Design, Spring, 2019

Appropriate Technology for the World’s People, Design
UNIV-392/492, PSC-392/492, HNRS-392, MW 4:10-5:30, 180-107
Pete Schwartz, Cal Poly PhysicsPete’s Webpagepschwart@calpoly.edu
Office Hours:M (11:10), T (12:10), W (2:10), R (1:10), F (10:10)
See information from Design, Spring 2018 from other previous classes. See pictures of the final presentations and potluck at Cal Poly’s Student Experimental Farm from Spring 2017.
The Timeline shows each day’s activities.
Course expectations can be found on the syllabus.
Final Presentations: Monday, June 10, 4-7 PM, at the SEF. From Cal Poly’s Schedules
Self-Intervention Pages: In order to better understand change and the human being, we impose changes on our own lives and investigate the response. 1st self intervention: Don’t Throw Anything Away. 2nd self-intervention: Empathy Self-Intervention, 3rd self intervention: Intervention of choice in two parts: for yourself and for the planet. (log your third and duel self  intervention experience here)

Final Exam 392 S18 Given on the last day of class. We won’t have a final exam, but just a third assessment.
Assessment #1 Solutions, Assessment 2 solutions 392 S19, Assessment #3

Correspondence with RVB

Feedback from you:  Week 4,, Week 8

Please see the links below to the possible projects. During your projects, you will develop a new webpage and send me the link to put into this table. For more information, please see some of the links below and read over the projects from last year’s class: Design, Spring 2018 and the development class from last fall, 2018, and from earlier years on the Appropriate Technology Website.

View Page

Link to webpage Description of the topic Members_Contact_info
Solar Cooker Immersion Heater

Our project is to build an insulated solar electric cooker to address the health and environmental issues due to biomass cooking in Nepal. With simple and affordable materials, we can apply an appropriate technology providing a solution and an innovation for the Nepali community. More than eighty percent of domestic energy of Nepal comes from biomass such as wood, cattle manure, and agricultural waste. Our solution is to build a solar electric cooker and an immersion heater to address these issues. We are partnering with Tashi Ghale, a Nepali student with a direct connection to the people in Nepal. https://univpsc392.wixsite.com/mysite Tuesday Shop

Bailey Wilson
Agustina Mogetta
Jialin Li 
Mehr Loomba
(mloomba@calpoly.edu)
Thermal Storage Cooking Insulated Solar Electric Cooking Research. Our target community is Malawi, our particular innovation is thermal storage capacity and phase change materials, though we may be interested in pursuing something slightly different (think sous vide technology– but cheap). Monday Shop
Brady Whitehead
Katie Bolts
Micheal Sassano
Alyssa Arrendondo
Abbie Bullen (gbullen@calpoly.edu)
ISEC Malawi Our group is building on an Insulated Solar Electric Cooker so that it can get hot enough to fry foods. Our target community is Malawi in Africa! We are in contact with Kuyere!, a solar product provider that is already on the ground in Malawi. Check out our website to see updates on the design and use of our cooker. Fauve Koontz,
Peyton From,
Micah Quintana,
Chloe Yousling (cyouslin@calpoly.edu)
ISEC in Ghana

Ghanaian cooking is at the centerpiece of Ghanaian traditions and is very important in their everyday lives. Ghanaian main dishes are organized around a starchy staple food such as yams, with which goes a sauce or soup containing a protein source. Along with this is Garri, which is a version of fast food for Ghanaian people that they eat on a daily basis. However, cooking stews and Garri in traditional methods sometimes takes days to prepare. Using our Ghana contact of Nathan Heston, we plan to create an insulated cooker centered around Ghanaian food we plan to create a fast, cheap, and easy way for the people of Ghana to cook Garri along with their favorite stews. For any questions or ideas please contact us (at right) and keep up to date on our website! Tuesday Shop

Daniel Cragoe
Justin Canterberry
Jessica Rouse
Chase Braun
(chaseebraun@gmail.com)

Solar Electric Kitchen

Building on our Insulated Solar Electric Cooking Research, our group has a personal challenge to develop an efficient and effective component for a solar kitchen.  Our target community is Quail Springs, an intentional permaculture community an hour inland from Santa Barbara. We are helping the wonderful Jan Smith (jan@quailsprings.org) design and build a stove component for their solar cooking kitchen. Tuesday Shop
Grace Vandervort
Emily Ramirez 
Harry Yan
Ellie Bonnie 
(ebonnie@calpoly.edu)

New Website SolarForTheSoul 

SunToSupper

SolarForTheSoul

We are working to improve the lives of people in Malawi by providing them with an alternative cooking means and method. Traditionally, cooking is done over stoves that burn biomass, and this results in deforestation, carbon emissions, and exposure to smoke that can cause health conditions such as asthma. Our goal is to create and experiment with solar cooking technology that could at least partially replace the biomass method and result in healthier lifestyles for the people of Malawi and their environment. We will be collaborating with Kuyere and the City University of Seattle on this project. Tuesday Section
Troy Knatt
Willie Gabriel
Ava Maslan (ava@maslan.org )

Emma Sullivan,
Nick Tuanchaem
Garrett Perkins 
(gjperkin@calpoly.edu)
Solar Ice Website
Building on the research from Cal Poly’s Summer 2018 direct solar electric ice production, Solid State Solar Ice Project, our group takes on the challenge to make a directly solar-powered thermoelectric cooler (TEC) capable of constant ice production (Solar Ice) for use in rural Ghana. This project is currently under research by Cal Poly Physic students Casey Smith and Nathan Heston, who have worked closely with: Solar Ice Production and The Social Ice Cream Co.’s Solar Ice Cream Truck. We plan to assist their research in testing TEC design via the use of Peltier modules and to preform research on phase change materials to fill the freezer with to aid in efficient heat transfer for ice production. 
Our mission is to build a sustainable, ethical, and low maintenance device that will improve the lives of many people.
Monday Shop
Gabriella Fredericks
Kayla Nguyen
Kitty Zhuang
Andrew Lee (abca.andrew@gmail.com)

New SSF website

Slow Sand Filter in Ghana

There is a need for clean, filtered water in Ghana. To solve this problem, we have made efforts to create a slow sand filter to be implemented in Ghana. A Slow Sand Filter has been used to prevent the spread of disease for over 150 years. Although these systems are slow, they are cost-effective and, thus, sustainable for low income countries. The system is set up so that the top layer of sand physically filters the water as well as biologically treats it through the use of biological organisms to remove pathogens. This complex biological layer is called Schmutzdecke. Monday Shop

Haley Griffiths
Hannah Randolph 
Kevin Masukawa
Bailey Yuen 
(bayuen@calpoly.edu) 
Black Soldier Fly Larva Breeding Postpartum Hemorrhage is the leading cause of maternal mortality in the world due to insufficient blood clot by the mother leading to fatal blood loss. Current methods used to determine if the mothers blood will clot or not are both unclear and time inefficient leading to a higher mortality rate. If there was a device that could determine if a patients blood will clot both accurately and timely, the death rate for women in labor would be drastically decreased. Luckily there is. Cal Poly Biomedical graduate student Sara Della Ripa, has developed a device that diagnoses if the blood will clot within two minutes of testing and is very accurate. Working with her this quarter, we want to help her refine her design to make it the most affordable and sustainable device on the market.   https://anitakelleher2.wixsite.com/puttinganendtopph, please also see last year’s project: Blood Clot Diagnostic Website. Monday Shop Ian Parsons
Rosalie Leborgne
Ellis Tirado
William O’Brien
(wtobrien13@gmail.com)
Food Preservation We are working to identify a sustainable solution that will effectively store food against pest and rodent intervention and relative humidity as high as 90%. By achieving this, we can reduce aflatoxin (mold) contamination post harvest. Spring 2017, a group worked on a Flour Container with Peggy C. Papathakis (Food Science and Nutrition, Cal Poly). Feedback from both Peggy and Mark Manary (the Peanut Butter Project) indicated that this is a good direction. Spring 2018, a group determined that high end, ultra low humidity storage is cost prohibitive: Food Storage. However, our summer research indicates that this high-tech, expensive technology is wholly unnecessary. Monday Shop
Annanya Bhaskar
Matt McCann
Deric Van Damme
Sadie Mae Mace (mace@calpoly.edu)

New Website Meal Worms

Meal Worms for Meals

Our Group is faced with the task to build a habitat and raise insects for consumption. Insects are a good source of protein and have a very small environmental footprint compared to larger animals such as cows for the production of beef. Through research and the help of last fall’s project “Insects for a Sustainable Future”, we have decided that mealworms are the most cost effective and simplest insect to raise for consumption. We will start to raise mealworms in our homes, then discover different methods of cooking and preparing the insects for human consumption.

Tessa Grano
Miche Naziri
George Hamalian
Dean Garrido (dfgarrid@calpoly.edu)

Uganda Solar Water Heater Our group will be building a solar water heater for the community in Uganda. Currently, one community spends on average $600 a month heating up water to cook (beans? Or rice i forget). With a simple mechanism that costs less than $50, we will be heating up water using the sun’s energy to allow the community to start their cooking day with preheated water. Although it’s hard to get it to boiling using the materials we will be using, this community can start their day with water preheated to about 60 degrees celsius, saving them hundreds per month on water heating.

Jenna Dahl
Gabe Roeloffs
Riese Nichols
Alistair Schwab
(awschwab@calpoly.edu)

   

 

   

 

     

Building on our Insulated Solar Electric Cooking Research, your group has a personal challenge to cook as much of your food as possible this quarter with a technology that you build and innovate. Your target community is Malawi, collaborating with Kuyere. Your particular innovation is baking. We will soon have a contact for the development shop for Kuyere, and please contact as soon as you can, Matt Walker (mwalke23@calpoly.edu) who wrote the third report on the research website posted above. Tuesday Shop

 


Building on our Insulated Solar Electric Cooking Research, your group has a personal challenge to cook as much of your food as possible this quarter with a technology that you build and innovate. Your target community is in Nepal, collaborating with Tashi Ghale, a Nepali Cal Poly student (please contact at tghale@calpoly.edu). You will design and build a cooker you find most appropriate. Monday Shop


Associated with Insulated Solar Electric Cooking Research, you will design and build a lighting system that is charged from a USB port powered by the cooking technologies that other groups are developing. Another USB port will charge cell phones. Working with Kuyere in Malawi. Contact Robert Van Buskirk (rdvanbuskirk@gmail.com) of Kuyere and from Peter Keller (peter@aidafrica.net) of Aid Africa to learn more about Malawi, and Matt Walker (mwalke23@calpoly.edu) who wrote the third report on the research website posted above. Also, please see this publication illustrating how important charging capacity is for use of cookers. Last year’s project may be helpful: Cell Phone / Light Charger. Additionally, a group of 4 electrical engineering students wrote a Report on Solar Charging for EE413, an advanced design class. Monday Shop

 

Notes on Course Improvement