Saba ahmed
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Nanorobotic Wind Power for commercial building applications Project Overview © Saba Ahmed On-site wind power generation proposal using nano-robotics for commercial building applications and to combat current problems associated with it: Transmission losses, visual pollution, minimum wind speed requirement, fluctuation in wind speed, and wind direction requirement. Nano-robots in the hinges detect variety in wind speed and open/close accordingly X = 2000 PEOPLE, 10,000 kWhr/person/year = 24 FLOORS, 80’ X 240’ Avg. commercial building application analysis
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Nanorobotic Wind Power for commercial building applications
Project Overview
© Saba Ahmed
On-site wind power generation proposal using nano-robotics for commercial building applications and to combat current problems associated with it:
Transmission losses,visual pollution,minimum wind speed requirement,fluctuation in wind speed, and wind direction requirement.
Nano-robots in the hinges detect variety in wind speed and open/close accordingly
X = 2000 PEOPLE, 10,000 kWhr/person/year
=
24 FLOORS, 80’ X 240’
Avg. commercial building application analysis
Spraid Dish Wand Product Design Development
© Saba Ahmed
Prototype development
Customer Feedback
Project Overview
Spraid, a dish wand for convenient dishwashing that minimises water used in between tasks.
This project was conceived as a result of extensive customer feedback and financial modelling as part of a collaborative studio between RISD, Babson College and the Franklin W. Olin College of Engineering.
Collaborative project w/Babson College & Franklin W. Olin College of Engineering
Stove Improvement for rural Western Tibetan Households
Project Overview
Stove re-design to be incorporated into rural Western Tibetan households
Imporved stove increased fuel (dung, wood) efficiency, burns more cleanly and completely and transmits heat to other areas in the home.
© Saba Ahmed
Prevailing popular stove in rural Western Tibet
Collaborative project w/Jason Lee & Justin
Greenhouse Design
Project Overview
Greenhouse design derived through surface system development. Design considers visitor traffic and enhances natural light for optimum plant growth
© Saba Ahmed
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Concave tiles disperse light entering upon impact
Surface system development
Project Overview
This product was proposed for manufacture by cartoneros (trash collectors) in Buenos Aires as a cottage industry employment scheme and is part of Waste for Life.
It is intended to effectively filter sidestream tobacco smoke, is easy to install, requires minimal maintenance and cleaning and is semi-transparent.
© Saba Ahmed
Waste for Life - a global research initiative innovating technology in recycling plastic bags (and other waste polyethelene matter).
Waste for life Recycled Plastic Product Inititative for Cottage Industry
Smokers’ Lounge for airports
Project Overview
A station that allows for smoking in airport terminals during transit.
It is intended to effectively filter sidestream tobacco smoke, is easy to install, requires minimal maintenance and cleaning and is semi-transparent.
© Saba Ahmed
RISD Student Mentorship for Young Enterprising Artists
© Saba Ahmed
1 mentor : 1 YEA
Mentor student ratio
YEA Student card access to studios
YEA Managerial structure
MISSION STATEMENT
Project Overview
A Design for Social Entrepreneurship. A proposal for mobilising resources to connect students enrolled in Art & Design schools and colleges to mentor youth to promote job opportunity within the sector.
Botanical Study for the growth and observation of plants
Project Overview
A Botanical Study center that is able to modify the amount of light received inside. The observation stations allow for individual plants to be studied and maintained
© Saba Ahmed
Observation desks
