TANK WORLDS















Carleton University
Azrieli School of Architecture & Urbanism





Thesis Seminar

Charles-Etienne Dery
Fiki Falola
Michele Gagnon
Sophie Ganan Gavela
Shelby Hagerman
Shaylyn Kelly
Jake Nogy
Kristen Oyama
Robin Papp
Rehab Salama
Joel Tremblay
Brooke Zacharuk


Hamilton Harbour

Dana AdamusBasi BasseyJessica BabeColton ChehowyJimmy EarMary Hanna Hailey McGuireIsabel Serna-MollEilidh Sutherland

Brandon Todd



Port Hope Harbour

Madelyn Byrtus & Ramon Renderos-Soto
Dan Vu and Tobia Graziani
Frederic Darbouz, Stephanie Alkhoury Pauline Gahunia, Simran Kaur, Alice Luong Megan Maksymyshyn, Nishant Dave, Noah Desjardins
Charlotte Egan, Damiano Perrella, Sarah Van Alstyne




Jessica Babe


Tank Worlds : Hamilton Harbour
Revealing the Urban Woodland


This project envisions a future urban ecosystem in which the industrialized landscape of Hamilton Harbour functions as a re-wilded landscape of urban forestry. A series of cartographic studies displaced neighbouring woodland landscapes and transposed them onto the industrial site. The project took this premise seriously, bringing the regional woodland ecology to the Hamilton Harbour through a process of rewilding and expansion of existing pockets of greenspace found in the in-between spaces of the Stelco Steel industrial buildings. In parallel, the shore is re-naturalized through softening of existing hardscape. The new shoreline merges land and marine ecologies to create an ecological buffer zone of forested wetland to enhance natural mechanisms of flood management, soil remediation, and diversification of native ecologies. An existing industrial building is transformed into a greenhouse with water collecting roof, enabling cultivation of seedlings for planting later within the site or the wider urban context.

A series of model studies explore resurfacing as a means of increasing water permeability and infiltration. The studies also focus on wider water cycles from within the tree canopy level, upon ground-surfacing materials, through soil, and eventually back to the harbour or the water table through processes of infiltration, collection and retention.