Hunt Institute – Page 17 – Hunt Institute for Engineering & Humanity

January 29, 2018March 7, 2022

Dr. Owen Lynch, Hunt Institute Senior Fellow

Dr. Owen Lynch is an Associate Professor in the Meadows School of the Arts at SMU. He is the director of the Organizational Communications track within the Corporate Communication & Public Affairs (CCPA) department. He also works as the director of the CCPA Honors Program & the SMU-in-London Communication Internship Program. Outside of the Communications Department, he holds the positions of Senior Research Fellow and Director of Community Engagement and Projects for the Hunt Institute of Engineering & Humanity within the Lyle School of Engineering at SMU.

He is active in the city of Dallas with regards to healthy, fresh food access and food justice issues. He has served and is a member of several food security committees and city-food interest groups. He also serves as the Director of Get Healthy Dallas, a nonprofit organization he helped form that is dedicated to addressing the lack of healthy food options, adequate education, and economic development opportunities in Dallas with special focus on the South Dallas and the Fair Park area.

His research interests include how organizations and communities are (re) produced through everyday discourse and routines of its members. His research methods focus on qualitative methodology, specifically participatory action research methods and asset-based community development which utilizes existing local assets to address current problems.

Dr. Lynch has mentored numerous undergraduate research projects. In the past five years, over 40 research papers have been competitively selected and presented at regional and national conferences by his students.

His own research has been published in competitive venues including Communication Theory, Management Communication Quarterly, Journal of Organizational Ethnography & the Journal of Applied Communication Research. He is also a co-founder and organizer of the Texas Humor Research Conference.

To read more about the Hunt Institute’s work to develop future-focused solutions to some of the world’s biggest problems, please click here. For the latest news on the Hunt Institute, follow our social media accounts on LinkedIn, Facebook, and Instagram. We invite you to listen to our Podcast called Sages & Seekers. If you are considering engaging with the institute, you can donate, or sign-up for our newsletter by emailing huntinstitute@smu.edu.

January 29, 2018February 9, 2021

Eric Larson, Ph.D.

Dr. Eric Larson is a Hunt Institute Fellow and an associate professor in the computer science department at SMU. He is also a member of the Darwin Deason Institute for Cybersecurity, Center for Global Health, and SMU AT&T Center for Virtualization. Dr. Larson is a founding associate editor for the journal on Interactive, Mobile, Wearable, and Ubiquitous Technology (formerly UbiComp).

His research explores the interdisciplinary relationship of machine learning and signal/image processing with the fields of security, mobile health, education, psycho-visual psychology, human-computer interaction, and ubiquitous computing. Like most academics, he has a passion for teaching and mentoring, and views research as an ideal opportunity to instruct the next generation of computer scientists and engineers. He is in a unique role, supporting cyber-security, education, healthcare, and sustainability applications via the integration of machine learning and ubiquitous sensing, and has become increasingly interested in sensing markers of health and context awareness using commonplace sensors. His research supports many healthcare, educational, and security initiatives by creating applications that (1) manage and diagnose many chronic/infectious ailments, (2) help learners master educational topics, and (3) investigate information leakage in pervasive and mobile devices. His dissertation research has also had impact in the area of sustainable resource usage, where he created algorithms for monitoring water, gas, and electricity usage using machine learning (now a commercial product).

His work has also helped to develop applications for real time cognitive load monitoring, privacy implications of smartphones, newborn jaundice screening, and lung function measurement, among others. These projects have resulted in eight patents of which six have been commercialized by various companies including Google. He has secured over $6 million dollars in federal and corporate funding that support these various initiatives. Dr. Larson has published one textbook and disseminated his research in over 50 peer-reviewed conference and journal papers, garnering more than 3700 citations. He received received his Ph.D. from the University of Washington where he was an Intel Science and Technology fellow. At UW, he was co-advised by MacArthur Genius Fellow Shwetak Patel and IEEE Fellow Les Atlas. He also has an MS in Image Processing from Oklahoma State University, where he was advised by Damon Chandler.

When asked what motivates his work, he replied, “In my work, I hope to bridge the gap between evaluation techniques from human computer interaction and machine learning research and evaluation. Too often machine learning researchers do not appropriately scope their evaluation or use iterative HCI techniques in the design of the system. Through intersecting the research in these areas, I hope to help human subjects research become more computationally technical (in terms of the modeling performed) as well as helping to assist machine learning research in becoming more adaptive and rigorous in its application.”

When he is not working, he is spending time with his wife and three wonderful children, including bike riding, making home improvements, and drinking copious amounts of coffee.

To read more about the Hunt Institute’s work to develop future-focused solutions to some of the world’s biggest problems, please click here. For the latest news on the Hunt Institute, follow our social media accounts on LinkedIn, Facebook, Twitter, and Instagram. We invite you to listen to our Podcast called Sages & Seekers. If you are considering engaging with the institute, you can donate, or sign-up for our newsletter by emailing huntinstitute@smu.edu.

January 29, 2018March 7, 2022

Elizabeth Sobel Blum, Hunt Institute Fellow

Elizabeth Sobel Blum is a senior community development advisor at the Federal Reserve Bank of Dallas, where she promotes community and economic development and fair and impartial access to credit. Her areas of focus include workforce development, health, early childhood education, community development finance and small business development. For example, Sobel Blum’s research, publications and collaborations help the Bank in its efforts to connect workforce development and health entities with the community and economic development sectors. Her publications include “Regional Talent Pipelines: Collaborating with Industry to Build Opportunities in Texas,” “Engaging Workforce Development: A Framework for Meeting Community Reinvestment Act (CRA) Obligations”and “Healthy Communities: A Framework for Meeting CRA Obligations.” Sobel Blum serves on the boards of national nonprofit ChangeLab Solutions and the Texas nonprofit First3Years. She earned an MBA from the University of Texas at Dallas, an MA from American University and a BA from Northwestern University.

To read more about the Hunt Institute’s work to develop future-focused solutions to some of the world’s biggest problems, please click here. For the latest news on the Hunt Institute, follow our social media accounts on LinkedIn, Facebook, Twitter, and Instagram. We invite you to listen to our Podcast called Sages & Seekers. If you are considering engaging with the institute, you can donate, or sign-up for our newsletter by emailing huntinstitute@smu.edu.

January 26, 2018March 2, 2022

Silvia Rivera ’18

Silvia Rivera ’18

Student Analyst

Senior, SMU Class of 2018
Cox School of Business, General Business
Dedman College of Humanities and Sciences, International Studies and Spanish
President’s Scholar
Cox BBA Scholar
McLane Scholar
Research on artisan entrepreneurship and inclusive economic development

“My motivation is closely tied to my personal beliefs and life experiences. Like a perfectly functioning ecosystem, I believe that everyone and everything in this life is (somehow) connected. Growing up, a string of small opportunities opened up the world for me. The idea of giving back by creating even the smallest opportunity for someone else to improve their life, and thereby the lives of others through those they touch, is what drives me.” – Silvia Rivera

Silvia graduated from Southern Methodist University with a B.B.A in General Business and B.A.s in International Studies and Spanish. She was also an SMU President’s Scholar and Cox BBA Scholar. As a child, she immigrated to the U.S. with her family from Chiapas, Mexico and is passionate about breaking down complex issues and empowering underrepresented individuals.

At the Hunt Institute, Sylvia conducted research on artisanal entrepreneurship and empowering female artisans and assisted with the Hunt Institute’s Inclusive Economy Consortium.

While at SMY, Silvia build professional experience and developed her business acumen through case competitions, leadership workshops and summer internships, most recently serving as an Advisory intern for global professional service firm EY in Dallas, TX and Bogotá, Colombia.

Currently, Sylvia is attending Boston College where she is pursuing a Masters in Education in Early Childhood Education.

Contributors to this blog post:

Written by: Kim Strelke

Edited by: Silvia Rivera & Maggie Inhofe

Photo by: Alissa Llort

January 26, 2018March 2, 2022

Maggie Inhofe ’18

Maggie Inhofe ’18

Student Fellow

Masters in Design & Innovation, SMU 2018
- Student Senate Scholar, 2018
- Maguire Public Service Fellowship, 2017
Bachelor of Arts in Architecture, Yale University, 2015
- Harvey Geiger Fellowship, 2015
- William F. Buckley, Jr. Fellowship, 2014
- Duncan Robinson Scholar of British Art, 2013

“I came to the Hunt Institute because I believe in design that is beautiful, helpful and accessible. There are pockets in our world, both here in Dallas and across the globe, that lack design fueled by intentionality and integrity. My hope is that the work done here can inspire solutions that can be adopted anywhere, by anyone, to make this world as it ought to be.” – Maggie Inhofe

Maggie studied Design + Innovation at SMU, a new degree that aims to teach human-centered design to students from every discipline. She first fell in love with the field of design through studying the built environment, but now enjoys studying systems and using iterative design processes on all types of projects. She came to the Hunt Institute for Engineering and Humanity because of their commitment to disrupt patterns of local and global poverty.

Maggie was a part of the Evie team in 2016 and also worked on a student housing project in Taos, NM. She was awarded the Maguire Public Service Fellowship to study modular building systems for compressed earth block houses.

After graduating from SMU, Maggie has been working as a Design Strategist for Fidelity Investments.

Contributors to this blog post:

Written by: Kim Strelke

Edited by: Maggie Inhofe

Photo by: Alissa Llort

January 26, 2018March 2, 2022

Alejandro Dominguez ’20

Alejandro Dominguez Garcia ’20

Solar Energy Project Lead

SMU Class of ’20
Mechanical Engineer major
Business Administration and French minor
Engineering intern at Quantum Utility Generation
SMU Multicultural Award of Excellence
Honor Roll
Second Century Scholar
National Society of Collegiate Scholars
Hilltop Scholar
President of National Society of Hispanic Engineers

“As a mechanical engineering student of the 21st century, technology seems to be growing exponentially; however, most engineers focus on the advancements of technology and not of the human race. I am motivated to help fill this gap and make technological advancements affordable so that humanity as a whole can grow and everyone can live better lives.” – Alejandro Dominguez Garcia

Alejandro graduated from Southern Methodist University with a B.S. in Mechanical Engineering and Minor in Business Administration and French. He was also an SMU Hilltop Scholar, Second Century Scholar, and President of the Society of Hispanic Professional Engineers.

He was born in Mexico City, Mexico and moved to the United States with his family as a child. He is passionate about the aerospace and energy industry and how to use these fields to help the progression of humanity. Alejandro conducted research for the Hunt Institute on 3D printed Hydroponic and Aeroponic systems that increased efficiency and lowered the cost of Urban Farming.

While at SMU, he built professional experience through summer internships, most recently serving as an Mechanical Engineering Intern for the energy and utilities company Quantum Utility Generation in Houston, TX.

After graduating from SMU, Alejandro has been working as a Mechanical Engineer at BP.

Contributors to this post:

Written by: Kim Strelke

Edited by: Alejandro Dominguez Garcia & Maggie Inhofe

Photo by: Alissa Llort

January 26, 2018March 2, 2022

Wendy Alyea ’18

Wendy Alyea ’18

Student Analyst

Environmental Engineering Graduate Student in SMU 4+1 program
Engineering Fellows Scholar
Provost Scholar
Chi Epsilon American Society of Civil Engineers
Student Project Lead for the Taos Project: Site Evaluation
Member of the Evie Project Phase II: Optimization in Growing
Research in environmental assessments and alternative growing systems

“Learning about the impacts of human industrialization and fragility of many environments, I wanted to promote human interaction with nature without the effect of damaging the environment. I get to incorporate my skills as an environmental engineer and my passion for site evaluation and habitat restoration into my projects at the Hunt Institute.” -Wendy Alyea

Wendy Alyea graduated from SMU studying for a Master in Environmental Engineering through the SMU 4+1 program. She received previous degrees in May 2017, a B.S. in Environmental Engineering and a B.A. in Chemistry, with completion of her undergraduate studies at SMU. During undergrad, she studied classics for a semester abroad at Trinity College Dublin in Ireland. Her graduate degree will be completed in May 2018.

Wendy began working with the Hunt Institute in fall of 2013 in conjunction with an Engaged Learning project on aquaponics. When the mentor for her Engaged Learning project left for sabbatical, Dr. Eva Csaky volunteered to become her new mentor. Through this partnership, Wendy produced a paper on waste optimization alternatives, an instruction manual for aquaponics, gardening, and composting, and a case study on aquaponics system failure. She worked on the Evie Phase I and II projects and the community garden.

Wendy was also the student lead on site evaluation for the Taos project at the SMU-in-Taos campus. This involved an environmental assessment to determine the impact of material collection at one site on campus and construction of an earthen brick structure at the second site.

Wendy interned for the U.S. Environmental Protection Agency Region 6 office in the water enforcement division and at MWH Global, now a part of Stantec, in the water and wastewater design branch in Dallas, TX. Between Fall 2016 to Spring 2017, Wendy also completed a senior design project to determine grit removal technology for the Village Creek Water Reclamation Facility in Fort Worth, TX.

Contributors to this post:

Written by: Kim Strelke

Edited by: Wendy Alyea & Maggie Inhofe

Photo by: Alissa Llort

January 26, 2018December 18, 2020

Neil Hendrick, Hunt Institute Fellow, working in Puerto Rico Recovery Effort

October 26, 2017

Neil standing in front of an air plane taking a selfie picture — Neil Hendrick in San Juan, Puerto Rico in post disaster recovery work

Recently appointed Fellow, Neil Hendrick, is working with the Hunt Institute in the area of big data while advising and mentoring students on the Map for Good project.

Hendrick has worked for Tulane University, The University of California at Berkeley, and Harvard University, as well as several international nongovernmental and governmental organizations, including PATH and the International Criminal Court. Since 2006, he has worked to develop specific tools for digital data collection and promote their use by researchers, aid workers, and disaster responders. As Lead Developer on the Harvard Humanitarian Initiative’s KoBo Toolbox project, Mr. Hendrick developed a software system for digital data collection and deployed the system on a series of large-scale population surveys. Encompassing survey design, data collection, database synchronization, analysis, and reporting, the KoBo Toolbox system provides a comprehensive suite of tools for research and monitoring. Mr. Hendrick has extensive international experience. He has completed research in the USA, the Caribbean, Africa, and the Middle East.

Currently, Hendrick is in San Juan, Puerto Rico working in post disaster relief and rebuild effort, helping to get the town back online after this season’s devastating hurricanes. Here is an email he sent today that gives a snapshot of the “boots on the ground” work he is doing:

“Greetings from San Juan,

I just thought I would drop a note to the Hunt Institute to tell you all is going well in Puerto Rico. I have been working to connect cell phone and internet towers, working with communication companies, government agencies, and NGOs, nominally led by a disaster response organization called NetHope.

The basic scheme is that these communication companies need technical and material support to get their networks back online, serving communications through a network of fiber and radio links. NetHope sends out teams of network engineers, tower climbers, and knockaround guys to do the work, and in return NetHope is given about 10Mb of bandwidth on the network that we can then shoot out from towers to the town hall, hospitals, police stations, etc., so that they have internet access. My function is part heavy-lifting donkey, and part network configuration. That means basically that, when I am not dragging spools of cable from place to place, I squat in the server room at the base of a cell phone tower on top of a mountain and program radios to talk to each other.

I will return at the end of the month, and if I can send more updates in the meantime, I will do so. At this moment, I have to drive to Aibonito to climb on top of the City Hall building to see if it has a line-of-sight to the nearest cell phone tower.

Hasta la proxima vez,

~Neil”

As a Research Technologist, Hendrick develops software and hardware solutions for research teams and directs the applications of these solutions in the field. As a software developer and field research supervisor, Hendrick has wide practical experience in conducting research, creating and implementing software and hardware improvements to the research process, and managing data collection systems. The technologies he develops allow for the collection of quantitative and qualitative survey data, GPS points, video, audio, and other applications. Mr. Hendrick manages the logistics for employing technologies for research, including team training, data collection supervision, and field-based troubleshooting. He also develops customized databases, manages data analysis, synchronizes data processes for research teams, and specializes in data visualization and presentation (infographic design). He has executed projects in the USA, the Caribbean, Africa, and the Middle East.

We are honored to have him on the Hunt Institute roster of Fellows. In addition to all the work he is involved in, he brings an incredible layer to the student development part of our program. For more information or to get in contact with Neil, you can reach him at:

Hendrick.Neil@gmail.com

813-500-8112

January 26, 2018March 7, 2022

Tynesia Boyea-Robinson, Hunt Institute Fellow

Tynesia Boyea-Robinson is a Hunt Institute Fellow, the President and CEO of CapEQ, and an Executive Board Member for Big Thought. Boyea-Robinson exemplifies cross-sector leadership with extensive experience in consulting on impact investment. She has a desire to collaborate with Dr. Eva Csaky in mentoring students involved in research in the inclusive economy and can be seen working in the Institute readily available for our team.

In her book, Just Change: How To Collaborate For Lasting Impact, Tynesia shares her experience investing in cities and leaders across the country. The goal of Just Change is to help readers understand what’s working, what’s not working, and why in order to improve their own communities. Boyea-Robinson’s experience as an entrepreneur, Six Sigma blackbelt, and technologist uniquely positions her to catalyze a results-driven era of social change. In her previous role as Chief Impact Officer of Living Cities, she was responsible for ensuring $100M of investment produced outcomes that improved the lives of low-income people across the country.

In 2011, Boyea-Robinson founded Reliance Methods to help Fortune 500 clients like the Carlyle Group, Marriott, and others change the way the world does business. Tynesia has been religiously leading and writing about enterprises that “do well and do good” for over a decade. As President and CEO of Reliance Methods, she continues to demonstrate how business and community goals can powerfully align towards mutual outcomes.

Boyea-Robinson relies on her deep experience as a social change agent to advise clients. For example, she leveraged effective cross-sector partnerships to help establish the Social Innovation Fund and the Workforce Investment and Opportunity Act. Additionally, as founding Executive Director of Year Up National Capital Region (NCR) she raised $20M, was recognized by President Obama, and supported the organization to ensure thousands of low-income young adults are hired in careers with family sustaining wages.

When asked what motivates her in impact work she replied, “We need to reimagine what is possible for an economic system that helps everyone. Businesses and corporations can and should be a large part of this reimagining—obviously, they are the primary driver of capitalist values and decision making. Capitalism is just a tool to meet an end–we just have to use the tool in the right way.”

Earlier in her career, Boyea-Robinson was a leader within several business units at General Electric. From transforming the entire company to utilize technology for online sales to leading an international mortgage bank acquisition, her experience at GE groomed her to achieve outcomes regardless of industry.

Boyea-Robinson has been a featured speaker for a broad array of audiences including South by Southwest and the White House Council for Community Solutions. She has published several articles, which have been featured in the Washington Post, Forbes and in Leap of Reason: Managing to Outcomes in an Era of Scarcity. Her work was also highlighted in the New York Times bestseller A Year Up as well as in the Harvard Business School case study Year Up: A Social Entrepreneur Builds High Performance. She serves on numerous boards and committees.

Boyea-Robinson received her MBA from Harvard Business School and has a dual degree in Electrical Engineering and Computer Science from Duke University. She and her college sweetheart, Keith, are committed to indoctrinating their children, Dylan and Sydney, with, “… a love of Duke basketball and all things geeky and sci-fi.”

January 26, 2018March 7, 2022

Improving Cost Effectiveness & Sustainability of Agricultural Practices Through Innovative Biopolymer Treatment

In 2015, the Hunt Institute awarded Dr. Sevinc Sengor a seed grant to pursue research of a biopolymer compound, produced from Rhizobium tropici sp. In 2016, after Dr. Sengor was able to produce substantial evidence supporting its importance, she was awarded an EPA grant to further this research titled “Improving Cost Effectiveness & Stustainability of Agricultural Practices Through Innovative Biopolymer Treatment.”

Dr. Sengor’s research team is comprised of Mahdi Heidarizad, Jesse Hull, Deborah Oyedapo & Dr. Eva Csaky in collaboration with the US Army Corp of Engineers ERDC-EL research team. This team has been undertaking experiments which are carried out in a controlled laboratory environment using tomato plants, with three objectives: (i) to study the impact of the application of biopolymer compound, produced from Rhizobium tropici sp., on the growth of the tomato plants, to be measured based on the quantity and amount of tomatoes harvested, (ii) to measure the sugar and nutrient content of the fruits harvested to compare the nutritional attributes of the treatment and control groups, and (iii) to study the quality of the water circulating in the hydroponic system, to test the degree to which ammonium and other nutrients are removed from the water in the treatment and control groups.

This project was selected to be presented at the 2017 P3 National Sustainable Design Expo at Tech Connect. The conference and expo’s purpose is to be, “a global technology company. that serves as the critical link in what is often referred to as “the Global Innovation Pipeline” by working to bridge the divide between promising technologies and potential investors. This is done through a series of conferences, with the annual Tech Connect World Innovation Conference and Expo bringing together some of the greatest minds in the physical and life sciences.” The P3 (People, Prosperity, and the Planet) National Sustainable Design Expo (NSDE) was co-located with the Tech Connect Conference, allowing EPA P3 student projects to showcase their innovative ideas for a sustainable future alongside EPA programs, government agencies, and advanced tech companies.”

According to the concluding remarks of Dr. Sengor’s presentation, the hydroponic experiments were carried out with tomato plants using .5% of biopolymer, compared against control. Water quality analysis showed slightly more P absorption by the biopolymer and no difference in others. Analysis of the tomatoes showed ~45% heavier tomatoes with higher sugar content (~18%). Root scan analysis showed larger root volume (~129%), surface area (~75%) and root length (~35%). Finally, the team concluded that further investigation of biopolymer for various crops for reduced fertilizer use with optimum efficiency is needed.