veronika bojic architecture & design portfolio 2017
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Through my studies, I have been exposed to the world of architecture and design. I am driven by my passion to learn and to create, while exploring how and why the human body interacts with space, and how design can manufacture experiences. My strong dance background has only fuelled my passion for design, and I am able to apply that knowledge to my work. veronika.bojic@uwaterloo.ca // +1 647 832 7669 // www.veronikabojic.com
cover: view from the uwsa school at the piazza di santa maria di trastevere in rome, italy
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01 about me a small blurb 03 curriculum vitae overview 06 academic selection of works 08 hyper- building downtown density 17 intervweave urban landscape intervention 25 liberate cambridge commons 31 s1, s2, s3 fabrication experimentation 37 make, assemble, grow digital fabrication 41 wood-working workshop exploration 49 the unknown temple of a demi-god 53 parachute kinderegg toy 57 the mirror state iconography play 65 professional work firm projects 83 travels photography
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e duc ati o n 2013 - Present
University of Waterloo School of Architecture // Cambridge, Canada
June - Aug 2016
Atelier 9; French Language School // Paris, France
2009 - 2013
Bachelor of Architectural Studies Honors Candidate, Co-op, 3rd Year Student
3 Months of Evening Classes, Completing A1 Level
Etobicoke School of the Arts // Toronto, Canada High School Diploma, Honour Roll, Dance Major
2002 - 2013
Cecchetti Society of Canada // Toronto, Canada
Certification in the Intermediate Level of the International Cecchetti Method of Ballet
experience Jan - Aug 2017
G Architects// Toronto, Canada • Worked on a plethora of projects ranging from residential to institutional to commercial, with scales of varying sizes and budgets • Developed working and construction drawings, as well as presentation documents for clients, millwork drawing sets, and project proposals • Was involved with direct contact with consultants, clients and engineers on various projects, attended meetings, and reviewed design briefs for compliance projects
May - Aug 2016
STUDIOS Architecture // Paris, Framce • Worked as a part of a team specializing in the change management of office and workspaces for the Microsoft Headquarters in France among other companies • Helped design and re-work existing office spaces and wayfinding systems • Interacted with clients and helped prepare presentations, working drawings, and participate in project meetings
Sept - Dec 2015
Masinoprojekt // Belgrade, Serbia • Participated in the development of projects from the design to the execution stage including preparing final drawing packages, working drawings, and designs • Involved in the multi billion dollar project; Belgrade Waterfront • Projects vary from hospitality, high-rise residential, commercial, institutional, industrial, educational, and water park typologies
Jan - April 2014
R.H. Carter Architects Inc. // Toronto, Canada • Worked on a variety of tasks including design concept development, working drawings, millwork design and development, document reorganization and presentation coordination • Projects include commercial, residential, and automotive facilities • Corresponded with client to successfully finalize design strategies
sk i l l s
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Digital:
Revit, Rhino, V-Ray, AutoCAD, Adobe Suite (Photoshop, Illustrator, Indesign, Muse, Premiere Pro, After Effects), Microsoft Office, Autodesk Inventor, Grasshopper
Analogue:
Hand Modelling, Hand Drafting, Sketching, Drawing, Painting, Sculpture
Fabrication:
Power & Manual Tools Trained, Laser Cutting, CNC, 3D Printing
e xtr ac u rric u l a r April 2016
University of Waterloo Architecture Interview Week // Cambridge, Canada
May - Aug 2015
Dance Classes at UWSA // Cambridge, Canada
Jan - April 2015
Serbian Cultural Association Oplenac // Mississauga, Canada
2013 - 2016
Waterloo Architecture Open House, Admissions Week // Cambridge, Canada
Jan - April 2016
Participated in interview week on a panel, interviewing prospective students
Initiated and taught morning dance classes at school to promote healthy and fun exercise Serbian folk dancing ensemble member
Talked to prospective students, lead tours through the school, assisted interviewees
2013 - 2015
BRIDGE Waterloo Architecture // Cambridge, Canada Editor, Author, Storefront Committee Member
2014
Waterloo Architecture Student Association // Cambridge, Canada WEEF (Waterloo Engineering Endowment Fund) Representative
2014
Waterloo Architecture Orientation Leader // Cambridge, Canada
Lead new students through organized events with architecture and the faculty of engineering
2013
ACADIA Architecture Conference // Cambridge, Canada Volunteer: Registration Desk, Help Desk, Set-up of Installations
2000 - 2013
Sean Boutilier Academy of Dance // Toronto, Canada
Competitive Program, Special Ballet Training Program (Cecchetti), Assistant Teacher
i nte r e st s :
Avid skiier, enthusiastic traveller, passionate about all art forms, especially dance, reading, learning, being inspired, and staying positive and creative
Reference Letters Available Upon Request
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academics 08 17 25 31 37 41 49 53
hyper-building high density solutions interweave urban landscape intervention s1, s2, s3 fabrication experimentation make, assemble, grow digital fabrication liberate cambridge commons wood working learning the trade the unkown temple for a demi-god parachute kinderegg toy
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hyper - building 3A design studio / individual project / 2016
Hyper - building is a project located in downtown Toronto, along the StLawrence corridor. The building aims to engage the community and active the site as an intermediate hub between the St. Lawrence Market and Distillery District. The faceted form is designed in order to move with the demands of the interior and exterior programs, including residential, light industry, commercial, and offices.
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PRISMATIC
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BY: VERONIKA BOJIC A series of analytical diagrams present information gathered to assess my site and its ability to be proposed as a new hub between two already established social Applicable Definitions: nodes. My building is willing to nest itself between the popular St. Lawerence Prismatic: spectral in colour, highly varied or faceted, having such a symmetry that a general form with faces cutting all axes at unsuspecified intercepts is a prism. Market, and the active Distillery District. As you see below, I have mapped out the Crystal: a solid body having a characteristic internal structure and enclosed by symmetrically arranged plane surfaces, different modes of transportation around the site, acknowledging accessibility as a intersecting at definite and characteristic angles. primary role. I have also mapped out the various cultural aspects surrounding the There its are proximity many factors into developing the narrative my building. thefood moment, my building wouldsupplies. like to be many site, and acquiring basicforneeds suchAtas and personal things, but hasn’t developed a seamless way to incorporate everything. My site is located between two active hubs: the St. SinceLawrence both hubs are active in their own respects, with Market, andquite the Distillery District. Therefore, I propose to create andtheir activateown a newprograms, hub that takes my in the analyses of my maps into consideration. Two factors that I find incredibly important include the use of the ground plane (its intermediate hub brings together the two worlds, while still taking advantage of accessibility, publicity, and ability to propose different grade relations), as well as my building’s relationship to light (how sunlight enters the units, the courtyard, and creating new and interesting ways for it to interact with my building and their much proximity.
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its users). Due to those essential considerations, I have chosen to map out urban programming, circulation, and environmental systems. Program is another critical aspect that I have thoroughly analyzed. I would like my building to provide programs that are not immediately in the area, and create programs that I believe the users and the public could benefit from. Furthering that thought, I have also played with the idea of my building being a “five minute city,” and “self-sustainable,” in the sense that the users can find everything they need either within the site, or extremely close to it. My building could produce and generate its own energy using solar panels situated on the building’s shell. Finally, the title of my building is a working title. It came to me after an image of a prism crystal I found on the Internet. Ultimately, the shape intrigued me and inspired my multi-faceted building shape. Prisms also interact with light in an interesting way, that will allow me to play with reflection, refraction, how it enters the building, as well as the courtyard. The faceted façade would allow sunlight to enter units better and would provide ample surface space for photovoltaic panels. These are all ideas I hope to iron out and form a cohesive building narrative that will benefit my site.
Toronto, Ontario, Canada
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27.7 km to Pearson International Airport
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TTC Stops 2
3.6 km from Billy Bishop Airport
Bus Streetcar
Laneway
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Pedestrian Railway Highway Major Roads
Program Diagram
Circulation Diagram
1 : 30 000
2. DISTILLERY DISTRICT
1. ST. LAWRENCE MARKET Grocery Retail
89.5% 9.5% 1% 0% 0%
Restaurants Theatre + Art Offices + Services
Theatre + Art Retail Offices + Services Restaurants Grocery
32% 32% 23% 13% 0%
THEATER + ART
GROCERY Fruits + Vegetables
Artscape
27% 21% 20% 12% 9.5%
Meat + Fish + Alt. Specialty + Other Bread + Potatoes Dairy + Eggs
Galleries Theatres Event Facility Educational
17% 8% 3% 3% 2%
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TOTAL: 98 spaces
TOTAL: 95 shops
University Campus Don River
Toronto City Centre 2.2 km to City Hall
B St. Lawrence Market 400m
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Distillery District
850m
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Hot Spots
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Buildings Green Spaces
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1 Hub
300m radius/4 min. walk
Buildings Green Spaces Hot Spots University Building
1 : 6000
Grocery/Convenience/LCBO
Pharmacy
Theatres/Rehearsal Space
Bank
Restaurant/Fast Food/Cafe
Places of Worship
Fitness/Health
Library
Hotel
Fire/Ambulance/Police
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industry section
courtyard section
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RETAIL
LIGHT INDUSTRY
1 Second-hand Market: - Selling food that is still usable for cheaper prices - Selling ready-made meals from food that is still usable 5 Compost: - extra compost can be sold for gardening needs - generating energy while producing compost can also be sold back to the grid = revenue 7 Storefronts - Flour can be sold in market - Bread to supply eateries on site
Grocery Stores, Restaurants
St. Lawrence Market
Distillery District
Truck Pick-up uneaten unsold
infographic
2 Community Kitchen: - Preparing food for those less fortunate - Preparing meals together - Volunteer opportunities 5 Compost: - turn bad food into compost - Producing energy through composting process 6 Growing: - Using compost, grow wheat, corn, and herbs in the rooftop greenhouse - Wheat and corn can be made into flour for bread - Herbs can be used in kitchen
Unloading
SORT GOOD
courtyard render
COMMUNITY
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[still usable]
Second-hand Market Community Kitchen Storage [of good food] Re-packaging
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Bread Factory/ Bakery: - Use flour to bake bread and other pastries - Supply restaurant’s, cafe’s, bakeries, kitchen, pubs,on site [and nearby]
[ready to throw-out]
5 Compost - Turn bad food into compost that can be used on site and in the community
site plan
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l SALE
exploded isometric section
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ti a
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restaurant outer skin glass, perforated metal roof
shell residential
inner skin glass
diagrams
cross beams steel
elevator, stair cores, silo
residential, industry residential, industry, event space
residential, industry, office
cores concrete ground plane
retail
floor plates + columns concrete
retail, ground plane loading, industry
ground plane
below grade
parking, storage
structure
circulation
program
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model of the building
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my model was selected to be a part of the student works exhibit at Riverside Galleries in Cambridge, Ontario
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interw e a v e
2B design studio / individual project / 2015 Interweave is a project located by the Don River in Toronto. It works to weave together three different site conditions present in the area: the forested hill, the manicured park, and the wild urban river while simultaneously exploring issues regarding access to water and recreation. My strategy addresses those issues through a four-building complex.
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section through training room
Interweave is a project located in ET Seton Park, off the West Branch of the Don River in Toronto. It works to weave together three different site conditions present in the area: the forested hill, the manicured park, and the wild urban river. It is comprised of four buildings, each that serve a specific purpose within the larger picture. ground floor plan
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All spaces are connected through a woven canopy that sits above the site. In terms of movement and the placement of the buildings, they are situated in such a manner that all flow is directed towards the water’s edge. The water’s edge is extremely developed and also includes a complex pier and dock system meant to lure the public to engage with the river.
second floor plan 01 cafe 05 ticket booth
02 info kiosk 06 canoe storage
03 washrooms 07 changerooms
04 summer camp 08 training + safety
section through the “finger” buildings
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roof with skylights
wooden column canopy
multipurpose building
main park trail
specialized buildings
docks + canoe storage
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examples
canoe rental
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Purchase Tickets Pick Up Equipment Changeroom + Storage Safety Video + Training Option Cafe + Information Canoe is ready
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Walk from Parking Lot (100m) Enter Summer Camp Building Outdoor Park Play Time Lunch at Cafe Tables Movie off the Projector Changeroom Canoe Lessons in Artificial Pond
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summer camp
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passerby
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1 Enter Site by either Walking, Biking, etc 2 Optional Bike Storage 3 Cafe + Washrooms + Information + Rest Area 4 Docks + Piers Lookout Point 5 Optional Bike Storage 6 Continue on Trail Through Park
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under the canopy
2:00am solutions
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Section C 1:200
Section D 1:200
artificial pond
full model
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S1, S2, S3
2B digital fabrication / with ali sermol & melanie lo / 2015 This project experimented with 3D modelling and CNC milling of surfaces derived from and inspired by nature. Experimentation was primarily conducted by toolpath choices and by modelling methods. Each surface expresses a unique complexity and individuality. The three surfaces are as follows: (S1) cacti, (S2) shells, and (S3) corals.
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cacti
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shells
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Surface one was modeled after the natural form of cacti. By utilizing the sweep along two rails command, one single “petal� of a cactus is created. This petal is then arrayed in a radial arrangement to match that of the plant. Surface two was inspired by a series of shells laying next to each other. It was created by outlining the perimeter of each shell, then applying a sweep along two rails. In order to play with the scalloping, control points were manually adjusted in Rhino.
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corals
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Surface three was inspired by the form of coral clusters. In order to represent and recreate the many folds and creases of coral reefs, two lines were lofted and rebuilt to increase the number control points that we would then be able to manipulate. Through the pushing and pulling of these control points, a complex surface of differing conditions was achieved. The second part of this variation included plaster casting a milled product from the coral design above. The modular pieces share particular edge conditions to create an infinite pattern. Mold (iv, vii) has a convex shape that contrasts the concave shape of Mold (v, viii). In Figure (vi), you can see an example of how the triangular modular pieces could fit together.
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plaster casting
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final presentation
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make, assemble, grow 2B digital fabrication / with ali sermol & melanie lo / 2015
make, assemble, grow is a hydroponic bio-wall that serves as an urban farming hub within the City Centre Community Centre located in Richmond, BC. The modular bio-wall actively seeks to interact with the community, by encouraging users to pick a variety of locally harvested fruits, vegetables, and herbs, many of which are native to the area.
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1B 1B 1B
1C 1C 1C 2B 2B 2B
2C 2C 2C 3B 3B 3B 3C 3C
The modular pieces are diamond shaped frames with rotatable faces that determine planter depth within. The plants dictate the movement of the modules for they are strategically placed based on sun needs, root depth, and space needs. The wall primarily occupies the outer stair, however parts of the wall are duplicated to face the stairway. This will allow the public to pick herbs along the stairs, and will also allow certain plants to recieve direct sunlight from the windows.
N plam
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west elevation
east elevation
1B dill
rosemary
sage
thyme
bay
oregano
basil
carrots
turnips
beets
radishes
raspberries
cilantro
chives
potatoes
sweet potatoes
alpine strawberries
blueberries
hardy kiwi
mint
lemon balm
pea shoots
chickpea
mustard greens
kale
collards
cranberries
lovage
chinese cabbage
lettuce
spinach
cabbage
wild garlic
wasabi
corriander
1C
2B
2C
3B
3C
10 ° ° 30 ° 50
sun planting box irrigation drainage
angle of rotation
section detail
module elevation
connection detail
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liberate
2A design studio / individual / 2014 Community centre: I am liberating the ground plane and creating a public space underneath the building. This allows the site to maintain pedestrian activity and encourage interesting interactions between the ground plane and the building plane. In addition, the sloped site in conjunction with the building connect two ground planes, ultimately encouraging public access to the site.
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The building’s program also accomodates voids punched through the building that promote a public/ private paradox. This paradox is present throughout the building through material choices, through program placement, and through accessiblity. Located in Cambridge, Ontario
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renders 45
models
section
ground floor: daycare, gymnasium, parking and drop-off, gallery, courtyard, cafe, cafe outdoor seating, ticket booth, chess tables, bike racks second floor: change rooms, pool filtration, life guard room, wading pool, gym/ fitness centre, meeting rooms, administrative offices, community room, toilets, practice room, dressing room, electrical room, auditorium, wood shop, metal shop, painting studio
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wood working
3A working with wood / individual project / 2016
This section showcases two projects that I created within a wood-working course. We were assigned to create a box with certain specifications, as well as an object of our choice; I decided to create a wine rack with the ability to standalone, or be hung on a wall. I became familiar with operating heavy machinery and working with different species of wood.
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photo of finished box
process images
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photo of finished box
process images
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photo of finished wine rack
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clockwise from top: 3 process images, back of finished wine rack
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the unknown 3B design studio / individual project / 2016
For this project, we were asked to design a temple for a demi-god. I chose to design a bungee jump tower for Antoni Gaudi. Gaudi was a Roman Catholic, and his faith intensified throughout his life. The tower I designed represents a cycle of life, and various programmatic elements help guide you through purgatory before facing the eternal question: what happens in the afterlife? The unknown awaits, and you fall head first.
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The site is a made-up site, taken from the landscape of a planet I created using wax and plaster. The tower grows from the flat, barren surface and stands quirkily. The user enters the tower from the earth, and slowly begins the journey through the archways via a spiral ramp. The ramp represents limbo, and the highter you climb, the closer you are to paradise. At the top, you prepare to jump. All you see below is a dark abyss with a glowing hole of light. As you jump, you pass those walking up the ramp and you dip into the bright light. You dip once more into the afterlife; a space filled with bright light. You are released onto the underground platform and you return up a spiral ramp to the surface. You are re-born.
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i: The planet created for an earlier project. It was created by playing with the mixing of wax and plaster poured inside a mold lined with a plastic bag that allowed the formation of crevices and interesting textures. This planet is the site of my project. ii: Early design sketches of the physical tower and base iii: Early conceptual sketches iv: Prototype model at a small scale. This was my first take at the tower, playing with arches, plastecine, and wire
v: Process of the making of the tower. The internal structure is created from a rigid wire that was braided to add extra support vi. The tower continues to grow. The structure is created by layering clay on top of the braided wire and adding columns for archways that follow the spiral. They act as a collonade up the tower. vii: The tower is completed with greenery on top representing paradise. viii: The tower is placed on the base
ix: An inital plaster cast mold which was created by CNC-ing foam from a 3D model of the surface of the planet. The design was later changed to adapt to the design intentions of the tower. x: Two layers of plaster cast are placed together and led strip lighting is inserted into the hole. Plexi glass covers the light. xi. Reflective materials line the hole to enhance the bright, shining feeling below xii: View from the top of the tower; black foam core with a hole covers the light. The LED strip lights can change colour
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parachute 3B design studio / individual project / 2016 The parachute was created following a set of directions instructed at the beginning of the project. Ultimately, we were asked to design a toy that can fit inside a kinder egg, but must be larger than the egg itself and must move. From those parameters, I decided to design a parachute using sail material that folds up inside the egg. Attached to the egg is a 3D printed landing device which hosts a weight, and which 4 legs can be easily attached for landing purposes.
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Left Page: A series of photos depicting the parachute folded up neatly into the egg. Right Page: Process photos. The chute pattern was refined through multiple designs. Different landing legs were prototyped until the final length was decided. The edges of the legs were dipped in plastic for a sturdier landing. Various metallic colours were tested on the egg as well. A 3D printed bottom with a fishing weight adds load to the egg and allows landing legs to be inserted. The parachute is sealed with crazy glue in order to ensure no holes in the chute. A thicker string with a clasp is used to attach the chute to the kinder egg.
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the mirror state 2B iconography (cultural history) / class of 2018 / 2015
Our final project for was to fully produce a play from start to finish. My class of 75 people all participated and completed tasks in areas such as art and set, sound, lighting, writing, acting, directing, choreography, site, publicity, costume, make-up, budget, and documentation. Incredibly proud of my class. See more: issuu.com/dannywei34/docs/the_mirror_state
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photography by the documentation team
My role in the play was firstly the choreographer. As the choreographer, I held weekly dance classes, rehearsals, choreographic workshops, worked with the actors, and was a part of the audition process as a panel member. This also meant that I was one of the play co-ordinators, and participated in daily meetings. I also was privledged to have a lead acting role in the play. My character, Genica, was a primarily dancing part in the play. I also played a Tarahumara Tribe Member. above: in the midst of the audition process. left: leading rehearsal on set (only the dancers are shown) top right: teaching in the weekly dance class. right: dancing a duet during a tech rehearsal. photography by julia nakanishi
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photography by the documentation team
photography by the documentation team
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photography by the danny wei
photography by the documentation team
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photography by julia nakanishi
photography by ien boodan
These photographs are various pictures taken during the performance, or in costume. top left: cast photo. left: head shot in costume, spontaneous cast photo. above: scene during performance. right: taken during the duet. photography by the documentation team
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photography by terri boake
photography by ien boodan
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photography by terri boake
These photographs are also various pictures taken during the performance of dances I choreographed. top left: an image of myself and other dancers performing capoeira. left: the Tarahumara dance. above: Balinese dancers. right: Genica enters the picture frame, a key scene in the play. photography by terri boake
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professional work 67 71 75 79
g architects toronto, canada studios architecture paris, france masinkoprojekt kopring belgrade, serbia rh carter architects inc toronto, canada
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g architects fourth work term / individual / 2017
For my fourth co-op term, I worked at G Architects in Toronto, Canada. They are a smaller firm, although rapidly expanding and breaking through in the architecture industry in Canada. Their primary specialization is long term care facilities, however I have been exposed to a variety of projects ranging from institutional, to commercial, to residential. I primarily worked with Revit, although dabbled with the Adobe Suite as well.
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Throughout this 8-month work term, I had the privledge to be a part of 16 different projects at varying stages with varying clients and typologies. Most of my work was done through Revit, and involved 3D modelling and working drawings. Not shown here is one of the main packages I worked on which was the millwork package for 111 Wellesley St. E in Toronto. I fully developed the package through the direction of the clients and project manager, and was exposed to the knowledge of detailing and proper construction.
Shown here however is another project I worked on, which is the transformation of 24 Ryerson Ave into the Toronto School of Art. I helped with the ramp design, for many options were produced in order to fit the needs of the client, the city, and within bounds of the zoning by-laws.
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This project shown here is a compliance project, specifically for the temporary space of the Ryerson Design Fabrication Zone (DFZ). I was given the opportunity to meet with the clients, coordinate with engineers and organize all information relevant to the project. I helped with project briefs, and drew the working and presentation drawings. The organizational system was also key in understanding how the space can be adapted to suit the clients needs.
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studios architecture second work term / individual / 2016
For my third co=op, I had the honour to work at STUDIOS architecture in Paris. I primarily a part of one project, but had the opportunity to work on a few others as well. The project presented here is Microsoft Headquarters for Europe on the outskirts of Paris,France. My firm was asked to re-work the interior of the building. I primarily used revit for the project, but also used AutoCAD, InDesign, and Photoshop.
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WAYFINDING + SIGNAGE signaletique
These pages show only a small amount of what I worked on for this project. Featured here are some wayfinding and signage examples that I designed to help improve movement through the building, and ultimately improve orientation clarity. The front page is an image of the lobby designed by a colleague, where I also helped place the painted colours, as well as find furniture and contact the distributors and showrooms.
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masinoprojekt kopring second work term / individual / 2015
For my second co-op term, I worked at Masinoprojekt KOPTING in Belgrade, Serbia. They are a large engineering and architecture firm, and are well known in the balkans. They primarily work on large-scale projects of all typologies throughout Europe, and mostly in the Balkan region. I worked on a multitude of projects, ranging in size and subject using Revit, AutoCAD and Photoshop.
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this page: featured here is a building my firm designed for the multi=billion dollar project, Belgrade Waterfront. this project is revitalizing the entire waterfront area, and is projected to be completed in 30 years. right: this page features Belgrade Plaza, a new shopping mall near the downtown core. These are only two of many projects I have contributed to.
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r.h. carter architects first work term / individual / 2015
For my first co-op term, I worked at R.H. Carter Architects Inc in Toronto, Canada. They are a very well established mid-sized firm, and I was fortunate enough to take on various different projects, from the automotive industry, to high-end residential projects. I primarily worked with Revit and AutoCAD, producing working drawings for dealerships, as well as designing interiors.
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above: large scale residential project in Toronto, Ontario. I was granted freedom to design portions of the interior, as well as meet with the client to discuss their ideas. below: only one of many projects where I worked on floorplans for buildings of similar typologies.
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These are examples of components I designed for the interior of one of the residential projects I worked on. (picture featured on the left ) The top image is of a stand alone wine cabinet that acts as a partition between the dining and living room. The bottom images are two elevations of a children’s craft and study room. This project was done in Revit.
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travels I have been very fortunate to have been able to travel as much as I have throughout my life. I have primarily travelled somewhat extensively though Europe and North America, but my hope is to see as much of the world as I can. The following images are a select few depicting my travels.
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Church of St. Sava, Belgrade, Serbia
Habitat 67, Montreal, Quebec
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Evergreen Brickworks, Toronto, Ontario
Library and Learning Centre University of Economics, Vienna, Austria
Rose Bowl, Beaver Creek, Colorado
Saint Sofia Statue, Sofia, Bulgaria
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Arc de Triomphe, Paris, France
Avenue des Champs- Elysees, Paris, France
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231 Steps , Sotteville-sur-mer, Normandie, France
Venice Biennale Swiss Pavillion, Venice, Italy
Serpentine Pavillion, London, England
Along the Canals, Venice, Italy
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thank you vbojic@uwaterloo.ca issuu.com/veronikabojic www.veronikabojic.com +1 (647) 832 7669
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