Work Samples by Cam Stewart

CAMERON STEWART W O R K

S A M P L E S

camjstew@umich.edu 269.207.2030 See the full projects at

cameronjstewart.com

Elevation Upper surface to avoid

Wall to avoid

6 23

4 8

25 57

Wall to avoid

36 2

44 31

27 33

40 16

33 56

53 14

80 74

Pathway

81 76 Lower surface to avoid

62 68

60 67

59 66

cameronjstewart.com // projects //

ReJoin: Recursive Branching Systems and Compound Wood Joinery

A Culmination of Thesis Research

On-Site Iterations

1. Point

Select points to start

def ConstructMembers ( ):

Joint 2

Rail 3 Joint 2 .75” .25”

Joint 1

3. Offset Triangle

B0 C1

Joint 2 Drill

Rail 3

Joint 2 Pocket

C1 A0

.75” .25” .75” .25” .75”

A3 C2

A3 A4

Rail 2

9. Joint 2 Flat Triangle 10. Offset Triangle 11. Joint 2 Surfaces

Rail 2

Edge 2

4. Joint 1 Top Surface 5. Joint 1 Bottom Surface 6. Joint 1 Face Surfaces Rail 1

Rail 1

Edge 1 Joint 1 Drill

Edge 3

Rail 1

1. Existing Line From def Make Branches

2. Joint 1 Triangle

7. Middle Loft Rail

Variable edge length determines the member’s thickness

8. Joint 2 Triangle

12. Loft Surface 1

From edge of joint 1 face surface through the middle loft triangle to the edge of joint 2 surface

13. Loft Surface 2

14. Loft Surface 3

15. Edge Surface 4

Create surface from 3 naked edges

16. Drill Lines / Pocket Lines

For members that continue growth on joint 2, 3/8” drill, for intersecting members, 1/4” drill, otherwise no drill

ReJoin (con’t)

ReJoin is a semester-long thesis research investigation of the role of the architect from design through full-scale production, outputted through the design and construction of a recursive-based growth system and compound wood joinery. The essential components of the fabrication involved the use of a 5-axis CNC router, as well as the incredibly important dialogue between the digital and physical limitations.

Plan Wall to avoid

Pathway

27 48

46 9

59 45

63 Wall to avoid

68 2

36 35

61 33

60 67

56 14

28 8

Lower surface to avoid 26

Upper surface to avoid

cameronjstewart.com // projects // YPSILANTI ELEMENTARY SCHOOL

Educational architecture explored via folded relationships and overlapping ground planes.

BEDROOM

ONE BEDROOM

TWO BEDROOM

THREE BEDROOM

BEDROOM

BATHROOM

BEDROOM

BEDROOM + 30”

LIVING SPACE BATHROOM

KITCHEN

BATHROOM

+ 24”

KITCHEN

+ 24”

KITCHEN

+ 24”

BATHROOM LIVING SPACE

BEDROOM

LIVING SPACE

cameronjstewart.com INTERSTITIAL HOUSING A unique low-rise solution to housing in St. Louis.

ND LEVEL

CONFERENCE ROOM

KITCHEN/ SLEEPING (BELOW)

OFFICE

VERTICAL TRAINING (BELOW)

LAUNCHING PLATFORM OFFICE OFFICE OFFICE OFFICE

LOBBY

EXTERIOR VERTICAL TRAINING TERRACE

A new headquarters for the N.S.S. in Cave City, Kentucky that embodies the adventurous spirit of its members while acting as an anchor point for the society’s growth and impact on the public.

cameronjstewart.com // projects // THE NEW NATIONAL SPELEOLOGICAL SOCIETY HEADQUARTERS

10.5” 9”

Structural Slab

Steel Structural Decking

Steel Wall Studs

Fiberglass Infill Batt Insulation

4” Structural Steel Tubes

6’ 0.C.

Steel Wall Studs

1/2” Dry Wall

Air Cavity for Mechanical Chase 1/2” Drywall 4” Structural Steel Tubes 1/8” Stainless Steel Anchor Bolts

1/8” Anchor Bolts High Density Insulation Foam Structural Mullion Double Pane (1/4”) Insulating Glass with 1/2”Air Space

14’-6” O.C.

Structural Wall Section Prefabricated Unit - Circulation Floor 3/4” = 1’

1/2”

1” Air Space

1/4”

Structural Wall Section Joint Between Prefabricated Units 2” = 1’ Ceiling Chase for Piping and HVAC

Steel Structural Decking

Structural Slab

Fiberglass Infill Batt Insulation

Steel Wall Studs

4” Structural Steel Tubes

High Density Insulation Foam 1/8” Structural Steel Rods Concrete Balcony Deck Aluminum Rail/Shading

1/8” Anchor Bolts

1/2” Dry Wall

Structural Wall Section Prefabricated Unit - Circulation Floor 3/4” = 1’

A practical solution to housing in downtown Ann Arbor, Michigan that addresses on-site conditions, maintains a public-friendly ground level, and supplies a uniquely interlocking unit layout in it’s 180 ft. tower.

cameronjstewart.com

THE ANN ARBOR INTERLOCKING HOUSING TOWER

6’ O.C.

24”

5’

Located at the juxtaposition of multiple nodes of public transportation, the ephemeral performance terrace can be engaged in either the short or long-term realm. It acts as both a destination for entertainment or simply a brief resting point for pedestrians awaiting a bus or train.

cameronjstewart.com // projects // EPHEMERAL PERFORMANCE TERRACE

cameronjstewart.com

XL:TIM

XL:TIM is a technology-interfaced module for living that harnesses the advantages of a whole roomâ&#x20AC;&#x2122;s worth of furniture. Digitally modeled to extreme precision, the final piece was produced and finished at full-scale in a thorough hands-on approach to the production of a project from conception to final product.

cross lifestyle technology interfaced module

h t t p : / / w w w. x l - t i m . n e t



 













                     

             

                                               

    

                            

                  

                                                

                                    

                    

            

                                           

                   

              

                      

                  

cameronjstewart.com //// FLOCKING AND SPONTANEOUS COLLECTIVE BEHAVIOR An early delve into the potentials of the parametric modeling plug-in Grasshopper for Rhino 4.0, the project examines the profoundly interesting dynamics of “flocking” and aims to simulate an environment that embodies the principles of a flock of birds or school of fish, outputted through both digital and physical models.

SIDE SADDLE: PARALLEL PLEAT PLASTIC cameronjstewart.com // projects

In a research investigation of folding thin-guage PETG plastic using digital fabrication techniques, SIDE SADDLE focuses on the potential outcomes of parallel-pleated modules and their ability to successfully predict a doubly-curved surface.