Armstrong_UnderGraduatePortfolio_Fall2020

ARCHITECTURE LINDSAY ARMSTRONG

KU Master of Architecture 2020

LINDSAY ARMSTRONG

1356 Clarkson Pines Lane, Ellisville, MO · 63011 636-359-9965 ·lindsayarmstrong01@

EDUCATION LAFAYETTE HIGH SCHOOL · WILDWOOD, MO May 2019· Graduated with honors of Magna Cum Laude UNIVERSITY OF MISSOURI ST. LOUIS · ST. LOUIS, MO · Completed 12 credit hours while simultaneously enrolled in high school- 4.0 GPA UNIVERSITY OF KANSAS· LAWRENCE, KS Master of Architecture 5-year program · 3.5 GPA

EXPERIENCE DEC 25, 2015 - PRESENT DAY· EARLY CHILDHOOD CAREGIVER, BONHOMME PRESBYTERIAN CHURCH, Chesterfield, MO - Care for and adapt to each child’s individual needs - Work with other team members to productively reach a common goal - Promote interest and wellness through educational, interactive, and engaging activities MAY 2020 - AUGUST 2020· INTERN, LINEA DESIGNS ST. LOUIS, Webster Groves, MO - Help measure, draft and design spaces that fit the clients needs - Organize the library of materials and make sure each product is ready for the clients review - Provide an extra set of hands and be prepared for various jobs needed by the firm

SKILLS

ACTIVITIES

- Organization - Communication - Dedication -Sketchup - AUTOCAD - REVIT - Microsoft

AUG 2019 - PRESENT· ALPHA SIGMA KAPPA - WOMEN IN TECHNICAL STUDIES CLASS REPRESENTATIVE, FUNDRAISING AND SOCIAL CHAIR · Provide resources and prepare women for their careers in the technical field and create a positive and academically proficient environment JUNE 2020 - PRESENT· SALT COMPANY - WOMENS SMALL GROUP LEADER · Lead college students and work with others to create a safe and enjoyable community

NON-PROFESSIONAL EXPERIENCE AUG 14, 2018 - MAY 12, 2019 · OFFICE AID, LAFAYETTE HIGHSCHOOL, Wildwood, MO - Maintained data confidentiality when inputting personal information - Relayed information from one office to another.

- Gathered attendance dates for each grade level each day.

JUNE 2017 - MAY 2019 · SECTION LEADER FOR LAFAYETTE LANCER REGIMENT, LAFAYETTE HIGHSCHOOL, Wildwood, MO - Led team meeting and worked with staff to ensure positive outcomes - Worked with other student leaders - WGI World Championship finalist in 2019

CONTENTS.

04.

QUILT ELEVATION -Fall 2019

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LIGHT BOX -Fall 2019

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24.

-Fall 2019

-Fall 2020

WALL SYSTEM

ASILO DE SIERRA Mammoth Lakes, CA

18.

WORKSPACE -Spring 2020

Central Park,NY

QUILT ELEVATION FALL 2019

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While examining the different and unique patterns of each section of this quilt, each line, color, shape, and pattern were simplified to ensure the readability of the intricate quilt.

After studying the section of the quilt given, each color was assigned a specific height. These heights were chosen with consideration for the colors next to and adjacent to that one color, allowing the construction process to be structurally and aesthetically sound. With that new hierarchical element, the quilt was then constructed into a 3D model following each colors specified elevation.

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After separating and grouping colors into different categories, the overall pattern of the quilt section was created with parallel lines and solid colors. This created the most comprehensive plan for the model. This plan clearly states the different heights and placement of each section and its relationship to each other.

The final model was created using only one piece for the exterior skeleton and individual pieces for the inner squares and rectangles as seen in the axon. The axon displays the three main components of the model, the skeleton, the holders, and the rising and sinking towers. The final model shown with shadows exemplifies the different heights chosen for each color.

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WALL SYSTEM FALL 2019

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The Burj Al Maydan, created by Morphosis Architects, located in Dubai UAE, is This 82 story, mixed-use tower project designed as a competition entry for a development site. The project includes residential, hotel, office, and retail along with a plaza and gardens situated along the canals of the Business Bay development zone.

This building served as the inspiration for a single uncut, connected piece of 11x17 paper. Each element of the building was included into the paper model mimicking the overall structure of the original building. The spinal strength of the tower in the center of the Burj Al Maydan allowed for the offset balancing act of the curved surrounding structure to stand and remain stable, these same attributes are found in the paper model.

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The plan created on a single sheet of 11x17 paper consists of score lines, cut lines, and pin holes that direct and guide the construction of the model. This plan allows for the model to stand erect on a flat surface. Each line serves a structural purpose which holds up and supports different parts of the model. Each cut holds the ability to counteract, balance, and prop up other elements of the model. The transformation of this single piece of paper into a 3D model is found within the cuts and folds seen in this plan. Each scored line, once folded, creates a stronger element than without it. The flaps, found within the group of scored lines and spanning the bottom of the paper create a foundation for the stacked curves and the rest of the structure.

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Taking inspiration from the floor plan of the Burj Al Maydan that curves around and has a structural element impaling one end, the model reflects those elements when viewed from the top. Although not identical, the paper model draws direct inspiration from all elements structural, aesthetical, and sectional.

Seen from the top view, this paper model mimics the shape of the Morphosis building. Each element original to the building can be seen through this model.

The sloped curving edge of the exterior is seen in the model by the stacked and embedded strips of paper cut from the original. The central tower inspired the singular straight curved element at the top of the image. The facade is mimicked through the slatted side on the model.

Further into this project we took a singular element from the existing model and created a repetitive element that was used to construct a simple wall system. The chosen element was the stacked and embedded curves that relied on each other for its structural integrity.

This wall system was put together using only pressure, no adhesive.

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This singular element taken from the bigger model was constructed out of a smaller, but still connected piece of 3x5 paper. Each scored and cut line, helped create a more stable form allowing multiples to only be held together with force and no adhesives. The same construction process that was used in the previous model was used in the smaller model to create the same effect.

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LIGHT BOX FALL 2019

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In this project, a void was created inside a sheet of foam core. Throughout this project, that single shape was altered, rearranged, rotated, translated, expanded and shrunk in order to allow an occupy-able space of transition. In order to create this kind of space, this singular shape was rotated along the vertical and horizontal axis allowing for depth to control the flow. The tool kit for this model shows each slightly differing piece of foam core. All pieces are categorized into the voided shape pieces and connectors that help keep all pieces together without adhesives. The goal of this project was to create a space where light is both let in and kept out.

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By rotating the cut shape along both axises, light was able to enter from both the opened left side, and top. These openings formed from the careful placement of each panel created a way for the light to enter and fill the space.

The closure of the space by the connectors allows very minimal and controlled light to enter into the space. These sides are closed off to the interior, forcing the light to filter in through other means. These connectors serve this purpose along as providing stability for the model.

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WORK SPACE SPRING 2020 CENTRAL PARK, NY

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When creating an office space in New York City, two things were necessary, to not take away from the natural surrounding beauty, and the ability to see the activity and city skyline. Central park was perfect. My personal office served as a space for me to be creative in the most simplistic ways. The constant hustle and bustle around helps me stay focused and also possesses the ability to break one from a trance to take a break. This personal office is located in Sheep meadow with the main entrance off an adjacent path and a large window that frames the rest of the park and the opposite architecture.

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A simple interior that mimics the nature surrounding keeps one grounded in their workspace, not separating them from the outdoors. Two desks, a one for sitting and one for standing allows for adaptability to each individual project and the creative needs it calls for. A small seating space allows for rest and research that is needed. This space may be small, but it offers everything one would need to work on a singular project for a work day.

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This space would include skylights, insulation, noise canceling attributes, and one way windows to allow for the focus to remain inside and not allow for civilians to purposely distract the worker. The material used does not draw attention away from a park that many go to daily for runs, picnics, outings, and to escape from the chaos of the surrounding city. By creating this office space out of native materials allows for an non-disruptive experience for those who encounter it.

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ASILO DE SIERRA FALL 2020

WILD WILLY’S HOT SPRING MAMMOTH LAKES, CA Team: Lindsay Armstrong: renderings, diagrams, guest houses Danny Derouin: diagrams, layouts, communal space

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Just as people travel here to enjoy the hot springs, Asilo De Sierra allows the guests to be guided by the water surrounding them. Water throughout each space leads each guest to a new destination such as the lap pool, villas, hot tubs, and new views. At Asilo De Sierra, the water creates the pathways.

Image by Danny Derouin

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The function of the separate structures was heavily influenced by the usage and management of the climate and the elements of weather. The communal space maximizes the use of rainwater and harvests it to use in the kitchens, bathrooms, and bar areas. Following the slope of the roofs, The rain filters down into the entry space, creating a dynamic feature displaying the form behind the function.

The individual Villas capture the solar energy through the glass solar panels placed atop the roof seconding as a skylight.

The orientation of the villas off the north-south axis protects the heating of the interior from the rising setting and southern sun, while also exposing the roof to more southern rays for maximum solar energy.

CIRCULATION

GUIDING WATER AND STREAMS

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FLOOR PLAN

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Image by Danny Derouin

Floor Plan Key 1- ENTRANCE 2-INDOOR POOL 3-DINING ROOM 4-LIVING SPACE 5-KITCHEN 6-STORAGE 7- RAIN COLLECTION EQUIP. 8- OUTDOOR DINING 9- OUTDOOR POOL 10- COURTYARD PATHWAYS 11-GUEST VILLA 12- HOT TUBS

Asilo de Sierra focuses on the function of water within the spaces. Water is seen throughout this design guiding people to different spaces.

The water immediately inside the front door draws the guest’s attention to the axis that will lead them to the hot tubs and individual villas. An outdoor lap pool encases the communal space allowing people to experience spaces in more than one way and easily allowing them to travel between them. Water is also used under the pathways guiding people throughout the space and to different water features. The water surrounding the villa’s patios creates a barrier enclosing that space and creating a sense of privacy.

The arrowhead design guiding people to the ending hot tubs is emphasized by the water used throughout this space.

The structure is placed behind the hot springs allowing people to travel through that space and see what they will experience on their visit as well as to preserve the views and privacy of each space.

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The resort is situated behind the hot springs, allowing the guest to pass through their destination before arriving at their housing for the time they are to spend here. Passing through the hot springs gives the guests a sense of what they can expect and will encounter when they enter Asilo De Sierra for their stay.

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Images by Danny Derouin

The communal space includes a solid exterior front wall that creates a barrier for the guests to pass through. Once entered, people are greeted with an expanse of windows, freeing them from the solid facade. These windows allow an uninterrupted view of the mountains behind the hot springs allowing them to experience what they can to enjoy from wherever they find themselves at the resort.

The front entrance, seen above, features a water wall, displaying the most important aspect of this resort, water. A thin sky light allows daylight to spill into the entrance hall and guiding the guests through the space and down the main axis towards their next destination.

The outdoor lap pool which surrounds the main communal space, allowing access to outdoor dining, living and a bar.

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The indoor pool, off the entry to the right, gives guest the option to spend time in the water outdoors or inside.

The roofing above the pool allows for solar powered glass panels to allow daylight in but also protect the guests from the elements of the outdoors. With many levels under the water, people can enjoy swimming, sitting, treading, or just dipping their feet in. Windows on either side grants access to the beautiful views that surround the hot springs. Wherever the guest may find themselves, they will never find themselves detached from the area in which they came to experience.

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The indoor living and dining space, off the entry hall to the left, features three big windows, framing the views of the northern mountains. Separation between these spaces is created from the differing flooring which identifies the axis which connects the entry, indoor pool, living and dining together, as well as a slight elevation change suitable for all to access. Fitted with a self-serve and chef’s kitchen, the guests will never have to worry about their meals if wanted. This space offers the opportunity to create community with others who visit Asilo De Sierra, just as the hot springs creates friends out of strangers.

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The individual guest houses include a window wall exposing the beautiful private views of the mountains, and a shower that can transform into an outdoor shower (seen above), supporting the enjoyment of Mammoth Lakes with optimal privacy created from the adjacent walls.

Both spaces, communal and private, are constructed with rammed earth, giving purpose to the extracted earth needed to construct this resort. As seen below, the stream that flows under the central axis and the pathway into the guest houses, guides people to where they are wanting to go.

Image by Danny Derouin