Portfolio. Jack Lewis
Selected Projects 2026 | 1
Jack Lewis Master of Architecture Student & Certification in Construction Management
Contact
Education
- 314.755.6082 - jblewis04@gmail.com - Webster Groves, MO & Lawrence, KS
4th Year M. Arch. Student University of Kansas: August 2023 - Present - Honor Roll: Spring 2025, Fall 2025, Spring 2026 - 3.75 GPA High School Diploma Webster Groves High School: August 2019 - May 2023 - Graduated Summa Cum Laude - 4.01 Weighted GPA
Technical Skills Design Software - Revit - AutoCAD - SketchUp - Lumion - Twinmotion - Miro - Adobe products Core Competencies - Construction Documentation - 3D Modeling and Rendering - Field Verification - Design Collaboration
References Alan Nehring - Principal Architect alan@nehringdesign.com Treye Denton - Senior Project Architect dentont@theljc.com Jon Meader - Associate meaderj@theljc.com
Certifications - OSHA 30 - NFPA 70E - CPR Certified 2 |
Resume
Experience Architecture Intern LJC Design & Engineering / St. Louis, MO, May 2026 - August 2026 - Created architectural detail drawings for hyperscale data center projects - Conducted site visits to hyperscale data center construction projects Nehring Design LLC / St. Louis, MO, May 2025 - August 2025 - Supported preparation of construction documents using Revit - Assisted in field verification and documentation for ongoing architectural projects Naismith-Allen, Inc. / St. Louis, MO, May 2024 - August 2024 - Prepared drawings using AutoCAD on various projects - Gained exposure to construction site operations and design implementation
Activities Mentorship Program - University of Kansas January 2026 - Present - Mentoring students in an architectural studio class by attending their reviews and helping them improve their designs AIAS (American Institute of Architecture Students) August 2025 - Present - Participating in workshops and mentorship programs to enhance my architectural education KU Club Soccer August 2024 - Present - President - Social Media Manager Pi Kappa Alpha Fraternity November 2023 - November 2024 - KU Chapter Co-Founder - Worked on various philanthropic projects
CONTENT 01 THE ARK
04
02 PRIMARY SCHOOL
22
03 ECOHAVEN FARMS
34
04 THE BUS STOP
44
05 PROFESSIONAL & PERSONAL WORK
50
Wichita, Kansas
Kano, Nigeria
Kansas City, Kansas
Lawrence, Kansas
St. Louis, Missouri
2026 | 3
01 THE ARK LOCATION - Wichita, Kansas TYPOLOGY - Commercial 48,333 SF PROGRAMS - Revit, SketchUp, Lumion, Krea, Illustrator, Photoshop YEAR - Amy Van De Riet Studio, 2025 In this project I designed The Ark, a recreation center in downtown Wichita inspired by the flowing movement of the Arkansas River and the sweeping motion of Kansas wheat. These natural gestures shaped a wave like form that brings motion and warmth to the building. Responding to its urban context, I incorporated sustainable strategies such as southern oriented glazing, wooden louvers, and solar integrated outdoor spaces. Centered on community needs, the design promotes health and inclusiveness through flexible athletic areas and accessible indoor outdoor gathering spaces.
4 |
The Ark
2026 | 5
01. Site - Original site in downtown Wichita
02. Massing - Started with a square mass dividing it into separate spaces
03. Levels - Lowering the form into three distinct levels creates a stacked effect and a greater sense of grandeur.
04. Shift - Shifting the volumes slightly back creates movement within the structure while establishing a clear entrance in the connection space
6 |
The Ark
6
4
5
2 3
1
Final Isometric 1
Main Entrance
4
Gymnasium
2
Connection Area
5
Parking
3
Weights/Cardio
6
Outdoor Courtyard
2026 | 7
1” = 100’
0’
40’
120’
Site Analysis The building is oriented to maximize southern sunlight. Horizontal louvers shade the southern facade, while vertical louvers control light on the east and west sides. The main entrance is placed along South Market Street to provide easy access from the busy roadway. A green space is located at the rear, east side of the site for people to sit, relax, and gather. The site also features covered outdoor seating, solar panels on the pavilion and parking structure, nearby ADA-accessible parking, pervious concrete for stormwater management, pickleball courts, and fire pits for evening community use.
8 | The Ark
280’
Front Entrance
Back Courtyard
2026 | 9
Floor Plans The floor plans of The Ark are organized to support clear circulation, flexibility, and strong visual connections. The first floor features a double height lobby, sunken basketball courts with natural seating, a café opening to the courtyard, central locker rooms, a weight room, and a convenient kids drop off area. The second floor includes an elevated track overlooking the gym, a cardio space with outdoor views, a secondary locker room, and studios for cycling and yoga. The third floor contains offices, meeting rooms, and a multi purpose volleyball court with ADA-accessible bathrooms. A basement level houses mechanical systems and storage.
7
A. 3 A.
5 4 5 2
6
1
Ground Floor 1”= 30’
0’
25’
175’
75’
Key 1. Lobby/Entrance 2. Gymnasium 3. Cafe 4. Weight Room
10 | The Ark
5. Locker Rooms 6. Kids Room 7. Outdoor Seating 8. Track
9. Cardio Room 10. Cycle Bar 11. Yoga Studio 12. Volleyball Court
13. Offices 14. Meeting Room 15. Multi Purpose 16. Private Bath
11
10
5 8
5
9
Second Floor 1”= 40’
0’
25’
75’
175’
14 12
13
15
16
Third Floor 1”= 40’
0’
25’
75’
175’
2026 | 11
West Elevation 1/16” = 1’
12 | The Ark
0’
25’
75’
Stone:
Mass Timber:
Using stone to tie the building into the surrounding urban context.
A sustainable material that enhances a natural feel while visually and experientially connecting users to the exterior.
175’
Metal Roof:
White Concrete:
The standing seam metal roofing enhances and defines the roof’s flowing curves.
White concrete gives the building a modern feel through its smooth, refined surface.
2026 | 13
Detail Drawings AA
1 STANDING SEAM METAL ROOF RIGID INSULATION OAK CEILING
1
WOODEN LOUVER FACADE STONE EXTERIOR FACADE BRICK TIES AIR SPACE FLASHING MEMBRANE POLYISOCYANATE INSULATION STEEL BEAM FIRE PROTECTION STEEL BEAM GYPSUM BOARD INTERIOR WINDOW CAP GLULAM BEAM
2 WINDOW CAP GYPSUM BOARD BRICK WALL TIE WOODEN LOUVER FACADE STONE EXTERIOR FACADE CEDAR WOODEN FLOOR
2
FLASHING MEMBRANE CONCRETE FLOOR WITH STEEL DECKING AIR GAP STEEL BEAM FIRE PROTECTION UNDERFLOOR HVAC STEEL BEAM POLYISOCYANATE INSULATION ACCOUSTIC WOODEN CEILING
STONE EXTERIOR FACADE BRICK WALL TIE
3
AIR SPACE FLASHING MEMBRANE POLYISOCYANATE INSULATION GYPSUM BOARD TERRAZZO RIGID INSULATION UNDERFLOOR HVAC CONCRETE FOUNDATION REINFORCED REBAR DRAINAGE PIPE GRAVEL
3
14 | The Ark
Volleyball Court 2026 | 15
Lobby Space 16 |
2026 | 17
Gymnasium 18 |
2026 | 19
Cardio Room 20 |
2026 | 21
02 PRIMARY SCHOOL LOCATION - Kano, Nigeria TYPOLOGY - Educational 39,279 SF PROGRAMS - Revit, SketchUp, Lumion, Krea, Illustrator, Photoshop YEAR - Dilshan Ossen Studio, 2025 In this project we were tasked with designing a primary school in Kano, Nigeria, a region known for its hot, dry climate. Kano experiences only one rainy season each year, with dry conditions prevailing the rest of the time. To address the environmental challenges and impacts of climate change in the area, we collaborated with local residents, gaining valuable insights into the region’s specific needs. Using this knowledge, we were then challenged to create a climate-responsive design through the thoughtful use of building technologies and materials.
22 | Kano Primary School
2026 | 23
01. Mass On the original site, the building mass is set forty feet back from the road. The main entrance is positioned closest to the intersection, where activity is highest, and directly across from the mosque to strengthen visibility and accessibility.
02. Subtraction The structure is organized around existing trees to create courtyards, framed views, and a stronger connection to nature. Classrooms are grouped by grade, while noisy spaces like the cafeteria and main entry are separated from quieter classrooms and the library. - Classroom Quadrants 24 | Kano Primary School
- Quiet Library Zone
- Main Entrance
03. Form The design removes unnecessary second-floor space while creating shaded areas for the multipurpose hall and entrance. Buildings align with prevailing winds to improve cross-ventilation, while a courtyard edge offers views into the interior and invites curiosity.
04. Final Form The roof design improves ventilation while adding a covered terrace. A secure playground is placed near the younger classrooms, while the soccer field connects the multipurpose hall to a separate, accessible community space.
2026 | 25
UP
DN
DN
14. DN UP
13.
6. 12. DN
UP
DN
4.
DN UP
DN
5.
UP DN
DN
11.
Second Floor 1”= 60’
A.
8. UP
DN
DN
4.
5.
9.
5. UP
6.
7.
10.
DN
Entrance/Lobby
B.
UP
4.
DN
2.
3. UP
1. 5.
UP
DN
B. A.
Ground Floor 1”= 60’
26 | Kano Primary School
0’
15’
45’
105’
1. Entry: 1,125 sq ft 2. Cafeteria: 2,100 sq ft 3. Administrative Office: 900 sq ft 4. Classrooms: 500 sq ft 5. Bathrooms: 294 sq ft 6. Circulation Area: 2,800 sq ft 7. Multi Purpose Hall: 4,800 sq ft
t 8. Playground: t 9. Soccer Field: t 10. Courtyard: t 11. Office Space: t 12. Storage: t 13. Library: t 14. Art Space:
1,364 sq ft 7,875 sq ft 11,500 sq ft 2,100 sq ft 841 sq ft 1,938 sq ft 1,729 sq ft
One of my key goals for this school was to create an inviting space for students. I aimed to achieve those objectives through features such as a grand main entrance, wide hallways, and various courtyard areas designed for play. The total square footage of the building is 39,279 square feet and the age range of students is six to twelve years old. To ensure the environment was both welcoming and functional supporting academic excellence and personal development, I incorporated several essential spaces for academic and extracurricular activities. These include an art studio to encourage creativity and a library to support and enhance students’ studies. 2026 | 27
Southwest Elevation View 1/16” = 1’-0”
Southwest Section View AA 1/16” = 1’-0”
Elevations/Materials Brick
Wood
Outside walls are brick, a material commonly used in Kano for building. This also allows for brickwork, which can be used for a ventilation strategy.
Trusses holding up the roof are wood. This is a material that is also common in Nigeria. Wooden truss and beam work is used in a lot of builds.
28 | Kano Primary School
Profiled Sheet Metal This is used for the roofing of my design. The metal heats up, attracting the warm air upwards, helping my ventilation strategy.
2026 | 29
Detailed Section BB
30 | Kano Primary School
2026 | 31
Community Space 32 |
2026 | 33
03 ECOHAVEN FARMS LOCATION - Kansas City, Kansas TYPOLOGY - Commercial 25,910 SF PROGRAMS - SketchUp, Lumion, Krea, Illustrator, Photoshop YEAR - Achelpohl Studio, 2024 In this project I designed an aeroponic urban farm for downtown Kansas City, working within specific building requirements. My goal was to create a simple, sustainable structure that also serves as an inviting space for the community. I focused on maximizing natural light through strategic positioning and overhead glazing, and incorporated solar panels to harness renewable energy. To make the space welcoming, I included gardens on both sides, a café, a Saturday farmers market, and amazing views of the farm inside and out.
34 | EcoHaven Farms
2026 | 35
The loading dock is strategically positioned along the busy roadway to allow for efficient, direct access for deliveries and distribution. This placement minimizes disruption to public and community spaces while supporting the operational needs of the vertical farm and market functions. Its proximity to the road ensures smooth circulation for service vehicles and reinforces the building’s logistical efficiency.
A portion of the existing parking lot is preserved and reimagined as a flexible outdoor space for a Saturday farmers market. This space activates the site on weekends and strengthens the connection between the community and food production. Fresh produce harvested directly from the vertical farm is sold on site, reinforcing a closed-loop system from growing to distribution.
36 | EcoHaven Farms
Water conservation is a key driver of the project’s design. The gable roof is engineered to collect rainwater, which is captured and redirected to surrounding gardens for irrigation. This system reduces reliance on municipal water while supporting landscape growth and food production, making water a visible and functional part of the building’s sustainable strategy.
The vertical farm is designed with lighting and energy efficiency as primary considerations. The building is oriented along the sun’s path, with glazing limited to the southern façade to ensure consistent natural light for plant growth. A gable roof optimizes daylight penetration while supporting south facing solar panels, allowing the farm to operate with reduced energy demand and a strong connection to natural systems.
2026 | 37
Cafe 38 |
13. 13.
14. 12.
13.
6.
6.
11.
Floor Plans My vertical farm design separates public and private spaces. The first floor includes the café, public restrooms, and the main vertical farm, allowing visitors to relax and explore. The second floor is reserved for private offices and storage, with access by two staircases and an elevator. Shipping and receiving are located at the rear of the first floor behind the farm.
Key
10. 9.
8. 5.
Second Floor 1”= 30’
6.
1. Growing Area 2. Public Lobby 3. Receiving/Shipping 4. Seed Nutrient 5. Elevator 6. Bathroom 7. Mechanical/Plumbing
8. Electrical 9. Tech Room 10. General Storage 11. Refrigerated Storage 12. Office Support 13. Office 14. Breakroom
6.
7.
2.
4. 5.
A.
A.
3.
1.
Ground Floor 1”= 30’
0’
10’
30’
70’
2026 | 39
Gable roof for sun path
Section AA 40 |
Overhead glazing
Structural grow trellis
Public circulation
Vertical aeroponic growing
Rain captured for irrigation
2026 | 41
Vertical Farm 42 |
2026 | 43
04 THE BUS STOP LOCATION - Lawrence, Kansas TYPOLOGY - Transit Shelter PROGRAMS - SketchUp, Lumion, Illustrator, Photoshop YEAR - Nils Gore Studio, 2026 For this project, my class and I designed and built a bus stop for a new restaurant going in next to Bullwinkle’s in Lawrence, Kansas. The client wanted a sleek, transparent design that would complement the new building while staying durable in a busy bar scene area. Over three months, we developed and constructed an eye-catching bus stop designed to make public transportation more inviting.
44 | Bus Stop
2026 | 45
When developing ideas for the panels, we wanted to create a design that either expressed movement or created a panoramic effect. We landed on a dynamic pattern that shifts from larger to smaller openings as cars drive down the street, creating a sense of motion across the bus stop.
The perforated metal panels feature a laser-cut pattern of stretched hexagons that gradually decrease in size, creating movement throughout the design. Rounded corners on both the panels and openings improve safety. 46 |
2026 | 47
5 Install roof panels
4 Mount perforated panels
3 Attach panel and support frames
2 Assemble main steel frame
6 1
Assemble and install bench
Secure base plates to the foundation
HAND - BUILT ASSEMBLY All components were fabricated and assembled by hand as a class
Isometric 48 |
2026 | 49
05
PROFESSIONAL & PERSONAL WORK
LOCATION - St. Louis, Missouri TYPOLOGY - Commercial spaces PROGRAMS - Revit, Lumion, Krea, Illustrator, Photoshop YEAR - 2026 The following works are a collection of professional projects I contributed to during my time at LJC, including various hyperscale data center projects. Also featured is a proposed interior bar and restaurant space that I independently designed for a family member.
50 | Professional & Personal
2026 | 51
Professional work
During my experience at LJC this past summer, I had the opportunity to contribute to several hyperscale data center projects. My work included developing specific architectural details, such as roof-to-wall connections and details for mechanical hood fans used throughout the facilities. I also participated in multiple site visits as part of completing my OSHA 30 certification, including a visit to the West Albion project currently under construction in St. Louis, Missouri.
52 |
2026 | 53
Personal work
Bathroom
Bathroom
Dining
Entrance Kitchen Bar top
Floor Plan 1/8” = 1’ - 0”
54 | Professional & Personal
0’
2.5’
7.5’
17.5’
2026 | 55
Thank you!
Jack Lewis 314.755.6082 jblewis04@gmail.com 56 |