Thomas Tello Architectural Portfolio

Thomas Tello

Architectural portfolio

A summary of works

education

September 2020 Present

Third Year Standin 11.37 CGPA (A

E. .R. Steacie Scholarship 2022/202

Expected Graduation 2025

Work Experience

May 2022 Present

COOP Option

Available to work immediately be innin May 2023

Usin a 7-axis robot to machine 3D sculptures of various sizes and detail finishin

Software such as Rhino, Metapshape and Blender were used to created a 3D mesh of the Venus of illendorf throu h the process of photo rammetr

Creatin a series of protocols to elucidate the workflow of 7-axis CNC Robotic Machinin that will be used as future trainin workshops.

September 2021 April 2022

Completed a successful rant application to Carleton s I-Cureus Internship Pro ra

Used Vray, Rhino and Blender to create Visual Renders and Animations of the new lab proposa

Or anized a workshop to teach Thesis students how to create interactive facades usin methods includin Arduino circuits and pro rammin

Surveyed how schools of architecture across the lobe utilize robotic fabrication labs in their facility as research for a lab proposal rant to build a new Carleton Architecture Robot ab.

March 2019

2021

Tau ht children swimmin lesson

Actively supervised the pool to ensure a safe environmen

Interacted with clients to address questions and concerns

Thomas Tello 26 Fardon Way, Ottawa, Ontario, K1G 4N7 (613) 605-2619 | thomastello@cmail.carleton.ca | LinkedIn: Thomas Tello

CIMS Researcher Carleton Immersive Media Studio CSALT Lab Assistant Carleton Sensory Architecture & Liminal Technologies Laboratory Lifeguard/Aquatic Instructor City of Ottawa

arleton University Bachelor of Architectural Studies

C

September

Skills Technical Software Visualization Software Professional Skills Rhino Autocad Revit Sketchup Adobe Suite Enscape Twinmotion Vray Blender Quick earner Collaborator Self Tau ht Softwar e Deadline Oriented

Table of Contents Selected Works 01 03 02 04 05 Designing with Communities Heron Gate, Ottawa Gymnasium Addition Richelieu-Vanier, Ottawa Artist Studio Centre Griffintown, MontrÉal Multi-use Building Centretown, Ottawa Robotic CNC Fabrication Carleton university, Ottawa

The chosen intervention is a Community Kitchen that is located in Sandalwood Park as it is a large underserved park, however there is highly trafficked pathway through the park that connects to the Heron Gate Mall containing stores like Food Basics. The intervention aims to create a warm gathering space all year long for the community to cook and eat their own meals together while also enjoying all the amenities of the park in the summer and winter.

PARTI

Reference on Community Research in Phase 1

Site choice - Sandalwood Park

Program choice - Community Kitchen

Challenges t access F dban

Road access

Winter Activities

Grocery Store located in HG Mall

Highly trafficked pathway

Summer Activities

Need access to a computer to register Require several documents to registe Foodbank Budget depends on how many volunteers show u Only get groceries once every 2 weeks Family of 4 only saves $1,600/year

Barriers to food access

HALAL SAFE Ground Plan Site Plan 1:100 1:500

Cross Section 1:100

Axonometric

Structural

RENDERS

View from Dining Area View from Kitchen

Carleton University, Ottawa

Through Robotic CNC Fabrication at the CIMS lab we are programming a 7-axis KUKA robot to perform CNC programming to analyze the precision and quality of machining on high density foam using Rhino, MasterCam and Blender.

There were several tests conducted with varying sizes of tools as well as utilizing different machining programs that capitalized on a 3-axis, 4-axis and 5-axis programs to test programming time and efficiency.

Toolpath Lines

Edges are rougher along the Undercuts

Testing the Detail of varying sizes of tool

1/2” Detail work

1/4” Detail work

succeeding Machining Test

After the first test, we decided to combine two sculptures of the Venus back to back to compare the precision of machining with different axis and varying movements of robots. We compared 3-axis, 4-axis, 5axis programs on this 7-axis KUKA robot to test whether the amount of axis would impact finishing detail

Parallel Cutting direction

Perpendicular cutting direction

4-axis Machining 3-axis Machining

and E for a vacant lot on Somerset Street, Ottawa. This group project required the use of understanding

Cover sheet

standard Arch D Format used for the drawing Package

Technical Drawings

The selected drawings have been reformatted to provide an overview of the enitre package.

Floor Plans

Technical Details

Electrical System

04 / Artist studio Centre

Griffintown, Montréal

The Artist Studio aims to analyze the urban and historical context of Griffintown, Montreal. The gentrification and industrialization of the neighborhood have led local artists to flee the area. The purpose of this project aims to address these issues by proposing a building that reflects the culture of the artists while also maintaining a respect for the heritage and culture of Griffintown. An artist center was designed to provide a space for artists to create and exhibit their artwork.

Elevation Datum Lines Datum Lines hierachy Site Analysis 6 points of a studio Inspiration Active/Quiet

-1 0 +1 +2 +3 Studio Communal Kitchen Bookstore Workshop Studio Studio Studio Studio Studio Studio Office Workshop Storage Room Exhibtion Space Gallery Mecahnical Room Shared Studio Rue De La Montagne Rue De La Montagne fLOOR pLANS sCALE 1:100

sTREET fACING eLEVATION pLANS

sCALE 1:100

lONGITUDINAL sECTION

sCALE 1:100

12 m 9 m 6 m 3 m -3 m -4 m 4.5 m 0 m Rue De La Montagne

provide a space for families in the area to partake in athletic and active activities.

In the Vanier neighbourhood, alongside the Ottawa City Councillor of Rideau-Vanier Ward, families in the area were looking for more spaces to enroll their children into activities. At the Richelieu Vanier Community Centre the facility needed a large gymnasium to provide a variety of programs.