CLAC TowersACE Team #10 2015-2016

NAVIGANT CONSULTING, INC.

GOSHOW ARCHITECTS

STONEHILL & TAYLOR ARCHITECTS, PC

GACE CONSULTING ENGINEERS, DPC

HAZEN AND SAWYER

JAROS BAUM & BOLLES

Corey Anderson

Alexander Garcia

Elsa Holguin

Brendon Huang

Romell Jones

Matthew Listopad

Lesleyann Martinez

Cristal Pinto

Hiba Tagelalla

Kelly Tam

Min Tan

Grethel Vargas

Michael Yacubov

Muhammad Zafar

Brendon

Project Site

Site:

o Hudson Yards District

o One block north of Related Co.’s Hudson Yards development

o Bounded by 35th Street (north) and 34th

Street (south)

o Bounded by 10th Avenue (east) and Hudson Boulevard (west)

Key Site Features:

o Hudson River within 2 blocks

o 7 Train subway station within 2 blocks

o A new park situated immediately to the west

Goals:

o Our hope was to co-exist with Related’s under-construction Hudson Yards development and create the type of buildings/uses that it lacks

2

Green areasMulti-

purpose

buildings

Proximity to

new 7 train

subway

stop

Our Project

Site

The High Line

Related Co.

Hudson Yards

Development

Hu

dso

n R

ive

r

34th St.

10

thA

ve

.

11

thA

ve

.

Hiba

Design Process

Visiting the site

o Tour of Hudson Yards and The High Line

Touring a LEED Platinum residential tower

o Assisted with our MEP & environmental design

Developing the project

o Determining the overall scope/shape & deciding on building purpose(s)

o Implementing our ideas into a basic framework

o Separating into five discipline groups: Architectural, Structural, Mechanical + Electrical + Plumbing (MEP), Environmental, and Interior Design

3Lesleyann

ArchitectureKELLY TAM

BRENDON HUANG

ELSA HOLGUIN

GRETHEL VARGAS

4

Final Concept – Overview Multi-use program spread across two

towers that are connected by a pedestrian bridge

Tower One: (taller)

o Hotel + Retail / Commercial

Tower Two: (shorter)

o Office + Cultural / Museum + Food Court

Site Plan:

o Add 7 Train exit (at 34th St./10th Ave.)

o Canopy structure draping from the exit into the façade of our building (adds aesthetic connection to our building)

o Shade for outdoor seating

o Bioswales on perimeter of site

o Amphitheater at northwest corner of site

o Greenery zig-zag through opening between the two buildings and connecting to amphitheater

5

N

34th St.

35th St.

10

thA

ve

.

Kelly

Final Concept – Tower Design

Counteract the typical style of Manhattan skyscrapers

o Incorporate a different type of feel

o Two equilaterally triangular buildings, one taller and one much shorter, that go against the normal rectangular prisms of New York

o Would fit in with the modern, abstract theme of Hudson Yards District

Tower One

o Triangular stairwell form – gradually increasing stairwell offers the benefits of green roofs

o Also accessible to the people on the hotel levels as a balcony

Tower Two

o Middle atrium allows natural light to reach all spaces within the buildings

o Sloping effect when viewed as an elevation

6

35th Street

34th Street

Tower One Tower Two

Brendon

Final Concept – Tower Section

Tower One

3 Floors – Mechanical

27 Floors – Hotel

1 Floor – Hotel Lobby

o [BRIDGE]

3 Floors – Mechanical

8 Floors – Retail /

Commercial

Total: 43 Floors

Length of one side: 125’

7

Tower Two

2 Floors – Mechanical

9 Floors – Office

1 Floor – Mechanical

1 Floor – Food Court

o [BRIDGE]

12 Floors – Cultural /

Museum

Total: 25 Floors

Length of one side: 110’

Unfolded Section/Elevation

Kelly

Final Concept – Cultural/Museum 8

Cultural Zone

Country Music

6 Cuba Salsa

5 Dominican Republic Merengue/Bachata

4 Ecuador Cumbia

3 Colombia Cumbia

2 Mexico Ranchera

1 Peru Cumbia

Zone 1Zone 2Zone 3Zone 4Zone 5Zone 6

Food Court / Bridge

Office Floors

*not to scale

Tower Two

Elsa/Grethel

Final Concept – Bird’s Eye View 9Brendon

Structural

EngineeringHIBA TAGELALLA

10

Structural – Tower One 11

30’ x 30’

30’ x 24’

18’ x 24’

8’ x 8’

25’

225 PSF

Material:

Reinforced

Concrete

Hiba

Structural – Tower Two 12

10’

30’40’ 40’

Material:

Steel

Hiba

4.75”

1.50”

MEPMechanical

Electrical

Plumbing

MUHAMMAD ZAFAR

MATTHEW LISTOPAD

MIN TAN

13

MEP – Mechanical

Cooling towers located on roofs

Mechanical floors

o 2 servicing hotel floors

o 1 servicing commercial areas

Air handling units and heating are located on

the mechanical floors

Gas from Con Edison distributed between

towers through the underground utility tunnel

14Tower One

Tower Two

G

Holds

All

Mech.

Equip.

Legend

Unit Gas

Heating, Air Handling

Cooling Tower

Mechanical Floors

Muhammad

MEP – Electrical 15Muhammad

Tower One

Tower Two

Wi-fi

routers

every 3

floors

5-6

Cameras

3-4

Cameras 3-4

Cameras

5-6

Cameras

Wi-fi

routers

every 3

floors

T T T

T

T

T

T

G G

G

Electricity (Con Edison) and telecom. (Verizon) are split between the towers

Electric flows to 2nd mechanical room and distributed throughout the building

o Also powers cooling tower and other mech. equip.

Save energy by using solar panel windows for Tower Two

o Electric from solar windows flows to inverters at Mechanical Rooms and storage batteries

o Energy is stored and sold back to Con Edison

Generators provide backup power for mech. equip. and life safety equip.

Legend

Transformers

Emergency Power

Generators

Mechanical Floors

Fire Alarms (per code)

Security

Wi-Fi (routers @ 3 floors)

MEP – Plumbing 16Matthew

Tower One

Tower Two

GWPMP

GWPMP

MP

P

P T

WMGWP

Pumped up from underground pipes

Separate systems used for sprinklers and

emergency water

Rain water capture and grey water

systems aid in water conservation

Legend

Main Water Line

Grey Water System

Sprinkler Lines

Mechanical Floors

Environmental

EngineeringMICHAEL YACUBOV

ROMELL JONES

17

Environmental – Storm Water Mgmt.

Incorporates several storm water management features and technologies

o Reduces storm water runoff from the site

o Prevents sewer overflows during large storm events and standing water on site

Close proximity to the Hudson River – very important to ensure a lack of flooding in the future

18

Implemented on rotated terraces on Tower One

Allows for nicer look and environmental benefits such as reduced storm water runoff

Allows storm water to be stored temporarily to reduce runoff

Creates nice site and environmental benefits

Implemented on site where buildings are not in instant proximity

Eliminates standing water on site and reduces storm water runoff

Green Roofs Bioretention / Street Planters Permeable Pavement

Michael

Environmental – Storm Water Reduction 19

These elements of our design

allow for storm water runoff

to be reduced by over 95%!

Estimated Rainfall Volume

Roof Area (SF) 6,875.00

Total Site Impervious Area (SF) 48,750.00

Rainfall – design storm event. (in) 1.00

Runoff Volume Roof (CF) 572.92

Total Potential Site Runoff (CF) 4,062.50

Green Roofs

Total Roof Area (SF) 6,875.00

Usable Roof Area (SF) 3,437.50

Media Depth (in), usually 3-6in 5.00

Porosity, usually 0.3 0.30

Runoff Reduction (CF) 429.69

Bioretention / Street Planters

Bioretention Area (SF) 1,200.00

Ponding Depth (in), max=6in 6.00

Media Depth (in), usually 24-36in 30.00

Gravel Depth (in) 12.00

Equivalent Storage Depth (ft) 1.53

Runoff Reduction (CF) 1,830.00

Permeable Pavement

Permeable Pavement Area (SF) 6,000.00

Depth of Reservoir Layer (ft), usually 6-18in 10.00

Porosity, usually 0.35 0.35

Runoff Reduction (CF) 1,750.00

Total Runoff Managed (CF) 4,009.69

% Total Site Runoff Reduction 98.7%

Romell

Environmental – Water Use / Treatment

By inputting estimated water usage numbers taken from water use statistics in residential,

commercial, and hotel spaces, we were able to get the amount of wastewater generated by

the two buildings and the percentages that are greywater and blackwater for each building.

20

Showers,

Sinks,

Washing

Machines,

Storm Water

Trash Trap /

Screen

Sedimentation

Tank

(100,000 gal.)

Membrane

BioreactorOzone

Storage

TankPumps

Irrigation,

HVAC, Toilet

Water

Type of Space Area (sqft)Water Usage

(gal/sqft)Total Greywater Total Blackwater % Greywater

Tower One

Hotel 140,000 54 3,175,200 2,268,000 58.3%

Commercial / Retail 61,000 10 390,400 189,100 67.4%

Total – Tower One 3,565,600 2,457,100 59.2%

Tower Two

Office 47,000 12 73,320 208,680 26.0%

Commercial / Retail 63,000 10 403,200 195,300 67.4%

Food Court 5,000 10 32,000 15,500 67.4%

Total – Tower Two 508,520 419,480 54.8%

Water entering treatment: greywater generated in Tower One

Water exiting treatment: used for irrigation, HVAC, and toilets in both towers

Result: reduces water consumption and wastewater sent to treatment plants

Romell

Environmental – LEED Summary

LEED = Leadership in Energy and Environmental Design

Overview of environmental engineering features and technologies:

o Green Roof Terraces (storm water management)

o Bio Retention Sites (storm water management)

o Permeable Pavement (storm water management)

o Wastewater Treatment and Reuse

o Energy and Water Efficient appliances and lighting

o Proximity to Mass Transit

7 Train subway station (34th St./Hudson Yards)

Select Bus Service stop (34th St./10th Ave.)

o Quality daylight and interior lighting / HVAC systems

All of these systems/features, plus a thorough review of requirements and completion of additional credits have earned us LEED Platinum Accreditation!

21Michael

Interior

Design

& Branding

C RISTAL PINTO

L ESLEYANN MARTINEZ

A LEXANDER GARCIA

C OREY ANDERSON

22

Branding – Project Overview

Tower One Name: CLAC 1

Tower Two Name: CLAC 2

Tower One – Hotel

Hotel Name: The Harris Hotel

o 5 Star Rated Hotel

Hotel Bar Name: The CLAC Bar

Restaurant Name: The Abigail

23

Hotel & Building Logo

Cristal

Interior Design – The Harris Hotel

Lobby Details:

o 24 ft High ceiling

o Statue Sculpture of building (colored glass)

o Abigail restaurant

o Grab ‘n’ Go

o Koi Pond

o CLAC Bar

o Lounge Seating/ Tables/Communal table

o Restrooms

o Bridge that connects CLAC 1 to the CLAC 2 food court

Guest Room Details:

o Floor-to-ceiling windows to capture view

o A variety of bed sizes

o Television on console

o 2 bedside night stands with lamps

o Mini-fridge

o Large bathroom

o Connected door

o Round area rug

o Desk with task chair

24Lesleyann

Interior Design – The Harris Hotel Lobby 25

BarGG

Seats Seats SeatsSeats FP

Furniture

Plan &

Imagery

Program –

Bubble

Diagram

Corey

Interior Design – Typical Hotel Room

26 Guest Room Floors

11 Rooms per Floor

26

Column Grid Layout Typical Floor Plan

286 Guest Rooms in Total

Typical

Guest Room

Lounge

Area

Janitor

Elec.

Housekeeping

Alex

Interior Design – Hotel Room Plan 27

Two Bay Guestroom

Bubble Diagram Study

Two Bay Guestroom

Furniture Plan

Entry

Bath Bath

Entry

Sleep

Seating

Mini

Fridge

Wardrobe

Console & TV

Connecting Door

Desk

Nightstand

Entry

Bath

Nightstand

King

Bed

RugSleep

Alex

Conclusion

Thank you to the ACE Mentor Program, the Team

#10 companies and mentors, and our families

We came together not just as a team, but as friends

In developing our project, we went through a

myriad of different ideas

Congratulations to all of this year’s participants

Good luck to the Seniors

THANK YOU FOR YOUR TIME!

28Matthew

Thank You!

CLAC TowersACE Team #10 2015-2016

NAVIGANT CONSULTING, INC.

GOSHOW ARCHITECTS

STONEHILL & TAYLOR ARCHITECTS, PC

GACE CONSULTING ENGINEERS, DPC

HAZEN AND SAWYER

JAROS BAUM & BOLLES

Corey Anderson

Alexander Garcia

Elsa Holguin

Brendon Huang

Romell Jones

Matthew Listopad

Lesleyann Martinez

Cristal Pinto

Hiba Tagelalla

Kelly Tam

Min Tan

Grethel Vargas

Michael Yacubov

Muhammad Zafar