2024_UNLArchPortfolio_KaydenLichtas

Portfolio

Architecture Kayden Lichtas

Contents 01

F.29.1 Above Arch Hall Collaboration with FACT Design-Build Studio to program Architecture Hall’s roof deck addition.

02

Residential - Breezeway Design of a house at 213 Minor Ave. Bertrand, NE 78927, in collaboration with the local HOA and artists.

03

Restaurant- Currents Design of a restaurant and housing for 3 rotating Chefs, located near the Union Plaza in Lincoln, NE.

04

Multifamily Housing - Villodge Design of a multifamily housing complex, mall, and Ski ramp in Steamboat Springs, CO

05

Arcanum Island - The Tropics Playful design of an imagined tropical site, story, and research laboratory presented digitally.

3

F.29.1 Above Arch Hall Fall 2023: Design Collaborate Professors: Jeffery Day Collaborators: Lydia Kramer, Basil Hamood Azzan Al Battashi, Sreemedha Chintamadaka, Kimberly Cooper Above Architecture Hall is a design proposal by FACT for the roof deck of the north addition to Architecture Hall (building design by NADAAA + HDR). The roof deck will be an amenity serving the college as a respite from the studio, classroom, and office. The space will be used for casual and formal gatherings. The site is formed by pulling back the addition’s fourth-floor studio to reduce overall building size.

The team selected concrete and wooden tiles on pedestal pavers for the floor, and proposed structures for shading, seating, tables, and greenery. For shading, the team deOverall Floor Plan 3/32” = 1’-0”

signed a 5-ply CLT canopy to foreground the system used to construct the building. The canopy appears to float above the deck and is supported on a CLT “wallumn” and two slender steel columns anchored to the building’s CLT structure beneath the deck. For seating, the team designed “SeaTables” - moveable CLT chairs with lids that fold down

Above Arch Hall

to form tables, benches, or when arranged together, a

The site is depicted in red on the

Work Bar, will be cut from a single CLT blank, reducing

addition’s floor plan shown above.

waste and allowing students to visually reassemble the con-

multi-use stage. The canopy, wallumn, SeaTable, and a

struction process.

4

40’ - 0”

10’ - 0”

A

C

Floor Plan 1/8” = 1’-0”

A pod-system green wall will be installed as a biophilic element to the design. This green wall will be placed on the north-facing wall to defend against wind and provide adequate sunlight. Overall, FACT designed the rooftop for comfort, functionality, and flexibility.

Isometric Section 1/12” = 1’-0”

All the CLT components will be cut from one CLT blank to reduce waste and celebrate the addition.

5 Above Arch Hall

For the project, a 1/2” scale wooden model was constructed from birch

Model plan and elevations

ply and basswood as to resemble the edge grain of CLT. This model shows all components intended for the project: the canopy, green wall, work bar, and moveable chairs. It was constructed entirely of wooden elements to celebrate the hidden structure of Arch Hall’s new addition, designed by NADAAA + HDR. The design focuses primarily on the complexity of its details, refined to be built.

Model Plan View

Model West Elevation

Architecture Portfolio

Model North Elevation

Model East Elevation

6 Above Arch Hall Model NW Axonometric

The model reflects the final iteration of the project for F.29.1 in the fall semester.

7 Above Arch Hall Connection details for the slender steel column FULLY ADHERED SINGLE PLY ROOF MEMBRANE (TPO OR SIMILAR) TAPERED INSULATION FASTENERS TO CLT ROOF 5-PLY CLT CLEAR SEALED FOR EXTERIOR EXPOSURE STEEL TOP PLATE: WELDED TO COLUMN 2” x 7” GAP WOOD FILLER TO MATCH AND ALIGN WITH CUT

1/4” REVEAL AT COLUMN STEEL LALLY COLUMN 4” DIA.

C1

Steel to CLT Roof Detail 1” = 1’-0”

STEEL LALLY COLUMN 4” DIA. 1/4” MIN. DRAINAGE GAP 1” WOOD FLOOR TILES WITH 1X4 FRAME STEEL FLANGE: WELDED TO COLUMN

STAINLESS STEEL CLAMP RING TPO FLASHING SINGLE-PLY ROOFING MEMBRANE (TPO) EXISTING TAPERED INSULATION STEEL BASE PLATE: WELDED TO COLUMN FASTENERS TO CLT DECK CLT DECK (L4)

C3

Steel to CLT Floor Detail 1” = 1’-0”

Architecture Portfolio

8 Above Arch Hall Connection details for the CLT “wallumn” FULLY ADHERED SINGLE PLY ROOF MEMBRANE (TPO OR SIMILAR)

TAPERED INSULATION TO FORM ROOF SLOPE 5-PLY CLT CLEAR SEALED FOR EXTERIOR EXPOSURE FASTENERS TO CLT ROOF 1/2” x 5.1” GAP CUSTOM DESIGNED KNIFE PLATE CONCEALED FASTENERS WITH WOOD PLUGS

5-PLY CLT CLEAR SEALED FOR EXTERIOR EXPOSURE

C2

CLT to CLT Roof Detail 1” = 1’-0”

5-PLY CLT CLEAR SEALED FOR EXTERIOR EXPOSURE

CUSTOM DESIGNED KNIFE PLATE WELDED TO STEEL BASE CONCEALED FASTENERS WITH WOOD PLUGS

1/4” MIN. DRAINAGE GAP 1” WOOD FLOOR TILES WITH 1X4 FRAME

GALVANIZED STEEL COLUMN BASE FROM STEEL W-SECTION FULLY ADHERED MEMBRANE SINGLE-PLY ROOFING MEMBRANE (TPO) EXISTING TAPERED INSULATION FASTENERS TO CLT DECK CLT DECK (L4)

C4

CLT to CLT Floor Detail 1” = 1’-0”

All CLT will be clear sealed for exterior exposure as shown, with yearly maintenance.

9 Above Arch Hall Roof and aluminum flashing details 10’ 3” HEIGHT AT CENTER. 2 DEGREE SLOPE

C6

Roof Detail 1/2” = 1’-0”

FULLY ADHERED SINGLE PLY ROOF MEMBRANE (TPO OR SIMILAR)

TAPERED INSULATION TO FORM SLOPE SHAPED NAILER ALUMINIUM EAVE / DRIP FROM 2”X2” CHANNEL WITH CONT. WELDED FLANGE, SEE DETAIL WELDED SPLICE AT MEMBRANE EDGE AT ALUM. EAVE CHANNEL

FASTENER AT 12” O.C. 5-PLY CLT CLEAR SEALED FOR EXTERIOR EXPOSURE

C5

Drip Edge Detail 1-1/2” = 1’-0”

14” x 14” built model of the roof edge in axonometric, section, and plan

Architecture Portfolio

14”

10 Above Arch Hall

45°

12”

Drip edge construction

5”

9”

10”

drawings 3” = 1’-0”

0”

1”

1/4”

0” 1.5”

3.5”

1”

4”

2” x 2” x 1/8” CHANNEL 1/4” 1/4

1.5—3.5

0.2” DIA. HOLE 2”X1/8” ALUM. FLATBAR 14”

1/8” 1/2”

45°

1” 12” 10” 9” 5” 1”

1/4”

0”

4”

1”

0” 1.5”

2” x 2” x 1/8” CHANNEL 1/4

1.5—3.5 0.2” DIA. HOLE 2”X1/8” ALUM. FLATBAR

1/8” 1/2” 1”

1/4”

3.5”

11 Above Arch Hall “Exterior” Views

Isometric View

North Elevation View

12 Architecture Portfolio

Fall Construction View

View from Interstate

13 Above Arch Hall “Interior” Views

North View

West View

14 Architecture Portfolio

South View

East View

15

Residential - Breezeway House

Spring 2023: Design Situate

The Breezeway House began as a request for a single-family residence

Professors: Emelia Alvis, Zebulun Lund Collaborators: Machelle Cooper, Dehray Eleutice 213 Minor Ave. Bertrand, NE

in Bertrand, Nebraska on a golf course, with a relocated garage, unfinished basement, and constraint of 1200 square feet of living space. The residence had to contain two bedrooms, two bathrooms, a kitchen, and living and dining. Given these constraints, and research into the building types, the Breezeway house was developed. This design incorporated the relocated garage into the building, granting back access as was requested by the client and the local HOA. The design features a center channel, which serves to provide access to the backyard, while creating a physical division between the living space and the garage. This way, the kitchen and living space could be nearest to the point of entries for convenience, while incorporating the garage the family wanted to move on the site into the structure.

Breezeway View The image shown depicts the front facade of the building, with a slightly raised entry and front channel.

16 Access to the garage from the back alleyway is shown. This driveway connects to the back patio.

R O IN M E U N E V A NE Axonometric 1/20” = 1’-0”

Axonometric View This axonometric view reveals a simplified site context, to detail the nearby houses and street restraints.

17 Architecture Portfolio

25'-6"

5'-0" 3'-0" 30'-3" 42'-4 3 4"

12'-0"

5'-1"

5'-0"

54'-6 1 4"

Minor Avenue

22'-0"

6'-5 3 4"

N

Site Plan 1/20” = 1’-0”

Site dimensions Reveals the relative lengths on the site to roads and the outer lot border, as it adheres to Bertrand’s building code.

Roof Level 109’-0”

Main Floor 100’-0”

North Elevation 1/10” = 1’-0”

Basement 92’-0”

18 Elevations showing relationship of roof to building forms 12

12

2

3

East Elevation 1/10” = 1’-0”

Roof Level 108’-0”

Main Floor 100’-0”

South Elevation 1/10” = 1’-0” Basement 92’-0”

12 3

West Elevation 1/10” = 1’-0”

12 2

19

N/S’

55'-6" 12'-0"

35'-6"

5'-0"

13'-6"

3'-0"

22'-0"

20'-0"

Garage

5'-0"

50'-0”

18'-0"

21'-0"

4'-2"

N

35'-6"

Closet

E/W

DN

Dining

Fridge

12'-0"

Kitchen W/D

Bath

Main Floor Plan 1/10” = 1’-0”

12'-0"

8'-10"

Bedroom 2

4'-2"

W.I.C.

N/S

E/W Section 1/10” = 1’-0”

Bath

Closet

4'-2"

Bedroom 1

12'-0"

12'-0"

Deck/ Patio

Pantry

8'-0"

42'-4"

E/W’

5'-4"

9'-8"

63'-4"

Living

20 38'-6" 20'-10"

6'-8"

5'-0"

3'-0"

Bath

SH

12'-0"

Mechanical

8'-0"

WH

Bed 1

Bed 2

4'-0"

4'-0"

4'-0"

Breezeway House

11'-0"

11'-0"

11'-6"

The basement space of the building will

Basement Floor Plan 1/10” = 1’-0”

Office

8'-4"

10'-4"

3'-8"

26'-4"

UP

remain unfinished, but a suggestion for an efficient layout is included in the proposal.

Given the square footage constraints, the layout of the house had to be extremely efficient. Additionally, it had to ensure all the plumbing faced the inside walls of the building to avoid freezing in Nebraska’s climate. This resulted in the linear circulation through the house, which while mirroring the external channel, allowed for the bedrooms to be grouped together, and the kitchen and dining to be in close adjacency to the living space.

This allowed the house to become an experience for the residence, and tell the story of the golf course in a gradual narrative, opening to the large reinforced windows in the back.

N/S Section 1/10” = 1’-0”

21 Vinyl siding Rigid Insulation 3/4” Air gap 1/8” Vapor Barrier Plywood Sheathing 3/8” Filler insulation 8” 1/2” Gypsum wallboard

Floor Finish Wood Framing Floor Assembly Wood Structure

Sill Sealer Concrete Foundation

Wall Section Detail and Interior Views

23

Restaurant and Housing - Currents

Spring 2022: Design Ideation

The task for this project was to develop a multicultural restaurant which

Professor: Allyson Pierce

included living units for 3 chefs. The intention for the restaurant was

Collaborators: Dennis Sotelo-

that the chefs would rotate every few months, so the living units had

Flores

to support temporary living and the main kitchen had to support many different cooking styles. Responding to these conditions, The Currents Restaurant would support two kitchens, one for presentation and show, and the other for quicker and more efficient preparation.

This project used an open site in downtown Lincoln Nebraska, nearby the Union Plaza Park. Because of this proximity, it was determined that the theme which guided this project would be water currents, reflecting the water features of this plaza. The design concept informed the building shape, circulation and human movement, and the development of a waffle grid ceiling feature which also served to hide the restaurants mechanical systems.

Currents Restaurant and housing complex for rotating chefs

24 A’

A’

Access Garage Living Room Office

Storage Studio APT. 1

Dish Room

Private Dining

Cooler Freezer

Main Kitchen

GN

M

Studio APT. 2

F

Utility

Kitchenette

Studio APT. 3

Open To Below

B

B’

B’

B

Show Kitchen And Bar

A First Floor Plan 1/24” = 1’-0”

A Second Floor Plan 1/24” = 1’-0”

Currents Restaurant shown in context of the buildings nearby the Union Plaza

South Elevation 1/24” = 1’-0”

25 Architecture Portfolio 4” Masonry Facade 1” Air gap 3” Rigid insulation

The project focused on the separation of show cooking and a more private kitchen, which would allow preparation in the backof-house while leaving the extravagant demonstrations of skill up front near the inhouse dining.

Metal Framing was used for the structure, with burnished brick masonry on the exterior.

A continuous glass window also helped to demonstrate the natural “Flow of water” intended throughout the building.

Currents The waffle grid ceiling, while following the theme of water, hid the ductwork needed to pressurize the show kitchen.

Exploded Axonometric

Section AA’ 1/16” = 1’-0”

3/4” Plywood 6” Metal Stud Framing 5/8” Gypsum Wall Board Stem Wall 1/2” Horizontal Joint Filler Inside Slab

Foundation

26 Restaurant and Housing Currents Parapet Coverboard 4” Insulation Base Board 1 1/2” Metal Deck

Inside Slab 1 1/2” Metal Deck 10” Metal Beam

10” Metal Beam 6” Metal Stud Framing 6” Metal Stud Framing

Wall Details

Site Context

Currents The dining area was elevated to overlook the show kitchen for higher visibility. Ramp access was provided.

Section BB’ 1/16” = 1’-0”

27 Currents Views from inside and outside the restaurant

Exterior View

Show Kitchen View

28

Dining Area View

Shared Apartment View

Back-of-house Kitchen View

Bedroom View

29

Multifamily Housing - Villodge Spring 2023: Design Situate Professors: Emelia Alvis, Zebulun Lund Collaborators: Machelle Cooper, Dehray Eleutice Location: 2410 Ski Trail Lane

Located on Ski Trail Lane, next to the large Ski trail Stampede run, we were asked to design a large multifamily home with an additional program designed based on research extracted from Steamboat Springs, Colorado. Based on the large intrigue in skiing in the city, and the direct adjacency to the ski run, our team integrated a ski ramp into the building, as well as an outlet mall specializing in winter sports gear and equipment.

This design process was aided by a series of sketches and small mock-ups to achieve a better understanding of space and volume.

The Villodge A multifamily housing complex, ski ramp, and outlet mall

30 Architecture Portfolio

The residency side of the complex overlooks the ski ramp, but is offset to provide a layer of privacy for tenants.

Site Plan 1/32” = 1’-0”

The north corner of the lot is left open for permanent parking.

31 A’ BATH

BEDROOM

B

LIVING

1x1

BATH

BATH

KITCHEN

74’ - 3”

BEDROOM

STUDIO KITCHEN BATH BEDROOM

BEDROOM KITCHEN

BATH

2x2 BEDROOM

LIVING KITCHEN

BEDROOM

LIVING

BATH

BEDROOM

4x3

LOCAL SEASONAL GEAR

BATH BEDROOM

87’ - 9”

A

B’ SECONDHAND EQUIPMENT & RENTAL

Basement Plan 1/32” = 1’-0”

The lowest floor of the complex includes four apartments, each designed to support a different number of residents to account for large families or independent owners.

Additionally, this level of the mall has a store for secondhand equipment and rental for skiers, and local seasonal gear such as winter coats. This allows tenants to resell or rent their equipment for ski-ramp visitors.

Section B 1/32” = 1’-0”

32 A’

The second level supports 7 apartments BEDROOM

on the residential side, and has a bridge to

100’ - 0”

BATH

the mall’s cafe and book nook. The ski ramp

BEDROOM

passes through the book nook, so residents

RESTROOM

BATH

BEDROOM BATH

will be able to safely watch skiers behind a

OFFICE

BEDROOM BEDROOM

KITCHEN

reinforced glass wall, while enjoying a cup of

BATH

BATH

BEDROOM

hot chocolate. The ski ramp lobby access is

4x4 BATH

LIVING

LOBBY

KITCHEN

also on this level, open to the general public.

BEDROOM BATH

B

2x2

KITCHEN

BEDROOM

LIVING

BATH LIVING BATH

BEDROOM

3x3

BATH

LIVING

BEDROOM

1x1 BATH KITCHEN

BATH

BEDROOM

KITCHEN

STUDIO

BATH BEDROOM

BEDROOM KITCHEN

BATH

2x2 BEDROOM

LIVING KITCHEN

BEDROOM

LIVING

BATH

BEDROOM

4x4 BATH BEDROOM

A

CAFE & BOOK NOOK

B’

First Floor Plan 1/32” = 1’-0”

Section A 1/32” = 1’-0”

33

A’

BEDROOM

BATH

112’ - 3”

BEDROOM

BATH

BEDROOM BATH

BEDROOM BEDROOM

KITCHEN BATH

SKI LOBBY

BATH

BEDROOM

4x4 BATH

LIVING KITCHEN

SKI PLATFORM & START

BEDROOM BATH

B

2x2

KITCHEN

BEDROOM

LIVING

BATH LIVING BATH

BEDROOM

3x3

BATH

LIVING

BEDROOM

1x1 BATH KITCHEN

BATH

BEDROOM

KITCHEN

STUDIO

BATH BEDROOM

BEDROOM KITCHEN

BATH

2x2 BEDROOM

LIVING KITCHEN

BEDROOM

LIVING

BATH

BEDROOM

4x4 BATH BEDROOM

A

SKI VIEWING

B’

Second Floor Plan 1/32” = 1’-0”

The second floor supports an additional seven apartments, aided by elevators on both sides of the complex, and a flat bridge to each door to abide by ADA standards. The ski lobby opens up to the ramp on this floor, and has a waiting lobby for friends and family who are not skiing.

34

Exploded Axonometric 1/32” = 1’-0”

35

NW Elevation 1/32” = 1’-0”

SE Elevation 1/32” = 1’-0”

NE Elevation 1/32” = 1’-0”

36 Elevations, wall section, and wall detail

Architecture Portfolio

The outside layer of the residency side of the complex will be a log rainscreen constructed of local Colorado pines, to defend the inner wood framing from Steamboat Spring’s harsher winter conditions. The building will have concrete foundation which extends below Colorado’s frost depth of 36”.

ASPHALT SHINGLES ROOF COVERBOARD 2” RIGID INSULATION METAL DRIP-EDGE 8” BATT INSULATION 10” ROOF RAFTER ROOF DRAIN FASCIA SOFFIT SOFFIT VENT

As depicted in the elevations, the ski ramp will be supported by 2’ wide concrete columns which connect to the foundation. This will support the Trail class 4 ski ramp, which will connect up to Stampede run, which the building borders.

2” RIGID INSULATION AIR GAP VAPOR BARRIER 3/8” PLYWOOD SHEATHING 8” BATT INSULATION 2” x 8” MASS TIMBER FRAMING

2” RIGID INSULATION

1/2” GYPSUM WALL BOARD PLASTER & PAINT FINISH

AIR GAP

EXTERIOR LOG FINISH LOG RAINSCREEN

VAPOR BARRIER 3/8” PLYWOOD SHEATHING 8” BATT INSULATION

2” x 4” WOOD FURRING SLOPE TOP EDGE

2” x 8” MASS TIMBER FRAMING

DRIP CAP

1/2” GYPSUM WALL BOARD

EXTERIOR MASONRY FINISH ROCK WALL CONDITION GROUT FILL

WOOD JOISTS 2’-0” O.C. 8” BATT INSULATION

TAPE ALL JOINTS [HOR. & VERT.]

CEMENT MORTAR BED WALL TRIM FINISH FLOORING 3/4” SUBFLOORING

1/2” GYPSUM GUTTER DOWNSPOUT SPLASH BLOCK SLOPE TO DRAIN

LOG RAINSCREEN

FINISH GRADE

CONCRETE SLAB STEM WALL ANCHOR RODS GRAVEL BED

The Villodge

2” RIGID INSULATION

A multifamily housing complex, ski ramp, and outlet mall 3’ WIDE CONCRETE FOUNDATION

CONCRETE FOOTER

CONT. BEAD OF SEALANT

37 Architecture Portfolio

The Villodge Views from outside the residency, ski ramp, and mall.

Public View

Public View

Shown in winter conditions to reflect time of year for ski ramp use

38

Alternate use During the summer months, the ski ramp can be transformed into a bike trail or walking path, continuing to contribute to the complex’s additional revenue.

Ramp View

Private View

Private View

39 Architecture Portfolio

The Villodge Views from outside the residency, ski ramp, and mall.

Ski Lobby View

Cafe and Book Nook View

Shown in winter conditions to reflect time of year for ski ramp use

40

Alternate use Vacant units can also be temporarily rented out to tourists during the winter months.

Shared Space View

Bedroom View

Deck View

41

Arcanum Island - The Tropics Fall 2022: Design Organize Professors: Adam Wiese, Nate Gieselman Collaborators: Elijah Velinsky, Muminjon Mirzoev, Chloe Strecker

Arcanum Island was a two-part collaborative story-telling Architecture project. Initially, the group worked to establish a site based on a large grid and experimental terrain. Next, four “objects” were randomly placed on the site, and our group had to identify what they were through creative storytelling, creating an engaging narrative to lead into the final stage of the project: a research laboratory intervention.

Within our project, we were assigned a tropical environment, and had to research the many facets of wildlife, vegetation, soil types, and stability. Our group established that the 4 objects placed on the site map were large terrariums of unknown origin, one of which had sheared under wind stress as was releasing potentially hazardous plants and animals to the surrounding tropics.

The Four Terrariums

42

Site Map

43

From the narrative, we derived a research concept of Biological Studies and Materials Exploration in the hope of both understanding the unnatural threat and finding a way to resecure the broken object mechanically or through informed design. The location on the site picked for the buildings also provided a high vantage for these observations.

CLASSROOM FLEX SPACE RESIDENTIAL FLOOR 1

RESIDENTIAL FLOOR 2

GAME ROOM

UP

DN

UP

DINING ROOM

KITCHEN

COMMUNITY LIVING ROOM

AD DN

LIBRARY

T

UP

GAME ROOM

DN

Floor Plans 3/128” = 1’-0”

Architecture Portfolio

44

GREENHOUSE ROOF STRUCTURES LAB FLOOR 3

DN

STRUCTURES LAB FLOOR 2 GREENHOUSE UP

DN

STRUCTURES LAB FLOOR 1

GREENHOUSE

BALCONY LAB ATRIUM SPACE

MATERIAL RESEARCH LAB DN DN

OFFICE UP UP

STRUCTURE LAB

GREEN HOUSE

STEM LAB

UP

ROOFING

COLLAB SPACE

THIRD FLOOR STRUCTU

VIEWING DECK

THIRD FLOOR

SECOND FLOOR STRUC

UP

MEETING ROOMS

COLLAB SPACE

VIEWING DECK

SECOND FLOOR

DN

COLD ROOM

DMIN UP

HAZARD LAB FIRST FLOOR STRUCTU

NG SPACE TRAI MATERIAL LAB MECHANICAL

DN

GREENHOUSE

IOLOGY FLOOR 1

FIRST FLOOR

DN

BALCONY BATANICAL LAB

GREENHOUSE ROOF GROUND FLOOR GRO

BIOLOGY FLOOR 2

Exploded Structural View Arcanum Island Intervention in the Tropics

45 Architecture Portfolio

Arcanum Island

Our iterations for the lab designs were based upon both views and prox-

Sections and Elevations

imity to the broken object and the nearest object of material relevance.

This helped to develop a circular plaza with its adjacent labs facing the objects, and protected living facing inwards towards the island. This decision was to reduce the stress of the tenants. The walls and landmarks in the plaza helped to reinforce these views in their alignment in the building breaks.

West Elevation 3/128” = 1’-0”

46

North Elevation 3/128” = 1’-0”

Arcanum Island

On top of the biological studies and materials laboratory, the program

Sections and Elevations

includes several greenhouses, a shared kitchen and seating, a living space, and different types of apartments for housing. Additionally, the outdoor space was cultivated for views and to maximize comfort for residents by generating an internal safe space.

Materials used for the project were teak wood and ramen wood, woods native to the site and climate based on South-east Asia.

The alternating Palette of these wood types helped to reinforce the shadows and form the buildings developed. Other natural materials included gravel walkways, rock walls, and various water features.

All Sections 3/64” = 1’-0”

Project Exterior and Interior Views

CONTACT ME PHONE:

ADDRESS:

EMAIL:

(402) 306-7734

8763 Pine Drive, La Vista

klichtas3@huskers.unl.edu

NE, United States, 68128

kaydenlichtas@gmail.com