03  CIRCULAR TABLE


Year: Fall 2024
Course: Advanced Design Studios
Instructor: Markus Berger
Location: College Hill, Providence, RI



The Circular Table project transforms the historic Repair Atelier on College Hill, Providence, into a model of sustainable food systems. Adaptive reuse strategies, vertical gardening, aquaponic systems, and zero-waste practices are used to create a dynamic, community-focused dining experience.
CONCEPTUAL DIAGRAM & ZERO-WASTE MENU


SYSTEMATIC DIAGRAM OF BUILDING


DETAILED SECTION & CROPPING SYSTEMS



Local edible species are grown onsite in vertical gardens, reducing environmental and logistical impacts, while composting methods recycle organic waste back into the soil, completing the food cycle.






1. SPINACH, BOK CHOY, & SWISS CHARD SHELVES

Sunlight: low-medium
Water: medium
Spacing: 9 plants/sqft
Cycle: 30-50 days


2. 
TOMATOES & BASIL WALL (left)
Sunlight: high
Water: high
Spacing: 1 plant/sqft
Cycle: 75-90 days
KALE TOWER (right)

Sunlight: medium
Water: Medium
Spacing: 1 plant/sqft
Cycle: 45-60 days



3. AQUAPONIC RADISHES

Sunlight: medium
Water: low
Spacing: 16 plants/sqft
Cycle: 25-30 days


4. STRAWBERRIES & RADISHES

Sunlight: medium
Water: medium
Spacing: 16 plants/sqft
Cycle: 30-45 days


SECTIONS


The preserved architectural features of the Atelier, such as decorative windows repurposed as partitions, blend history with innovation. Additionally, furniture crafted from bio-based materials serves as a reminder of sustainable post-consumption practices.


BUSINESS OVERVIEW
FLOOR PLAN
ENTRANCE
DINING
BALCONY

MODULAR DESIGN




STRUCTURAL RECIPE

COFFEE GROUNDS, EGGSHELL, FLOUR, HEMP CURDS, OLIVE OIL, WATER, EGG CARTON CARDBOARD


BIORESIN RECIPE

GELATIN, WATER, GLYCERIN, CORNSTARCH, BEE WAX, VINEGAR, COFFEE GROUNDS, EGGSHELL, FLOUR


BUILDING PROCESS & DETAILS




This hands-on approach encourages engagement with every step of the food cycle—from planting to composting—promoting ecological balance and fostering community education. The Circular Table exemplifies how architecture, sustainability, and community collaboration can intersect, offering a scalable framework for future urban food systems.