Safi Organics

Safi Organics produces a carbon-negative soil conditioner derived from biomass (farm) waste. Designed for rural smallholder farmers, the soil conditioner leads to a 30% increase in crop yield and 50% increase in income by reversing soil degradation. Biomass waste is present in most rural farms every year after harvest, and yet most of this waste is burned in open air rather than economically utilized because existing capital-intensive and centralized processing technologies often require the long-distance transport of this waste, which is very expensive. Safi Organics has developed patent- pending environmentally-friendly reactors and unique recipes that enable the low-cost and decentralized conversion of waste into carbon-negative soil conditioner in under 2 hours. The company’s EcoCert-certified product is currently used in more than 80 acres of land in Safi Organics’ preliminary pilot project and has generated highly positive customer reviews. In addition, this product actively sequesters 1.5 tons of CO2 per acre into the soil each planting season thereby directly mitigating climate change.

MÄk


MÄk is a social enterprise devoted to empowering urban low-income high school juniors and seniors to become 3D designers. The mission of MÄk is to provide these young people with exposure to various STEAM (science, technology, engineering, art, and math) fields while also providing them with training in marketable skills and an income source so they may pursue higher education and STEAM careers in the future. Initially, the MÄk program will run on the UC Berkeley campus in order to utilize its free facilities and 3D design software. First, trained Berkeley student volunteers from MÄk’s partner campus organizations will teach high schoolers from Oakland and Richmond in 3D design through a training program. Then, MÄk will hire these students as paid interns to work on 3D design projects for Bay Area technology startups and design firms. MÄk plans to simultaneously partner with other organizations to host financial literacy workshops that help students manage income wisely.

Empowering Women through Entrepreneurship

Big Ideas LogoWomen living in the squatter settlements of Ulaanbaatar are among the most financially and educationally disadvantaged in Mongolia. The squatter areas—commonly known as “ger districts”—are mainly comprised of recently-migrated nomadic herders. Ger districts make up over 60% of the capital city’s population and have tens of thousands of new arrivals each year. The newly-settled nomads face difficulties in the urban job market due to stark cultural differences between rural and urban lifestyles and a mismatch of employable skills. The challenges of finding employment can result in alcoholism, domestic violence, and cyclical poverty. Women in the squatter settlements need confidence, practical knowledge, and access to capital in order to break from patriarchal gender roles that often prevent them from reaching their full potential as business and community leaders. Through structured small-group support, this project provides impoverished female migrants with information, skills, and low-interest microloans in order to develop their small businesses and foster more economically-resilient communities.

The Alternative Iron by Ferrous


The Ferrous team is driven to make sure that for the 2.6 billion people living in energy poverty, modern energy satisfies all their basic human needs including dignity. The Ferrous team’s mission is to design and distribute sustainable, community-supportive, and capacity-building technologies. Ferrous is focused on addressing the current market’s failure to identify and respond to culturally significant needs that the western world has overlooked. A clothing iron compatible with modern energy technology called the Alternative Iron is Ferrous’s first product. With this appliance, Ferrous can rectify the disconnect between social need and technological capacity to ensure that each and every one of its beneficiaries can claim a larger slice of dignity.

FITE Film and Resource Connection

The FITE documentary film will combat recidivism in the prison system by motivating currently incarcerated individuals to seek higher education and mentorship opportunities. To accomplish this goal, the film will feature the success stories of relatable, formerly incarcerated students at UC Berkeley. Screening the documentary in prisons and jails around the U.S. will allow currently incarcerated individuals to learn that it’s not only desirable but also realistic to attain higher education both during and after incarceration. In addition, the creation of a structured, regionally-organized resource connection will supply viewers of the film with phone numbers and contact information of trusted, already established organizations that mentor incarcerated individuals on their journey to seeking higher education.

India Smiles

indiasmiles
India is currently experiencing rapid economic and industrial expansion, yet, is plagued by the poor health and nutrition of its people. Older approaches to addressing nutritional deficiencies are not as effective as “modern malnutrition” because one of the primary causal factors has only recently emerged: As India becomes a more developed country, its citizens have adopted the dietary habits of other developed nations, falling victim to the “nutrition transition”, or switch from traditional food to processed convenience foods. India Smiles is a unique community-based intervention with a focus on prevention of childhood malnutrition through oral hygiene education and childhood cavity prevention. Using low-cost and effective interventions and health education modules that utilize community health workers, the project works with children aged birth through six and their families to improve the oral health and nutrition status of children in the greater Mumbai, India area.

BCAPI

Millions of people with physical disabilities lack control of their bodies but still can control their minds. Recent advancements in Brain-Computer Interfacing (BCI) have enabled people with physical disabilities to drive wheelchairs, write, and communicate. The BCAPI team is developing a powerful software and hardware package that will enable technology developers and researchers to create a range of BCI-enabled assistive technologies. Through extensive and research in the field, the team has identified the key problems that limit BCI assistive technology development and has made significant progress in addressing these issues.

Responsive City Lights: Urban Streets as Public Spaces

Responsive City Lights uses interactive light installations to enhance the perception of streets as engaging public spaces. The project implements Crime Prevention through Environmental Design principles by increasing foot traffic and pedestrian interaction, bringing the internet of things into urban spaces to help fulfill a vital social need. The interactivity of the lights creates activity support for legitimate uses for previously “unclaimed” sections of the street, of curious pedestrians interacting with the lights, particularly children and their families. Through installations that engage residents and pedestrians, and provide a source of expressive and meaningful diversity in an otherwise uniform environment, the project ultimately seeks to provide a rich, additional tool to communities in order to enliven and enrich their streets and pathways as public spaces.

Visualize: Saving Lives with Training for Cervical Cancer Screening

Visualize: Saving Lives with Training for Cervical Cancer Screening (UC Berkeley)Every year cervical cancer causes 275,000 deaths worldwide. Screening for cervical cancer significantly reduces this mortality rate, given that most cervical cancer cases caught early are treatable. Visual inspection of the cervix with acetic acid (VIA) is a low-cost and effective method to screen for cervical cancer. VIA is not widely used, however, due to a lack of training and awareness of the method. With proper training and follow-up, VIA can avert 68% of cervical cancer related deaths; thus saving an estimated 150,000 lives in low and lower-middle income countries. The aim of this project is to design and implement a trainer and training program to teach VIA to midwives in Ghana, implementing three phases. Phase 0, which has already been completed, was to develop a low-cost, low-fidelity simulator to assist in training of midwives on VIA. Phase 1 is to develop an implementation plan to launch this program in Ghana and begin training a small group of midwives over the next year. Phase 2 will leverage the initial target group of midwifery students and train them to teach VIA to other midwives in Ghana. This allows more women to get screened for cervical cancer and detect pre-cancerous cells early, thus allowing these women to get the treatment they need to save their lives.