01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes

01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes Since 2011: – 300,000+ lbs. of food recovered so far – 46 college chapters – In 21 states Goal: 1,000 chapters + 10 million lbs. of food recovered by 2018 About Food Recovery Network

01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes – With current model, it is impossible to see real-time updates on amount of food recovered – As a result, much of the information on the website is out of date – Makes it difficult to communicate within chapters and/or between chapters to share best practices and to set common goals 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes The Problem

01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes Current Static Model

01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes

01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes My Goal: – Connect the physical and virtual realms – To create a dynamic and interactive network rather than a static network My Purpose: – Broaden network – Increase accountability – Allow individuals with common goals to connect in a virtual space 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes The Project Idea

01|Prototype Implementation -Provide public accountability and real-time updates on numbers - Attract new users to the process of food recovery by making the actual process more visible -Change the status quo of university cafeterias to be in this network and provide mechanisms through branding to shame non-food recoverers to join this socially responsible network -Make food recovery “cool” and potentially profitable for corporate partners by making food recovery a brand and source of pride Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes Objectives of Technological Retrofitting

01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes Fabricated Physical Interface

01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes Fabricated Physical Interface

01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes QR Code contains: – Date & Time – Unique Member Identification Code – Food Family Code [utilizing existing classification system] – Weight of Food 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes The Inputs

The Inputs – Smartphone Application User Interface 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes

01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes Smartphone Application User Interface

01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes Food Delivery

01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes

01|Design Brief Harvard Graduate School of Design | REALTIME CITIES 2014 | Project Name | Student Name. Student Name. Student Name Mockup of the Virtual Interface -- Home Page 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes

01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes Functions Inspired by Ushahidi: - Bubbles as visual representation of size of data requests from a specific geographic location - Real-time updates visually shown on the map application Case Study 1: Ushahidi

01|Design Brief Harvard Graduate School of Design | REALTIME CITIES 2014 | Project Name | Student Name. Student Name. Student Name Mockup of the Virtual Interface -- Interactive Map [zoomed out] 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes

01|Design Brief Harvard Graduate School of Design | REALTIME CITIES 2014 | Project Name | Student Name. Student Name. Student Name Mockup of the Virtual Interface -- Interactive Map [zoomed in to school/city level] 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes

01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes -I was primarily inspired by the easy-to-navigate organization of Meetup using geography is a filter -I was also inspired by the functionality of the website, that allows members to easily see shared calendars, suggest new events, and take polls of the group -Finally, it has a clean visual aesthetic that I thought would match well with the Food Recovery Network brand Case Study 2: Meetup.com

01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes Case Study 2: Meetup.com (continued)

01|Design Brief Harvard Graduate School of Design | REALTIME CITIES 2014 | Project Name | Student Name. Student Name. Student Name -Members can make goals -Members can communicate with each other  Organized by chapters in order to promote internal communications  Tool to allow chapters to communicate with each other in order to promote external connections -Ability to create schedules of volunteers -Ability to create teams who can then compete within a chapter 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes Social Media Functionality

01|Design Brief Harvard Graduate School of Design | REALTIME CITIES 2014 | Project Name | Student Name. Student Name. Student Name Mockup of the Virtual Interface -- Social Media Home 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes

01|Design Brief Harvard Graduate School of Design | REALTIME CITIES 2014 | Project Name | Student Name. Student Name. Student Name Mockup of the Virtual Interface -- Social Media: Chapter Page 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes

01|Design Brief Harvard Graduate School of Design | REALTIME CITIES 2014 | Project Name | Student Name. Student Name. Student Name Mockup of the Virtual Interface -- FRN Certification 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes

01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes

01|Design Brief Harvard Graduate School of Design | REALTIME CITIES 2014 | Project Name | Student Name. Student Name. Student Name 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes FRN Certification Interface

01|Design Brief Harvard Graduate School of Design | REALTIME CITIES 2014 | Project Name | Student Name. Student Name. Student Name 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes Art Commission -- Balloon as a Visual Dramatization of Weekly Quantity of Food Recovery

01|Design Brief Harvard Graduate School of Design | REALTIME CITIES 2014 | Project Name | Student Name. Student Name. Student Name 01|Prototype Implementation Harvard Graduate School of Design | REALTIME CITIES 2014 | Food Recovery Network | Kalisha Holmes Required Expertise Chart Technical Need -Web Development -App Development -Electrical Coding & Rapid Prototyping Position Title -Web Developer -App Developer -Architect