AVENUE
CHIRON WAY ALIGNMENT
B4 B3 B2 B1
B13 PDU B12B B12A
CMF
B6B7A
B8B9
B5
B10B11D
B7B
B14A
B14B
March 4, 2020 EMERYVILLE CENTER OF INNOVATION G034
PDP Conformance - PDP Setbacks
*Per Preliminary Development Plan Figure 2-5 & 2-6
**Per Preliminary Development Plan Figure 2-21
***Per Preliminary Development Plan Exhibit 3
38. 25’0’ 50’ 100’
Overall PDP Boundary*Grifols-Owned BuildingA0A
BMR-Owned Building
1995 PDP Massing*
A0A
Proposed FDP Massing
Relocated PDP Massing
Relocated Massing in
Proposed Design
FDP Service Access
Non-BMR Owned Properties
HORTON STREET
HORTON STREET “FORMERLY LANDREGAN ST”
53RDSTREET
CHIRON WAY “FORMERLY HOLDEN ST”
HOLLIS STREET
HOLLIS STREET
PELADEAU STREET
STANFORD
AVENUE
FUTUREPEDESTRIANBRIDGE
EXISTING CHIRON WAY
ALIGNMENT
47'
50'
20'
45'
160' MIN
TOWER SETBACK
60'
B4
(E)
B3
PROPOSED B2/3
PROPOSED B13/14
PROPOSED B1
B2
B1
B7
(E)
G
(E)
T
(E)
PDU
(E)
B13B14A
B14B
H
(E)
12A
(E)
CMF
(E)
F
(E)
R
(E)
Q
(E)
N
(E)
E
(E)
D
(E)
NON-BMR OWNED
PROPERTIES
NON-BMR OWNED
PROPERTIES
NON-BMR OWNED
PROPERTIES
March 4, 2020 EMERYVILLE CENTER OF INNOVATION G035
PDP Conformance - PDP & Proposed FDP Setback Comparison
*Per Preliminary Development Plan Figure 2-5 & 2-6
**Per Preliminary Development Plan Exhibit 3
39. March 4, 2020 EMERYVILLE CENTER OF INNOVATION L001
Context Of FDP Boundary
40. FEBRUARY 10, 2020 EMERYVILLE CENTER OF INNOVATION L-002
Landscape Illustrative Plan B1 & B2/3
1’’=60’
FDP Boundary
53rdStreet
Chiron Way
Hollis Street
StanfordAvenue
B4
B2/3
B1
March 4, 2020 EMERYVILLE CENTER OF INNOVATION L002
Landscape Illustrative Plan B1 & B2/3
41. FEBRUARY 10, 2020 EMERYVILLE CENTER OF INNOVATION L-003
Project Image - Chiron Way Shared Street Looking North
March 4, 2020 EMERYVILLE CENTER OF INNOVATION L003
Project Image - Chiron Way Shared Street Looking North
42. FEBRUARY 10, 2020 EMERYVILLE CENTER OF INNOVATION L-004
Project Image - Plaza Looking South
March 4, 2020 EMERYVILLE CENTER OF INNOVATION L004
Project Image - Plaza Looking South
43. FEBRUARY 10, 2020 EMERYVILLE CENTER OF INNOVATION L-005
Project Image - Plaza Looking North
March 4, 2020 EMERYVILLE CENTER OF INNOVATION L005
Project Image - Plaza Looking North
44. FEBRUARY 10, 2020 EMERYVILLE CENTER OF INNOVATION L-006
Project Image - Paseo Looking Toward Chiron Way
March 4, 2020 EMERYVILLE CENTER OF INNOVATION L006
Project Image - Paseo Looking Toward Chiron Way
45. FEBRUARY 10, 2020 EMERYVILLE CENTER OF INNOVATION L-007
Metal Walkway
Shade Structure / Pavilion
Paving
Built-In Furnishings
Moveable Furnishings
Built-In Furnishings
Materials Palette & Precedents
March 4, 2020 EMERYVILLE CENTER OF INNOVATION L007
Material Palette & Precedents
46. FEBRUARY 10, 2020 EMERYVILLE CENTER OF INNOVATION L-008
(AC) Asphaltic Concrete (CUP) Concrete Unit Pavers -
Profile B
Tactile Warning Surfacing
(CIP) Cast In Place Concrete -
Profile A
Bike Rack
Metal - Type A
(CUP) Concrete Unit Pavers -
Profile A
Materials Plan B1 & B2/3
FDP Boundary
1’’=60’
LEGEND SCHEDULE
53rdStreet
Chiron Way
Hollis Street
StanfordAvenue
B4
B2/3
B1
March 4, 2020 EMERYVILLE CENTER OF INNOVATION L008
Materials Plan B1 & B2/3
47. March 4, 2020 EMERYVILLE CENTER OF INNOVATION L009
Preliminary Plant Palette & Precedents
48. March 4, 2020 EMERYVILLE CENTER OF INNOVATION L010
Preliminary Tree Palette & Precedents
49. FEBRUARY 10, 2020 EMERYVILLE CENTER OF INNOVATION L-011
Planting Areas B1 & B2/3
1’’=60’
Planting - Type A
(Streetscape)
Planting - Type C
(Meadow)
Tree (Proposed)
Tree Box Size 36’’
Planting - Type B
(Shade)
Bio-Retention Planter Tree (Proposed)
Tree Box Size 24’’
Planting - Type D
(Pollinator)
FDP Boundary
LEGEND SCHEDULE
Tree (Proposed)
Tree Box Size 60’’
53rdStreet
Chiron Way
Hollis Street
StanfordAvenue
B4
B2/3
B1
March 4, 2020 EMERYVILLE CENTER OF INNOVATION L011
Planting Areas B1 & B2/3
50. FEBRUARY 10, 2020 EMERYVILLE CENTER OF INNOVATION L-012
Hydrozone B1 & B2/3
Wucols - Very Low
Wucols - Low
1’’=60’
FDP Boundary
LEGEND SCHEDULE
53rdStreet
Chiron Way
Hollis Street
StanfordAvenue
B4
B2/3
B1
March 4, 2020 EMERYVILLE CENTER OF INNOVATION L012
Hydrozone B1 & B2/3
51. 0 8 16 24 FT
FEBRUARY 10, 2020 EMERYVILLE CENTER OF INNOVATION L-013
Landscape Sections: (Chiron Way)
B4 SIDEWALK SIDEWALK SIDEWALK
PLANTING
AREA
PLANTING
AREA
6’ 11’ 13’4’ 20’ 26’ 6’ 6’6’ 6’
SHARED ZONE SHARED ZONE
EXISTING
OPEN SPACE SIDEWALK BUILDING F (E)
Section A Section B
A B
PL PL
FDP Boundary
Property Line
BIO-RETENTION PLANTER
FDPFDP
March 4, 2020 EMERYVILLE CENTER OF INNOVATION L013
Landscape Sections: (Chiron Way)
52. 0 8 16 24 FT
FEBRUARY 10, 2020 EMERYVILLE CENTER OF INNOVATION L-014
Landscape Sections: (Chiron Way)
Section C Section D
C D
PLANTING
AREA PLAZA
6’ (VARIES) 17’ (VARIES) 3’ 20’ 12’3’
SHARED ZONE SIDEWALK BUILDING F (E)
TRUNCATED DOMESTRUNCATED DOMES TRUNCATED DOMES
PLAZA
PLANTING
AREA
3’ 26’10’ 6’ 6’
SHARED ZONE SIDEWALK BUILDING F (E)
LOADING/
DROP OFF
ZONE
PLPL FDPFDP
FDP Boundary
Property Line
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Landscape Sections: (Chiron Way)
53. 0 8 16 24 FT
FEBRUARY 10, 2020 EMERYVILLE CENTER OF INNOVATION L-015
Landscape Sections: (Chiron Way)
B1 LOADING B1 SIDEWALK SIDEWALK
6’ 3’14’ 20’ 20’3’ 6’ 3’ 6’
LOADING DOCK SHARED ZONE SHARED ZONEGRIFOLDS YARDSIDEWALK GRIFOLDS YARD
TRUNCATED DOMES
Section E Section F
EF
PL PL FDPFDP
TRUNCATED DOMES TRUNCATED DOMES
FDP Boundary
Property Line
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Landscape Sections: (Chiron Way)
54. 0 8 16 24 FT
FEBRUARY 10, 2020 EMERYVILLE CENTER OF INNOVATION L-016
Landscape Sections (Hollis Street, Standford Avenue)
G H
Section G Section H
B2/3 B2/3BIO-RETENTION PLANTER SIDEWALK BUILDING ENTRY
21’-9” (VARIES) 13’ (VARIES) 40’-7” (VARIES)5’-7”(VARIES) 5’-7”(VARIES) 10’
SHADE
GARDEN
PLANTING
AREA
PLANTING
AREAHOLLIS STREET
ROW ROW
HOLLIS STREET
PL PL FDPFDP
FDP Boundary
Property Line
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Landscape Sections: (Hollis Street, Stanford Avenue)
55. 0 8 16 24 FT
FEBRUARY 10, 2020 EMERYVILLE CENTER OF INNOVATION L-017
Landscape Sections (Hollis Street, Standford Avenue)
Section I Section J
I J
B1
BUILDING ENTRY
(METAL BRIDGE) BUILDING ENTRY
18’ (VARIES) 42’-9”37’-7” (VARIES) 12’ 10’ 17’-5” (VARIES)
PLANTING AREA (POLLINATOR) PLANTING AREA
HOLLIS
STREET
LOADING/
DROP OFF
ZONESIDEWALK
STANFORD
AVENUE
PL PLFDP FDP
FDP Boundary
Property Line
March 4, 2020 EMERYVILLE CENTER OF INNOVATION L017
Landscape Sections: (Hollis Street, Stanford Avenue)
56. 0 8 16 24 FT
FEBRUARY 10, 2020 EMERYVILLE CENTER OF INNOVATION L-018
Landscape Sections (Entry Garden Section, Paseo Section)
K
L
B1BIO-RETENTION PLANTER METAL BRIDGE PLANTING AREA (POLLINATOR)
38’-6” (varies) 15’-5” (varies) 24’-11” (varies) 8’-3” (varies) 7’(varies) 12’-7” (varies)
B2/3SHADE GARDEN
SHADE
GARDEN PASEO
Section K Section L
FDP
FDP Boundary
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Landscape Sections: (Entry Garden Section, Paseo Section)
57. 36 FT
0 8 16 FT
0 12 24
FEBRUARY 10, 2020 EMERYVILLE CENTER OF INNOVATION L-019
Landscape Sections (Plaza)
M
N
Section M
Section N
FDP PL
PL
FDP Boundary
Property Line
36 FT
0 8 16 FT
0 12 24
FEBRUARY 10, 2020 EMERYVILLE CENTER OF INNOVATION L-019
Landscape Sections (Plaza)
M
N
Section M
Section N
FDP PL
PL
FDP Boundary
Property Line
March 4, 2020 EMERYVILLE CENTER OF INNOVATION L019
Landscape Sections: (Plaza)