Anthony Alvidrez Professional Architecture Portfolio by Anthony Alvidrez

Anthony Alvidrez Architecture Portfolio Selected Works 2015-2023

01 John F. Kennedy International Airport - Terminal 6 The main project was in collaboration with Corgan Architects on JFK Terminal 6. We would privde support from DD through CA, and provide BIM Support in managing and upkeeping the Revit BIM project as well as assiting with BIM related issue which would occure throughout the project. Through our support we worked throughout the project and on multiple teams, including and not limited to: Design, Super Structure, Enclosure, Core, Fit out, and Connector Packages (T5 and Existing Airtrain Remodel). This project required a large amount of coordination from multiple disciplines, contractors, the Airlines, and Governing Agencies like PANYNJ, TSA/CBP, & FAA

02 City Lantern – Urban Confluences Competition Working in collaboration with APS Design, we entered the Urban Confluences Competition to design a Landmark structure in San Jose California. My involvement was the overall form and the façade design of the structure. During the design we wanted this to be structure allowing for light and air to move freely through, thus bring the tower to become almost transparent. In contrast would be a beacon of light at night, to shine with a multitude of colors, become a gathering space, uniting the city. In my portion of the project I oversaw creating and designing the overall form, layout, and the façade design. I used Rhino grasshopper which would allow us to easily alter the design to find a design which lined with our design statement. In the end we create a beacon of light, encompassing the natural park in the middle, and a place which brings the city together in one continuous loop.

Site Plan The City Lantern Tower, with it’s ten rings, draws inspiration from the historic San Jose Electric Tower, erected in 1881. This seemless Tower celebratesA the genius of this community, its innovations, and its contributions to the world

03 Comata Comata is a year long research project within the Bartlett Urban Design Program. Here, I focused on Large City Architecture, architecture on the scale of the urban environment. Comata is a design methodology within architecture, in which the architecture is developed by the fusion of one type of space with another. We developed an AI based design system, which could take architecture and begin fusing the parts which will create an inﬁnite amount of new forms, each connection is decided by the needs of the designer. The system is based on using machine learning in order to train the individual elements as agents, training them to form connections based on the parameters set by the designer. Thus allowing for the creation of new architectural typology, formed from the geometry of parts and design knowledge of the usser.

Module to Module Connection possibilities

04 Tyndall AFB Hangar Renovations This project was one of the largest I have worked on, this was a renovation of 2 Air Force Hangars located in Panama City Florida. For both Projects they wished to keep the exterior shell, with the exception of some hurricane upgrades, and to gut the interior to redo the interior floor plan. This giving them space where they needed it and a new updated office. This project was done through the United States Air Force and had to follow all government codes and classifications during work.

2 A301

9.5

6 5.1 5 4.3 4.8

A201

A301

1 A402

4.2 4.1

3.1 3

0.5

288'-8"

4'-8" 10'-8 1/2"

31'-0"

2'-4"

105'-11 1/2" 102'-7"

14' - 9" 11 1/2"

14'-6"

1' - 10"

17'-4 1/2" 20'-5 1/8"

2'-4"

31'-0"

33'-0"

1'-10" HANGAR VEST. 162

HANGAR VEST. 161

CC-CONF 100B

CCF 104

FD ELECTRICAL COMPRESSOR 126 125

MECHANICAL 200

UTILITY 124 FD

27'-8"

CC 100A

COMM. 122

SERE CLASSROOM 198

27'-8"

UPC 107

WELLNESS ROOM 119

UDM 109

CORRIDOR 196

FD MECHANICAL 123B

STORAGE 121

WOMEN'S SHOWER 194

OFFICE 188 FD

3'-0"

WOMEN'S RESTROOM FD 115

C.2

CONFERENCE 127

24'-8"

1 A411

CORRIDOR 128

WOMEN'S RESTROOM 181 FD

OFFICE 186

HANGAR MAINTENANCE BAY 160

MEN'S RESTROOM 179

A411

PRINT 169

MEN'S RESTROOM 117

AFE CLASSROOM 197

OFFICE 187 FD

BREAK LINE

3 A301

MEN'S SHOWER 195

CSS LEAD 108

HERITAGE 110

OFFICE 185

BREAK ROOM 178

JANITOR 180

STORAGE 182 COMM. 177

SAPF 118

OFFICE 184

LOBBY 111

SIPR CAFE 130

27'-8"

197'-4"

A201

1 A404

CSA 120 OFFICE 189

BOILER 199

HARNESS TRAINING AREA 193

OFFICE 190

PRINT 105

C.1

FD CORRIDOR 112

CSS / UTM OFFICE 106

FIRE PUMP 123A

DO 103

SERE STORAGE 191

EXEC SEC 102 SEM 101

A400

RECYCLING 201

ELECTRICAL 192

9'-0"

JANITOR'S CLOSET 116 CORRIDOR 113

VESTIBULE 114

OFFICE 183

4 INTEL/CIC 132

SECURITY OFFICE 131

OFFICE 134

WX COUNTER OPEN OFFICE 171

BREAK LINE

BREAK LINE VEST. 170

E PANEL CLOSET 166

STORAGE 219

PILOT BRIEFING 220 JANITOR 149

21'-4"

CONT. MANAGER 215

CORRIDOR 217 MISSION PLANNING 147

27'-8"

CONFERENCE 140

MISSION PLANNING 143

CORRIDOR 138

MISSION PLANNING 144

BREAK AREA 223

FD MECHANICAL 145

HANGAR VEST. 164

4' - 5 1/2"

10'-7 5/8"

6'-2 1/8"

6' - 2 1/8"

OFFICE 142

TOOL STORAGE 213

WORK SHOP 210

CORRIDOR 211

MAINTENANCE MANAGER 216

BRIEFING 222

OFFICE 141 TRAINING 136

PANEL CLOSET 165

A404

A411

COMM. 139

CHIEF PILOT 218

BRIEFING 221

3 OSK/INTEL MPC 137

FLIGHT CHIEF CORRIDOR 175 176

TARGETING 146

RESTROOM 148

A411

FLIGHT COMMANDER 174

WX OFFICE 173

STORAGE 150

F.1

H.1

STORAGE 172

AUDITORIUM 135

6'-4"

OFFICE 133

27'-8"

1 A401

HAZMAT OFFICE 214

PARTS STORAGE 212

RESTROOM 224

HANGAR VEST. 163

22' - 11 1/8"

81' - 2"

22' - 11 1/8"

A403

A411

A201

1 A101

FIRST FLOOR (OVERALL) - NEW WORK SCALE: 1/16" = 1'-0"

1/16" = 1'-0"

16'

32'

PROJECT NORTH

A201

C.9

2 1

A303

S2 1/4" / 12"

TOP OF ROOF 31' - 0"

S6 S4

S32 S9

STORAGE BAY

BREAK

OFFICE

201 S8 2 1/2"

/ 12"

SECOND FLOOR 12' - 0"

MEN'S TOILET

108

203

12" 4" /

OPEN OFFICE

114

FIRST FLOOR 0' - 0"

117

CORRIDOR

111

A304

C.9

1/4" / 12"

TOP OF ROOF 31' - 0"

S1 S32

S32

A603

A304 S8

2 1/2"

/ 12"

WEST HANGAR 105

SECOND FLOOR 12' - 0"

FIRE SUPRESSION 107 S7

FIRST FLOOR 0' - 0"

05 IR Circualtion App for Architects IR as the program is called, is Spanish meaning “to go.” I found this being an appropriate name mainly for its simplicity but also for the meaning of movement. We are all trying to get somewhere and the process and paths we take will inﬂuence the journey as a whole. I am happy to announce a new simulation program I have working on, a navigational application for architects to study circulation within their design, and taking into account Social Distancing Rules, due to concerns on the Covid-19 pandemic along with the Delta Variant. This Navigation Application is meant for you to begin visualising how people will be moving around your space. This can be a ﬂoor plan layout, a whole building, or the urban environment. The program will allow for as large of a scale as you need. For Architects, this is meant to study the circulation or navigation through a space, while also taking into account social distancing rules. This way you can have an idea on how will people be moving through, what paths could they take, and how many people they will encounter along the way.

IR allows the architect to input their own geometry into the program and run the simulation. Thus allowing architects to interact with their design on another level. Watching as agents move through out the design, interacting with each other and sending feedback to the user about the design.

While watching he simulation, turn you model transparent to watch in more detail as the agents move. The agents will also give feedback about social distancing, if the agents cannot maintain social distancing they will leave a marker to inform you. Expanding the models are not limited by scale, thus we can experiment on the urban scale and see how circulation functions in the environments in which we live.

06 Client Custom Revit Model Viewer App Working with clients, I have wanted to give them a tool to use during meetings which allowed them to understand the project in a more detailed view. The app allows the architect to upload Revit Model data into the programe which is then broken down and formated in an easy to use display for the client. The controls for the app are entirely touch controlled, so the client only needs to use their hands to spin around, pan over, zoom, or explode the model. This allows the client to understand the project on a deeper level, as well as making client architect meeting much simplier and staright forward. Giving the client the ability to be a part of the design process in a much deeper way. By using Revit in a way where they are not using Revit at all.

07 Seasons Rotisserie & Grill Working with Lee Gamelsky Architects, I was able to manage and complete a range of projects, from health care centers to the rennovation of a restaurant and bar. Both projects required working closely with the clients and the employess to achieve the desired look and atmosphere which they desired. With Seasons renovation we were able to expand the exisiting bar area to allow for the restaurant to entertain more and oﬀer more within the bar. We worked with the owner to achieve a look which matched the existing restaurnt but also gave a modern feel. During the planning we worked around the existing building, which was located with the Old Town district of Albuquerque, NM USA, the building needed to maintain the pueblo look known for the area. The project is currently under construction

A-201 C1 A1

A-304

A-302

16' - 9 3/8"

8" 10' - 10 3/8" 1' - 5"

2' - 4 1/2"

01100.06 1" 5' - 2"

2' - 9"

5/8" / 1'-0"

C1 I-205

10300.01 6' - 0 1/2"

PT-3

5 1/4"

PT-1

(CLEAR)

VESTIBULE 101 1" 2' - 9"

3' - 4 1/2"

5' - 11 3/4"

C2 I-205

12' - 0"

5' - 1"

106

B1 I-204

I-205

5' - 2"

I-204 B2 I-204

24"

(CLEAR)

3' - 0"

CLEAR

07 10300.01

PT-3A

01100.08

MAIN KITCHEN

3' - 5"

22200.08

2' - 6"

6' - 3 1/4"

CLEAR

K6 I-204 (BELOW) A1 A2 I-204

22200.07 03600.03

BACK BAR 03

K24

22200.09 A1 I-203

22200.03

SOUTH BAR

RECEPTION 01

I-208

D2 I-208

K19

Ground Floor Plan

22200.03

K3 C4

30"

EQ EQ

3' - 3"

PT-2 2

I-201 I-201

PT-2

C3 I-202 103 22500.17 2

I-203 B2

K18

I-203

1" 2' - 8"

I-202 A3

09300.03

5' - 8 1/2"

22500.18 10200.02

2' - 9"

LIGHTING CONTROL CLOSET

102

TOILET ENTRY B1

MEN'S TOILET

5' - 2"

22500.16 ± 3"

I-202

3' - 4 1/2"

22500.16 10200.05

PT-11 10200.01

A1 I-202

2' - 1"

PT-2

6' - 3" (FACE OF

WOMEN'S TOILET

I-201 B2 A2 I-201

2' - 4"

18"

20' - 3"

4' - 9 1/2"

I-201

10200.05

11' - 0"

B1 10200.02 EQ EQ EQ

I-202

4 10200.01 PT-11

A-301

22500.17

PT-2 4

18"

(FACE OF EXISTING GYP. BD. TO GYP. BD.)

PT-1A

K11

GYP. BD. TO EDGE OF SINK)

I-205

2 3

K10

09300.03

104

5 3

NORTH BAR 05

22500.16

K23 PT-5

I-205

A-303

B1 A-101

3' - 1"

PT-1 A1

I-2 03

1' - 8" FINISH GYP BD. TO FINISH GYP./TO EDGE OF WALL OPENING

AA AA.1

K20

K21

22200.08 22200.09 22500.16 22500.17 22500.18

ELECTRICAL POWER TO UNIT. TIE IN EXISTING BEER LINES INTO RELOCATED BEER TAPS. EXTEND NEW CO2 LINE TO SODA DISPENSER. TIE INTO CARBONATOR (MOUNTED BELOW) AND SYRUP LINES. WATER CLOSET, SEE PLUMBING. PROVIDE FLUSH LEVER ON ACCESS SIDE OF TOILET. UNDERCOUNTER MOUNTED LAVATORY, SEE PLUMBING. URINAL, SEE PLUMBING.

B2 A-101

PT-4A

PREP KITCHEN

A3 PT-2

I-208

12 K12

09200.26

8' - 6 1/8"

K16 K13A K14

109 1/2"

K7A

K15

K22

I-206 C2

SCULLERY B1

I-206

C1 I-206

K25 (BELOW)

BANQUET ROOM

A-303

A-301

09100.08 27' - 6" TOP OF EXISTING PARAPET STUCCO

27' - 4" TOP OF PARAPET FRAMING

07600.03

07500.01 24' - 7 7/16" JOIST BRG SEE STRUCTURAL

03400.01 24' - 1" JOIST BRG SEE STRUCTURAL

09100.01 07200.01 07100.01 09200.02 07200.02

26700.05

05200.01

B2 A-192

GREENHOUSE PT-3A D

105

09100.12 A3 A-305

Sim

12' - 8 25/32" TOP OF BEAM 13' - 0" TOP OF PARAPET FRAMING

03600.01 07100.02 07100.03 03600.02

22500.15

Level 2 113' - 5 3/4"

03400.01 05100.01 B3 A-192

22200.02

09100.01 07200.01 07100.01 09200.02 07200.02

09200.12

09100.01 07100.01 09200.02 05400.02

9' - 0" B.O. FRAMING

05200.02 09200.02 09100.01 07200.01 07100.01 09200.02 07200.02

06100.16

09200.03

05100.01 10' - 0" A.F.F

09200.03

23400.02

09200.03

09200.12

06100.16

23400.02

PT-2 10200.01

WOMEN'S TOILET

10200.01

MEN'S TOILET

PT-3A

4' - 8" 05600.01

TOP OF CMU

101 103

(SERVICE ROAD)

07100.06 07100.07

(SIDEWALK)

1' - 10" 03300.01 03300.02

TOP OF STEM WALL 03600.09

03300.06

03600.09 03600.05

03300.08 31200.01

03300.05 31200.01

Section through Extention 34

Level 1 100' - 0"

03300.06

27' - 4" TOP OF PARAPET FRAMING 03400.01

07500.01

A3 A-192

09100.01 07200.01 07100.01 09200.02 07200.02 22200.02

05200.01

PT-1

GREENHOUSE

03600.01 07100.02 07100.03 03600.02

Level 2 113' - 5 3/4" 03400.01

07500.01

A2 A-192 05100.01 09200.12 05200.02 09200.23

C-1

PT-1 09100.01 07200.01 07100.01 09200.02 07200.02 22200.02

PT-3

VESTIBULE

WOMEN'S TOILET

05600.01

07100.06 07100.07 07900.02 1' - 10" 03300.01

TOP OF CONCRETE STEM WALL

03600.09

03600.05

Level 1 100' - 0" 03300.08 03300.05

31200.01

North Wall Detail 35

08 Computational / Parametric Design - Experiments Experimentation and curiosity is how progress is made in architecture. I found that computational design can be incorporated into everyday practice and allow us to not just create interesting forms but to create a process to explore possibilities of the design. From this curiosity I began to experiment and learn the boundaries of the software but much more the true limits we have created for ourselves. Within this section we have an experiment on using growth algorithms and movement of the geometry. This allow us to create form from limitations, whether those limitations are coming from the exterior environment or from our own limitations we put on ourselves. And from these experiments we can push the boundaries of what is possible

Experiments in testing magnetic wave patterns overlayed with perlin noise generator

Experiments in testing distance between points and exploring how to use that idea to inﬂuence the form

Tensil structure formation using grasshopper physics mesh, overlayed with Thallus Line Growth Pattern

09 Furniture Design Furniture Design for me is one of the simplest forms of architecture, but just as complex. Because as things become simple more thought and energy must be placed for each movement in the piece. This is not only in the ﬁnal product but in the construction of the piece as a whole, how things are assembled is an art within itself. Through this medium I am able to tackle a large variety of experiments and ideas I have wanted to push in architecture. Firstly testing them on the small scale of furniture pieces, whether they be tables, stools, or chairs, each piece allowed me to learn more about the design process as well as the ideas I put forth to it.