Beekman Portfolio - 2023

PORTFOLIO

Devyn Beekman

Devyn Beekman

I am currently in my first year of two as a graduate student at the University of Nebraska-Lincoln. My hobbies include running, hiking, hunting/fishing, woodworking and playing musical instruments. I grew up in the small town of Malcolm, Nebraska where I learned the importance of hard work, and what it looks like to be independent and self motivated in life and in the workplace.

Work Experience

CMBA Architects (Summer 2022-Present)

Architectural Intern

Developed technical drawing and drafting skills

Produced design ideas in the form of renders, plans and diagrams Communicated effectively within the office environment

Beach Construction (Winter 2021-22, Summer 2021)

Laborer/ Foreman Apprentice

Learned basics of the construction process

Managed and oversaw small crews of laborers

Operated light construction machinery and tools

Involvements & Awards

SGH + Dri - Design Competition Finalist (Spring 2023)

PAC Competition Winner (Fall 2022)

Deans List (Spring: 2020, 2023 Fall: 2021, 2022)

Graduate Portfolio 2023

LRCN Racing Club Member (Lincoln Running Company Nebraska)

Axis Youth Ministry Leader (Northwest Community Church, Malcolm, NE)

AIAs Member (American Institute of Architects Student Chapter)

References

Mike Beach

Owner, Beach Construction

402-440-4973

Matt Miller

Professor, University of Nebraska-Lincoln

512-573-9381

PERSHING CENTER LIBRARY

Downtown Lincoln has seen the Pershing Center auditorium host a wide variety of events from its debut in 1931. Over the past few years the building has been vacant and it is only fitting that the city is provided with a service to not only provide educational facilites but also a space that can be used as it has been for hosting community events. The Pershing Center Library provides program for the whole city of Lincoln to enjoy whether it be educational, active, or help resources.

PROGRAMMATIC STUDY DIAGRAMS

The Pershing Center Library’s main design conceptual driver includes a bicycle path that cuts through the building’s core. There is also dedicated areas in the courtyard for riders to store their bicycle and belongings. They can either engage with the library’s programs or gather for community events such as race checkpoints or outdoor festivals. As seen in the Ground Level floor plan to the left, the form and circulation of the building starts to mimic the material study properties such as staggering to create an open courtyard and manipulation of radius in the countours that directly transalte to building program.

OGALLALA WOODSHOP

The University of Nebraska’s Biology Station in Ogallala, Nebraska, is known for its commitment to sustainability and environmental stewardship. To further this mission, a new cross-laminated timber wood shop proposal has been put forward that will embrace a circular economic model and be made entirely from locally sourced cedar wood harvested from the site. The wood shop will serve as a hub for sustainable forestry practices, providing a space for the processing and manufacturing of locally sourced cedar wood. The cedar trees will be selectively harvested from the site, ensuring the health and longevity of the forest ecosystem, and processed into high-quality lumber for use in the construction of the wood shop and other sustainable building projects.

The wood shop will also serve as a community hub, providing education and training opportunities for local residents and students on sustainable forestry practices and the use of locally sourced wood in construction projects. It will be a model for sustainable, communitydriven development that showcases the potential for environmental stewardship and economic development to go hand in hand. In addition to its practical functions, the wood shop will be a beautiful and innovative structure that showcases the natural beauty of the site and the potential of sustainable building practices. The use of locally sourced cedar wood will create a warm and inviting atmosphere.

LOWER LEVEL MAKER SPACE

UPPER LEVEL CLASSROOM SPACE

STRUCTURAL GLULAM

CEDAR CLADDING

GLAZING & FLOOR PLATES

BENSON BOX MARKET HALL - SGH + DRI-DESIGN COMPETITION FINALISTS (Partner:

Forte) - Spring 2023

The Benson Box is a market hall in the Benson neighbordhood of Omaha, NE. The building will serve as a multi-level, multi-use maker/performer space for the community. With emphasis on the process of making products that are sold and used under the same roof. This idea of relationship is also activated by the dwelling units provided to the marketeers to live, work and teach their talents. This cohesiveness is also evident in section. The building footprint is small in proportion to the site in order to maximize the greenspace and activate the transparency between programs. This benefits the community by providing a space of discourse to share products, talents and ideas.

Nico

MAKER - crafts & trades fabrication; comes from inside or outside the community

CONSUMER - traveling & community shoppers; main building activators

RESIDENT - makers are proivded with temporary residents to showcase craft & teach classes

USER DIAGRAM - The user expereince centers around the MAKER AS PERFORMER & the ability to purchase the product they just observed being made

CAFE & ROOFTOP

116’ - 0”

Duct Can Light Fixture

Interior Air (R value: 0.68)

5/8” Gypsum Wall Board (R value: .5625)

8” x 8” x 16” CMU (R value: 1.11)

3” Continous Rigid Insulation (R value: 17.4)

Wall Assembly Total (R Value): 20.89

7/16” Sheathing (R value: 0.62)

Vapor Barrier

Z-Furring Channels 24” O.C.

7/8” Horizontal Hat Channels & Clips 12” O.C.

Rainscreen Exterior Wood Cladding (R value: 0.34)

Exterior Air (R value: 0.17)

LEVEL 1 100’ - 0”

4” Concrete Exterior Paving

OUTDOOR

INDOOR

INDOOR & OUTDOOR

COMMERCE & MAKER

MARKET & MAKER

MAKER ON DISPLAY

PERFORMER

MAKER AS PERFORMER

MAKER SPACE - LEVEL BELOW

MARKET HALL - MAIN LEVEL

ROOF & WARREN TRUSS SYSTEM

The cantilevered system is supported by two warren trusses that span a distance of 142’ and reach a height of 20’.

GLASS FACADES

HEAVY TIMBER SYSTEM

The heavy timber system selected is compsed of 12” x 12” built up dolumns that reach a height of 15’ between floors. The beams selcted are an actual dimension of 5.5” x 10.5” with girders that that support them at 5.5” x 12.5”.

TYPICAL BAY SIZE

LOUVERS- HORIZONTAL & VERTICAL COMBINATION

CIRCULATION CORES & FOOTINGS

Three primary cores consisting of 2 elevators and 3 stairway shafts constructed of minimum 8” concrete CIP walls.

The footings are a typical 36”x12” strip footing that run the perimeter of the foundation walls. The footings are at a depth of 48” below grade.

FLOOR PLATES & EXTERIOR WALLS

The floor plates consist of 5-layer CLT that combines for a nominal thickness of 6”. The rest of the floor system is built up with a layer of rigid insulation and topped with either a tongue and groove wood flooring system or a polished concrete finish. Exterior walls consist of 8”-12” CIP concrete walls.

Interior Air (R value: 0.68)

5/8” Gypsum Wall Board (R value: 0.5625)

R-19 Bat Insulation (R value: 7.10)

7/16” Sheathing (R value: 0.62)

2” Rigid Insulation (R value: 11.6)

Vapor Barrier

Stucco (R value: 0.5625)

Exterior Air (R value: 0.17)

Insulated Glass Unit

Wall Assembly Total (R Value): 21.30

Duct

Light Fixture

ISOMETRIC CHUNK DIAGRAM

The southwest facing portion of the building requires the use of repetitious horizontal louvers to mitigate the amount of direct daylight exposure and provide optimal ranges for a variety of programmatic needs.

The morning sun is directed onto the sun shelf system and projected into the market hall space. The shelf is optimal for the northeast part of the building because it receives less direct daylight.

BUILDING INTEGRATION

Benson Box focuses on the way in which the building integrates the sun shielding louvers to project light along the double height spaces and between the four floors. The goal was to provide optimal ranges in each space so the smaller, more horizontally prominent louver system was used on the southwestern side of the building and larger light shelves were utilized on the northeastern side. Both conditions help express the gridded order of the structural system on the inside and provide a visual hierarchy between the three program bars.

NORTHEAST SUNSHELF

SOUTHWEST LOUVERS

KEY

1. Air Handling Units

2. Lighting Fixtures

3. Sun Shelf

4. Louvers

5. HVAC Ducts

PHYSICAL ISOMETRIC SECTION CHUNK MODEL

THE CANOPY RESTAURANT & MULTICULTURAL RESIDENCE

The Canopy is a multicultural hub for Lincoln to experience a restaurant that combines the backgrounds of chefs from all around the country. Its structure features two distinct sections: the “canopy” housing the restaurant and the “roots” accommodating the residential spaces. The building incorporates eco-friendly principles and sustainable materials to create a celebration of cultural diversity. The canopy stands as a testament to the possibility of creating inclusive spaces that enrich the lives of both residents and visitors alike. Having quickly become an iconic destination in downtown Lincoln, The Canopy draws people together for delightful dining experiences and fosters a thriving multicultural community right off of O Street, in the heart of the city.

RESTUARANT

LOBBY & CIRCULATION

RESIDENTS LIVING & DWELLING UNITS

MATERIAL BOARD

Key

1. Weathered Brick

2. Oak Wood

3. Olive Green Paint

4. Brushed, Dark Aluminum Panel

5. Heavily Rusted Corten Steel

6. Granite Tile

7. CIP Concrete

8. Site Pavers

RESIDENCE INTERIOR RENDER

RESTAURANT POD

Epoxy Harringbone Desk with Adjustable Base

Summer 2021

PERSONAL & WORK PROJECTS

Architecture Supplies Storage Cabinet

Summer 2022

Residential Cedar Treehouse Project

Lincoln, NE

Projects performed as an employee of Beach Construction Inc.

Gazebo Assembly

Lincoln, NE

Pergola Construction

Malcolm, NE

Lean-to & Pole Shed Framing

Malcolm, NE

Residential Deck

Lincoln, NE