Kiran Bentley | Waterloo Architecture Portfolio

Kiran Bentley

Introduction

Curriculum Vitae

Connecting Corners

It’s nice to meet you!

My name is Kiran Bentley, I am currently a second year undergraduate student at the University of Waterloo School of Architecture.

I am fascinated by the humanity of architecture and how it influences everyday life, as well as how our differing routines and lifestyles shape the built enviromnents that surround us.

I am also passionate about urban design, and how adaptive reuse plays a significant role in building urban identity. I strive to explore how human occupation can be shown through visual representation and learn to create spaces that inspire joy, connection and beauty.

I look forward to growing my abilities and expanding my knowledge throughout the architectural profession, as well as make valuable contributions to your team!

Curriculum Vitae

Summary of Qualifications

• Strong skills in architectural design gained through one year of academic projects and competition entries

• Proficiency in various digital softwares pertaining to architectural visualization and representation

• Enthusiastic team player capable of taking on both leadership and contributive roles

• Thorough and detail-oriented approach to work, dedicated to care and quality of craft

Work Experience

Drafting Technician

June - August 2024

Dorlan Engineering Consultants Inc. Mississauga, Ontario, Canada

• Collaborated with teams of engineers and architects on various large and small-scale architectural projects

• Produced structural and detail drawings through Autocad and Revit

• Compiled zoning bylaws and city code information as well as information on materials and detail design

Education

University of Waterloo

September 2023 - Present

• Honours Bachelor of Architectural Studies candidate (B.A.S. Hons), co-op

• Excellent Academic Standing

Skills

Rhino 3D

AutoCad

Revit

SketchUp

V-Ray

Enscape

Grasshopper

Photoshop

Illustrator

Indesign

Hand Drafting

Model Making

CNC Milling

Laser Cutting

3D printing

Sketching

Languages

English (Fluent)

French (Fluent)

Italian (Beginner)

Interests

Fashion

Geography

Guitar

• President’s Scholarship of Distinction, awarded for admission average of over 90%

Humberside Collegiate Institute

September 2019 - June 2023

School of Architecture Cambridge, Ontario Toronto, Ontario

• Ontario Seconday School Certificate of Billingual Studies in French Immersion

• Centennial Scholar - Maintained honor roll from grades 9-12

• Yearbook council executive member, Co-leader of Drama Club, member of Art Club

Doodling

Humanities

Dollmaking

August 23, 2024

To Whom It May Concern,

I am happy to provide this letter of recommendation for Kiran Bentley as she pursues work placement opportunities as part of her Bachelor of Architecture Studies at the University of Waterloo. Kiran worked as a drafting assistant at Dorlan Engineering Consultants during the summer of 2024 where she reported to me in my position as a senior structural draftsperson.

As an employee, Kiran was friendly, punctual and reliable. She was eager to take on the tasks assigned to her and was efficient in completing them.

Kiran assisted in preparing design layouts and site plan options as par t of a Site Redevelopment Project. Using AutoCAD, Kiran prepared multiple traffic flow scenarios for consideration. She participated in conversations to narrow down viable options and modified the site plan drawings as the design developed. Additionally, Kiran assisted in the preparation of concrete foundation drawings for a swimming pool and hot tub as part of a permit submission package.

Kiran was a pleasant addition to our office environment. Her work was creative, thoughtful and organized. I am confident that she will carry these qualities with her as she continues her education and work experience and have no hesitation in recommending her for future employment opportunities.

Sincerely,

Rebecca Kaposy Senior Draftsperson

Connecting Corners

Course: ARCH193, 1B Design Studio

Year: 2024

Supervisor: Linda Zhang

Media: Rhino, V-Ray, AI, PS

Location: Cambridge, Ontario, Canada

Located in the heart of downtown, Connecting Corners is a library designed for the young adult population of Cambridge. This population is highly disconnected due to car dependency, lack of nightlife or recreational activities, and low population density among other factors. Connecting this group is important for the city as it can allow for a more unified and connected community in future years.

The library serves as a laid-back and informal gathering space that offers flexibility and comfort. Simple and airy convertible spaces allow for various different social events to take place, while quiet library and study space on the second floor allows for relaxation and productivity. The building was designed to weave into the surrounding street context, which is predominantly composed of small brick storefronts. While the first floor blends into the rest of the street, the second floor contrasts with a simplistic wooden facade to give a feeling of new directions.

Waterloo Architecture Hub of students

Ainslie Bus terminal

Access through public transit

Dickson st. Trendy cafes and shops

isometric of large event space in use

exterior render of cafe space

interior render of library space

1. atrium 2. cafe 3. large gathering space 4. small gathering space 5. bathroom 6. staff area

7. elevator

8. book stacks and quiet space

9. seating area

10. computer lab

11. private meeting room

12. fire exit

Skeletal Bridge

Course: ARCH193, 1B Design Studio

Year: 2024

Supervisor: Linda Zhang

Media: Rhino, V-Ray, AI, PS

Location: Hamilton, Ontario, Canada

Collaborator: Ben Norton

Spanning across the scenic Sherman Falls, Skeletal Bridge emobdies a simplistic and minimalistic form to elegantly sit within the wilderness.

Composed of skeletal components brought together with transparent steel wire mesh frame, it offers a lightweight design for ongoing pedestrians while allowing for picturesque views of the river’s waterfall.

bridge plan

longitudinal section

cross section view of bridge

axonometric

Hotel Lucerna

Competition: Terraviva Lighthouse Hotel

Media: Rhino, Grasshopper, V-Ray, AI, PS

Location: San Domino, Italy

Collaborator: Jackson Adams

The existing lighthouse at Punta del Diavolo serves two important purposes: functional and symbolic. During its operational period, the lighthouse guided ships crossing the Adriatic. Decades later, however, the lighthouse has become a symbol of San Domino and, by extension, the Tremiti Islands. Inspired by this concept, the project uses the dichotomy of functional and symbolic as its guiding principle. From these two unique purposes arises an opportunity to provide two distinct experiences for those who choose to embrace them.

Two personas emerge from these experiences, representing the framework within which services are provided. The Mariner persona embodies an appreciation of the lighthouse as a type, fascinated by its history and role as vital infrastructure. The Islander persona focuses on the appreciation of the Tremiti Islands as a whole, with Punta del Diavolo as its symbol.

The project features a panoramic sea-view terrace at its entrance, with an infinity pool repurposed from an existing water tank. The ground floor is divided by a two-story grand entrance into guest and staff areas. The entrance is created by strategically removing a section of the upper floor slab, repurposing the existing lantern unit as a central lighting fixture. The reception area on the west side of the entryway doubles as a cocktail bar during the evening. At the end of the entryway sits a spiral staircase encased in lime plaster, coiling around a small pneumatic elevator. The upper level consists of a balcony overlooking the entrance along with two guest suites designed for the two personas: the Mariner and Islander suites. The Mariner suite includes a library, while the Islander suite features a private spa. The roof terrace provides additional views, as well as space for entertaining and gathering.

Urban Pocket Home

Course: ARCH126

Year: 2024

Supervisor: Ana Beznogova

Media: Rhino, V-Ray, AI, PS

Location: Bengaluru, Karnataka, India

Collaborator: Maddy Cheung

Urban Pocket Home is a vibrant and inviting off-the-grid home designed as a space for artists. Situated in the residential neighbourhood of Malleswaram within the metropolis of Bengaluru, India, the space offers a self-sustaining and comfortable retreat within a dense and hot urban environment. As urban centres in India continue to grow and increase in density, resources have become more scarce and pollution continues to negatively affect quality of life. The Urban Pocket Home offers a model of self-sustainment and environmental consciousness within a small and constrictive urban site, using a combination of passive cooling and ventilation strategies as well as systems for material collection and storage. It also offers connection to the outside by creating a comfortable microclimate through throughtfully placed greenery and balconies, while minimizing interior heating within Southern India’s hot humid climate.

floor plan with ventilation arrows

ground

the stack effect causes hot air to rise and vent out of the building

section and ventilation diagram

numerous window openings allow cool air to enter the building

roof plan and solar path diagram

South and west facing operable windows are placed high to maximize ventilaion and have been fitted with overhangs for shading. South facing windows are minimal, high-situated west facing windows equipped with fins and low-E glazing are used to take maximum advantage of the cool wind which comes from the west during hot seasons. The north facade is composed of large, inset flip windows with small glass panes that allow the artist occupants to take advantage of diffused north-facing light which is optimal for their creative work, as well as leave these windows open to connect with the street and let in a light breeze. Floors are equipped with vents which allow hot air to rise and escape through the roof, and the balconies have thermal breaks in order to prevent thermal bridge. The interior is cooled by the ERV system located in the basement. Water is collected through a rain gutter system located on the roof and filtered through a 2 pump system.

1. Fifteen Monocrystalline solar panels gather energy from the sun and power the building

2. Solar hot water panel gathers heat energy which is used to provide hot water

3. Battery for solar energy and control system

5. Gutter system collects rainwater from the slope of the roof

4. Two-pump water filtration system filters rainwater for interior use

system diagrams

view of artist’s studio

Splice

Course: ARCH173

Year: 2024

Supervisor: Terri Boake

Media: Rhino, V-Ray, AI, PS

Location: Montreal, Quebec, Canada

Collaborator: Nachelle Chan

Located within the borough of Lasalle, Montreal, Splice is a pedestrian bridge that crosses the Canal de L’aqueduc, connecting the parks on either side. Combining an exposed truss system with a tensile fabric membrane, its sleek shape adds a clean and modern touch to the surrounding suburban space. The exterior structure is primarily made of epoxy-coated carbon steel, with galvanized steel connections and a prefabricated stainless steel top plate. Like the name, splice is a connection between two forms, as well a connection between two parts of the river.