
HUNTER JOHNSTON
Selected works (2022 - 2025)
Selected works (2022 - 2025)
Minneapolis, MN 55413 | (507)208-9437 | johnstonhunter18@outlook.com
Detail-oriented and disciplined architecture student adept in using BIM software to create 2D and 3D technical models and documents. Successful at utilizing past art experience in combination with new architectural learnings to create both accurate and beautiful work. Currently pursuing a BARCH program and looking to utilize learned skills and past internship experience at an Architecture firm.
4+ Years of Experience
Adobe Photoshop
Adobe Illustrator
Sketchup
Hand Drawing / Drafting
Microsoft Suite
2+ Years of Experience
Autodesk Revit
Autodesk AutoCAD
Adobe InDesign
Bluebeam Revu
Enscape
Vray Render
0-1 Year of Experience
D5 Render
Lumion
ArcMAP GIS
THERM
Drawing / Creating Artwork
Created a small business commissioning pet-portraits and wildlife art
Photography
Architectural Visualization
Phi Thetta Kappa Honor Society
Dean’s List
AIAS Board Member
Bachelor of Architecture | Dunwoody College of Technology
Sept. 2023 - Present
Associate of Architectural Drafting & Design | Dunwoody College
Sept. 2022 - May 2024
Dean’s List | 3.73 GPA
Bachelor of Industrial Design | University of Wisconsin STOUT
Sept. 2020 - May 2021
Unsatisfied with program and found my passions leaned towards architecture
Facade Design Intern | H Window Company
May 2024 - Present
-Created highly detailed window details and parametric detail families in Revit.
-Built a complete 3D Revit window family library for current window offerings.
-Assisted with product development with future H Window products.
Sales Associate | IKEA
March 2023 - May 2024
-Assists customers with providing design advice for their homes and design needs.
-Keeps sales floor organized and functional by creating floor displays, adjusting floor layout, and assisting with visual merchandising work.
-Utilizes product knowledge, customer service skills, and problem-solving skills to help customers make conscious purchase decisions.
Furniture Installer | Advanced Commercial Interiors
January 2022 - February 2023
-Uses precision and attention to detail to construct furnished office interiors.
-Analyzed detailed furniture floor plans to understand how and where to install furniture.
-Used problem-solving skills to make any changes to unexpected issues that may arise when installing furniture.
1 2 3 4 5
THE OVERLOOK
Public park for city of Owatonna Fall 2023
THE BRUNSFIELD
Commercial space design Spring 2023
THE CAMPUS
On-Campus Student Housing Spring 2024
Ney Nature Center Education Building Fall 2024 SEARCH
Sears Site Redevelopment Winter 2025
Typology: Educational Center
Location: Ney Nature Center, Henderson, MN
Year: Fall 2024
The Ney Nature Center in Henderson, MN is looking to expand upon their current needs, which includes more office space and classrooms for various uses. The new education center design aims to solve these issues by providing enough space to facilitate multiple programs, while not being intrusive to the landscape. The building will overlook the Minnesota River and downtown Henderson, which will bring a new view to the nature center. Along with being a functional educational center, a housing building is added to the program to allow students or others to experience the nature center through a full day cycle.
SOUTH ELEVATION
OFFICE / EMPLOYEE SPACE
CLASSROOMS
BUNKROOMS
BATHROOMS / UTILITY
PHYSICAL DETAIL MODEL OF FLOOR TO ROOF CONSTRUCTION
1. Passive solar allows for summer sun to be blocked by roof overhang, and winter sun is allowed through to provide heating.
2. Cantilevered design brings the building closer to nature and provides seemingly impossible views.
3. Large sliding doors allow passive ventilation during summer months. Operable skylights provide indirect natural light as well as passive ventilation.
The building combines a traditional thatch roof with contemporary structural components including CLT columns and beams The interior and exterior timber finishes create a neutral and warm aesthetic that provides both durability and structural integrity. The skylights with timber trim introduce increased natural light, enhancing the space’s sustainability and daylighting. The integration of natural and contemporary materials creates a structure that feels organic yet modern. The repetition of timber elements in the beams, paneling, cladding, and trim ensures cohesion, while the thatch roof anchors the building in traditional craftsmanship. The combination of these construction materials creates a space that blends into the natural surroundings of the nature park and celebrates the environment rather than imposing on it.
Typology: Public Park
Location: Owatonna, MN
Year: Fall 2023
Collaborator: Josh Johnston
This design project is a complete rework of the 6.8 acre site which houses the existing Owatonna power-plant building. The objective going into this project was to create a public space that feels like an expansion to the neighboring MoreHouse Park, and brings nature closer to the residential neighborhoods. This was achieved by designing 4 programs that bring life to the site, with these being a restaurant, outdoor amphitheater, park building, and a water retention pond.
The site south of the Owatonna Public Utilities building has been through tough climatic events, with floods destroying homes in the past. The new site design proposes a program which brings back community to the nearby neighborhoods, and also provides flood control to keep the city safe.
The new design includes:
1. A restaurant to extend Owatonna’s downtown
2. An amphitheater to bring economic growth through events and performances
3. A park building to maintain the park and facilitate events
4. An irrigation pond to bring nature closer to the city while combating flooding
Existing Powerplant Building
Employee Parking
Park / Restaurant Parking
Existing Substation
PROPOSED SITE PLAN
The concept started with just a rectangle which fit the needed programs. This first step was vital in understanding the overall massing. 1.
01 The first concpet for the support building was just a rectonagle with the proposed area of the needed programs. This first step was vital in understanding the overall size of the building.
02
03
Rotating the building 45 degrees counter-clockwise creates a better flow throughout the site. The rotation also creates a stronger connection to the amphitheater.
Rotating the building 45 degrees counter-clockwise creates a better flow throughout the site. The building will face more towards the amphitheater, improving views of the building from other parts of the site.
04
Separating the building into two sections will allow improved circulation for pedestrians. The park office and garage will be on the south section, with concessions and bathrooms on the other half.
Separating the building into two sections allows for improved circulation. The park office and garage will be on the south section, with concessions and bathrooms to the north.
Cutting an angle in the open corridor opens up views for the pedestrian. This simple alteration creates a clear path from parking lot to amphitheater.
Cutting an angle in the open corridor between the two structures will open up the views for the pedestrian as they walk through. This simple alteration will make it possible to see the amphitheater from the small parking lot that will be adjacent to the south-west side of the building.
AMPHITHEATER RESTAURANT
Typology: Commercial Space
Location: Brunsfield Apartments, Minneapolis, MN
Year: Spring 2023
The Brunsfield Apartments is an already existing apartment building located in the North Loop area in Minneapolis, MN. The task for this project was to model out the existing building in Revit, and then design what could live in the large street level commercial space. The space that I designed is a high-end home goods store with an attached cafe. The objective was to bring warmth to the cold and sharp apartment building. The design also includes a mezzanine that provides extra retail space and interesting architectural details.
Open to Below
Enclosed Display
Employee Office
Dining Room Display
LEVEL 2
Cafe Cafe Seating
Bathroom
Floor to Ceiling Shelving
Living Room Display
LEVEL 1
Typology: Student Housing
Location: Dunwoody College of Technology
Year: Spring 2024
Collaborator: Josh Johnson
Dunwoody College of Technology is a technical forward college which has been growing since its beginning in 1914. The college has been functioning in just two buildings, but is looking to expand in the future to accommodate more students and to create a more typical college experience. The required program which Dunwoody is looking to add is student housing, but there is much more that the college needs to thrive. Outside of new student housing, an addition of study space, a fitness center, and more green space is needed to achieve the college campus feel Dunwoody needs. Dunwoody’s site is large, but currently about 75% of the site is taken up by parking lot. A new site access will be designed with a parking ramp to consolidate vehicles to a more efficient and compact footprint. The parking ramp will allow the needed space for the designed programs.
The Dunwoody campus suffers from students only going to campus to attend class, thus creating a dull campus experience
This new design brings new amenities which will resolve the issues Dunwoody currently faces:
1. Resolve circulation issues and condense car parking
2. Provide healthy, social study spaces for students
3. Add new amenities to be more competitive with surrounding schools
4. Add a housing solution to help reduce commuting to school
Warren Building
Cafe & Lounge
Employee Parking
Main Building
Fitness Center
Outdoor Study Area
Parking Ramp
Student Dormitories
Guest Parking / Student Drop-off
Overflow Lot
PROPOSED SITE PLAN
The building is designed with student interaction in mind, with open lobby space, study areas, and open kitchens to improve user and social experience
The first level is constructed with CLT beams and columns to create a warm and inviting space for students. Level 2-4 uses metal stud construction to allow more space within the dorm units.
This fitness center focuses on the betterment and wellbeing of Dunwoody students through a program which facilitates healthier living. Students are able spend their free time exercising, taking yoga classes, or getting a smoothie with friends.
The modern metal facade with shading screen breaks the design language of the Dunwoody campus, but stays true to the philosophy, Born to Do
Typology: Site Redevelopment
Location: Sears, St. Paul, MN
Year: Winter 2025
I participated in the AIA MN 2025 Search for Shelter Design Charette, and my team was tasked with designing a redevelopment plan for the abandoned Sears building and site. Our team renovated the Sears building while maintaining most of the external facade to keep the historic value of the building. The site was transformed with large plaza that allows for various events to take place like food truck lines. Housing, wellness amenities, and community gardens were also designed to be part of the redevelopment plan. My task for this project was the design of the plaza space, and to showcase the lively potential of the open area.
HUNTER JOHNSTON | (507)208-9437 | johnstonhunter18@outlook.com | www.linkedin.com/in/hunter-johnston18