Jackson Rogers Architecture Portfolio 2022-2023

Architecture Portfolio 2022-2023

Jackson Rogers

Jackson Rogers 3rd Year Architecture Student

Education

Experience

07/21-Current South Dakota State University Brookings, South Dakota

Bluestone Landscaping, Sioux Falls, South Dakota Intern 05/23 - 08/23 General Laborer 05/22 - 08/22 Job Requirements: Execute landscape installations including planting, irrigation system setup, and construction of hardscape features.

05/21 Bishop O’Gorman Catholic High School Sioux Falls, South Dakota

Extracurricular Activities

AIAS National Member 2022-Current Jacked Rabbit Lifiting Club

Contact Information Email: jackson.rogers@jacks.sdstate.edu Phone: (605)-929-0633

Architecture Portfolio | 01

The Country Club of Sioux Falls Golf Attendant 05/19 - 10/21 Job Requirements: Greeted and assisted golfers upon arrival, Provided information on course conditions, tee times, and golf-related services, Addressed golfer inquiries and concerns promptly and professionally.

CONTENTS

03 Omni Worship Center

11 Technical Vignettes

15 Wooden House

19 Metamorpha Terminus

Omni Worship Center Arch 255: Building Studio- Nesrine Mansour, Dr. Seddighi, Dr. Danesh

Omni Worship Center is a project that is based on the 2023 ASCA Steel Competition. Schools were tasked with creating a meditation/prayer space placed on their campus. Our main goal with this design was to create a journey between the sacred and profane. As well as a place for guests to communicate and learn about new religions and cultures.

The project was worked on by the following: Jackson Rogers Anna Hamling, Reece Petersen, and Fernando Lara-Lopez.

Omni Worship Center | 03

The east elevation depicts the focal point of Omni Worship Center, worship and meditation space. It offers a complex network of steel on display for guests to view.

Section A shows the relationship between the outdoor space and of the entrances into the worship space. Additionally, it captures a segment of the bridge that seamlessly links the main building to the worship center.

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The north elevation unveils the entrance to Omni Worship Center, offering a glimpse into the library and meditation space located within another section of the building.

Section B depicts the connection point between the library and meditation space cantilevered over the outdoor meditation space below.

Architecture Portfolio | 06

Overall Structural Elements Vertical Support- scourced from Pacific Steel & Recycling, the bridge is supported by structural steel tubing. The recycled steel molds are primed for many conditions from hot and dry to cold and wet. Both vertical and angled supports work together to develop a rigid, elevated system.

Storefront- recycled aluminum framing must be purchased from Wausau Wind and Wall Systems. The company prides themsleves on their ability to reuse aluminum by melting parts together and extruding them into brand new storefront systems.

Rebar- rebar is commonly used as a tension device in reinforced concrete.

Concrete Slab- concrete is used as a finishing material for this bridge.

The bridge itself is designed as a scaled down version of an overpass bridge. The finished concrete must be poured in sections starting at the end of the bridge

Bridge Floor Detail Longitudal Rebar- elevated and tied together at 6” O.C. The rods are bent and leveled as the backbone of the bridge.

Inner Diaphragm- the first few yards of concrete are to be poured into the inner diaphragm after all rebar as been placed. Once the concrete hardens within the diaphragm, the rebar is locked in place.

Steel Tubing- the structural steel tubing is surrounded by steel couplings that allow for the bracket to be secured to the vertical supports.

Rebar Sleeve- the sleeve serves as a transition from the bracket to the rebar. Once the rebar slips through the sleeve, it is nearly impossible to move by hand.

Pouring Hole- pouring holes give access to the cement crane to fill the inner diaphragm.

Bridge Roof Detail 1 Vertical Support Cap- at the top of each vertical support is a cap. The

cap prevents water from entering the pipes. It also transitions the pipe to the decorative spans that stretch over the outdoor gathering space.

2 Vertical Support Cap Hinge and Bolts- the hinge is a custom welded feature including thick, recycled metal materuial and 1 1/2” wide bolts

3 Spanning Feature Structual Elements- the skeletal structure of the spanning decorative elements.

4 Lightweight Aluminum Tubing- is tack welded to the structural elements of the spanning feature

Architecture Portfolio | 07

Produced by Reece Petersen

Omni Worship Center | 08

Materials List <500 miles Pacific Seel and Recycling | Rapid City, South Dakota - I-Beam: W10 x33 Steel Column - Rectanglar Steel Column: HSS 4x2x3/8 - Rectanglar Steel Column: HSS 10x2x3/8 - Rectanglar Steel Column: HSS 6x2x3/8 - Rectanglar Steel Column: HSS 8x2x3/8

Knoll Steel Inc | Spring Grove, Illinois

- Round Columns: HSS 14x0.25 - Round Columns: HSS 1/2x0.237 - Round Columns: HSS 6.625x0.375 - Round Columns: HSS 10x0.625 - Round Columns: HSS 6 1/8x0.375 - Round Columns: HSS 4 1/2x0.237 - Round Columns: HSS 1.66x0.140 - Round Columns: HSS 14x0.625

Wausau Window and Wall Systems | Wausau, Wisconsin -HP-Wall High Performance Curtain Wall System

- w/ 10’ frame

- Triple pane glass -HP- Wall High Performance Curtain Wall System

-w/ 6’ frame

-Double pane glass

SpecPro Inc | Omaha, Nebraska -Light Basic Translucent Panel System

-1’ Thick High Performance Panel

- Long Lasting AAMA 2604 Coating

Renewal by Andersen | Fargo, North Dakota -Smart Sun Windows

-High UV Protection

-Low Solar Heat Gain Coefficient

Gage Brothers | Sioux Falls, South Dakota -Concrete Floor -Retaining Walls

Forest Product Distributors | Rapid City, South Dakota -Birch Wood for Interior Accent -Spruce Wood for Exterior

Architecture Portfolio | 09

1 sheet metal decking 2 concrete 3 glass 4 aluminum mullion 5 metal door 6 steel colonade 7 concrete parapet 8 concrete

Technical Vignettes Arch 255: Building Studio- Nesrine Mansour, Dr. Seddighi, Dr. Danesh

The technical vignettes were consructed to provide a basis of how buildings operate stucturally. The building I chose to analyze was the Education Centre in Genk, Belgium.

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Technical Vignettes | 11 Ground and Foundation

Osar Architects

“Koolhaas carries this ambition to extremes by trans-programming the building to become an architectural incubator of public space... The primary function of the continuous surface essentially lies in the fact that this new public sphere is not a monadic reserve but remains connected with the existing city, which can influence retroactively. The concept of infrastructural ground is further developed in a series of projects by Koolhaas’ successors, in particular, Osanbashi Pier, Yokohama and Metacity/Datatown, The Netherlands.”

1 Steel Sheet Metal Decking 2 Acoustic Plaster 3 Steel Column 4 Glass 5 Aluminum Mullion 6 Aluminum Door 7 Reinforced Concrete 8 Concrete Parapet 9 Cement

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Jackson Rogers

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1 Gypsum Plaster 2 Steel 3 Metal Grating 4 Concrete 5 Glass 6 Aluminum Mullion 7 Finished Conrete 8 Concrete Parapet

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1 Thermal glazing glass 10mm+ 2x10mm Safety glass 2 Steel beam/column 3 120mm Reinforced concrete+ 120mm Thermal insulation+ 250mm Reinforced concrete parapet 4 200mm Reinforced concrete+ 100mm Thermal insulation 50mm Compacted sand bed+ 10mm Protective layer 5 120mm Reinforced concrete+ 25mm Drainage layer 6 520mm Reinforced conrete+ 120mm Thermal insulation+ 10mm Protective layer+ Drainage mat 7 Disturbed soil 8 Undisturbed soil 9 Drainage pipe

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Roof and Span 1”=1’-0”

Osar Architects Education Center in Genk

Technical Vignettes | 13

Jackson Rogers 1/30/23

ARCH 255 DoArch Building Studio

Ground and Foundation 1”=1’-0”

Osar Architects Education Center in Genk

Jackson Rogers 1/26/23

ARCH 255 DoArch Building Studio

1 Foil Sealant+170mm Thermal Insulation+ vapour barrier+250mm concrete slab+70mm concrete element+ 30mm gypsum spray 2 Metal Grating+IPE 120 Steel Beam 3 IPE 300 Steel Beam 4 32/6/1mm aluminum sheet+vapour fabric+ 120/50mm wood blocking+ 140mm inlaid resin foam+ 220mm reinforced concrete parapet 5 Green Roof+80mm vegetation substrate+1mm filter mat+25mm drainage layer+root protection mat+ sealant+170-350mm thermal insulation+vapour vapour barrier+70mm concrete fill+400mm reinforced concrete hollow core slab+ 30mm acoustic spray plaster

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1 25mm drainage pipe+ 3mm protection mat+ 200mm thermal insulation+vapour barrier+70mm concrete fill+400mm concrete hollow core+ 30mm spray plaster 2 EPDm foil sealant+ 200mm Steel Beam+ 200mm Thermal Insulation+Steel metal decking 3 10mm Thermal Glazing+ 2x10mm Safety Glass+ bottom steel edge 4 HEB 500 Steel Beam/Column 5 120mm reinforced concrete+sealant finish+120mm thermal insulation+ 250mm concrete parapet

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Wall and Envelope 1”=1’-0”

Osar Architects Education Center in Genk

Jackson Rogers 1/26/23

ARCH 255 DoArch Building Studio

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Roof and Span 1”=1’-0”

Osar Architects Education Center in Genk

Jackson Rogers 2/1/23

ARCH 255 DoArch Building Studio

Architecture Portfolio | 14

Wooden House Arch 230: Design Material and Assembly Lab-Kenneth Lewno

The wooden house project was a project that was designed to help students sharpen their skills with a variety of power tools, located in the school wood shop. It also gave students an insight on how a house is constructed. Our groups goal with this project was to do something unique compared to the previous projects and groups. We decided to model the foundation with small wooden rectangles, representing concrete cinder blocks. We also added a basement to our house to provide insight on how the structure would look, as well as a lower sloped roof.

The project was worked on by the following: Jackson Rogers, Dillon Trevino, and Ryan Tompkins

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Wooden House | 17

Metamorpha Terminus Arch 354: Research Studio Dr. Seddighi

Metamorpha Terminus is a potential Transit Hub design located adjacent to South Eastern Ave and 26th Street in Sioux Falls, SD. The goal of this studio was to research the concept of liminality, which is the essence of spaces existing between spaces.

In the beginning stages we were assigned to discover and try to grasp the concept of liminality. Through the creations of collages and prototypes, we were then assigned to create a transit hub relfecting the concept of liminality.

The project was worked on by the following: Jackson Rogers, Matthew Woldt, Ryle Koistinen

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Initial prototype of the Transit Hub

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Final prototype of the Transit Hub

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Renders produced by Matthew Woldt

Thank You Jackson Rogers Phone: (605)-929-0633 Email: Jackson.Rogers@jacks.sdstate.edu