Emily Anne Friedman (Bautista)

Emily Anne Friedman (Bautista)

Houston, Texas, United States
2K followers 500+ connections

About

Having been involved in sustainability centred research and a leader within several…

Experience

  • Society of Women Engineers - Houston Area Section Graphic
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    Houston, Texas, United States

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    Baytown, Texas, United States

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    Baytown, TX

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    Menomonie, WI

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    Asheville, North Carolina Area

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    Minneapolis, MN

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    Blacksburg, VA

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    Cincinnati, OH

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    Rochester, MI

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    Florence, KY

Education

  • Virginia Tech Graphic

    Virginia Polytechnic Institute and State University

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    Activities and Societies: Society of Women Engineers, Bladesmithing at VT, Undergraduate Research, College of Engineering Dean's Team, Materials Engineering Professional Society, Female Engineering Recruitment Leadership, Alpha Delta Pi Sorority, Residence Hall Federation Council

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    Activities and Societies: Student Council, National Honor Society, Interact Club, Junior Engineering Technical Society, Environmental Club, Independent Science Research, Cross Country, Notre Dame Urban Education Center tutor.

Licenses & Certifications

Volunteer Experience

  • Weekly Tutor

    Notre Dame Urban Education Center

    - 1 year 9 months

    Education

    Each week, I dedicated three hours to building relationships with local elementary school students in order to further their academic growth. I would instruct students on subject areas across the board which allowed me to define my conflict resolution skills in difficult situations as well as improve my communication abilities.

Publications

  • The Effects of Biochar on Drying of Clay-like Soils

    Drying of soil is a simple yet crucial concept. This experiment investigates the effect of biochar, a carbon product that has great nutrient retaining capabalities, on the drying of clay-like soils. Throughout the experiment, constant proportions of soil and water are tested with varying amounts of 250+ micrometer biochar. These substances were placed in individual 50 mL or 100 mL cylinders with differing widths and left to dry over a long period of time. Each day all cylinders were massed and…

    Drying of soil is a simple yet crucial concept. This experiment investigates the effect of biochar, a carbon product that has great nutrient retaining capabalities, on the drying of clay-like soils. Throughout the experiment, constant proportions of soil and water are tested with varying amounts of 250+ micrometer biochar. These substances were placed in individual 50 mL or 100 mL cylinders with differing widths and left to dry over a long period of time. Each day all cylinders were massed and the values recorded. Some tests were run for the purpose of securing more definitive results with larger quantities, while others were utlized to observe layering and the drying process of the substance in more detail.The results from these tests concluded that the addition of biochar increased the water evaporation rate, sometimes doubling the amount of water evaporated. It was also noted that biochar helped distrubute the water throughout the soil, as evidenced by the observations of cylinders lacking biochar, where water would aggregate and collect on the surface. Further research is needed to conclude if there is a critical proportion of biochar that may instigate a drastic change in evaporation. The general understanding is that if biochar is added to soil, then water is distributed much more thoroughly, consequently causing the water to evaporate at a faster rate. This could negatively or positively affect plants and other organisms depending on the environment.

    See publication
  • Biomimetic Surfaces and Water Collection

    Recently, a new use of biomimetic substances (substances that copy nature) has been discovered, an example being the “Groasis Waterboxx,” which collects water in humid environments. The purpose of this experiment was to create a biomimetic substance that would recreate a superhydrophobic surface that would collect water in humid environments. The majority of this study focused on reproducing the water resistent surface of rose petals. Using multiple materials including silicone elastomer…

    Recently, a new use of biomimetic substances (substances that copy nature) has been discovered, an example being the “Groasis Waterboxx,” which collects water in humid environments. The purpose of this experiment was to create a biomimetic substance that would recreate a superhydrophobic surface that would collect water in humid environments. The majority of this study focused on reproducing the water resistent surface of rose petals. Using multiple materials including silicone elastomer, thermoplastic polymer, PerfectCast molding product, clay, Sculpey clay, Softee Dough, and Elmer’s Tack, the researcher made multiple molds, mostly in a funnel shape, of the rose petal surface. These were tested for their ability to collect water in a humid glass terrianium. After multiple failed designs, eventually some water was collected. Also, using the same substances above, small circular samples were made and tested to see how a water droplet would respond on each surface. The areas of the water droplets were recorded and compared. Finally, strips were made from these same substances and were tested to see at which angle a water droplet would roll down its surface.

    See publication

Patents

  • GE Aviation: Industrialization of Additive Manufacturing

    Filed US Pending

Projects

  • Solar Backpack

    Over the course of several months, this project has developed from a theoretical investigation of alternative energy sources to a physical application. This project consists of a backpack that holds a linear electromagnetic device that captures kinetic energy from walking, as well as a flexible solar panel, both of which feed to a battery pack which then powers a USB charging station. The creation of this backpack has involved skills such as soldering and extensive electrical circuitry…

    Over the course of several months, this project has developed from a theoretical investigation of alternative energy sources to a physical application. This project consists of a backpack that holds a linear electromagnetic device that captures kinetic energy from walking, as well as a flexible solar panel, both of which feed to a battery pack which then powers a USB charging station. The creation of this backpack has involved skills such as soldering and extensive electrical circuitry knowledge. This project groups meets twice a week to accomplish short and long term goals with the end goal being that we can produce and sell our device.

    See project

Honors & Awards

  • 2017 George A. Roberts Scholar

    American Society for Metals

    The George A. Roberts Scholarship award provides $6,000 towards educational expenses for one academic year. It is awarded to an outstanding undergraduate student who demonstrates exemplary academic and personal achievements, interest and potential in metallurgy or materials science and engineering, as well as financial need. The scholarship was established in 1995 by ASM Past President Dr. George A. Roberts to help further the education of students serving as role models in the field.

  • Forging Industry Women's Scholarship

    Forging Industry

    Established and endowed by a gift from Sharon P. Haverstock and contributions from the forging industry, the Forging Industry Women's Scholarship program was set up to financially help talented women students become aware of, work towards and experience the many leadership opportunities that a career in manufacturing and the forging industry holds. This scholarship is looking to reward the best and brightest women who have the desire and potential to reach executive or senior leadership levels.

  • GE Women's Network Scholarship

    Society of Women Engineers

    Awardees are chosen by the Society of Women Engineers Scholarship Selection Committee who reviewed
    over 1,800 applications this year and selected students who demonstrated outstanding academic achievement as well as strong engineering potential.

  • International Symposium on Superalloys Scholarship

    The Minerals, Metals and Materials Society (TMS)

    Two $2,000 scholarships with up to $250 for each awardee in travel reimbursements, are available to undergraduate and graduate students majoring in metallurgical and/or materials science and engineering with an emphasis on all aspects of the high-temperature, high-performance materials used in the gas turbine industry and all other applications.

  • STEM Bridge Scholarship

    Virginia Space Grant Consortium

    Given to high achieving second year students pursuing a degree in one of the many STEM fields at a university within Virginia, in order to further their interest in that area and gain exposure to aerospace opportunities.

  • Davenport Leadership Scholarship

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    This scholarship is awarded to high acheiving and diverse students pursing undergraduate engineering degrees.

  • GE Star Scholarship

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    Awarded to incoming freshmen who exhibit a passion towards engineering and are excellent and well rounded students.

  • Presidential Campus Enrichment Grant

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    This scholarship is awarded to students in the hopes that they act as liaisons for the entire school to promote and increase diversity on campus.

  • University of Notre Dame Leadership Seminar

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    This was a 10 day immersion experience where we were taught extensively on the topics of science, ethics and responsibility.

  • "Real Steel" Marketing Video Challenge

    American Institute of Steel and Technology

    Awarded based on the creation of a brief video showcasing environmnetal advancements within the steel industry.

Languages

  • English

    Native or bilingual proficiency

Organizations

  • Female Engineering Leadership Recruitment

    Founder

    - Present

    As a founding member of this organization, it is our goal to increase the number of women studying engineering at Virginia Tech, through various support and recruitment efforts, such as sending hand written postcards to every female accepted into the College of Engineering. I help shape the form and focus of our efforts and staff our postcard events.

  • Materials Engineering Professional Society

    President

    - Present

    As the current President, I support all of the chairs through event planning and staffing, as well as I oversee the strategy and growth of the chapter. I also am the liason from the department to the student body and help to communicate areas of need or opportunity for wholistic student development. As the past Outreach Coordinator and Class of 2018 Representative, I planned several events to stimulate members through service and education, in addition to assisting the organization as a whole…

    As the current President, I support all of the chairs through event planning and staffing, as well as I oversee the strategy and growth of the chapter. I also am the liason from the department to the student body and help to communicate areas of need or opportunity for wholistic student development. As the past Outreach Coordinator and Class of 2018 Representative, I planned several events to stimulate members through service and education, in addition to assisting the organization as a whole to improve.

  • College of Engineering Dean's Team

    Engineering Open House Coordinator; Ambassador

    - Present

    As a College of Engineering Dean's Team member, I am responsible for hosting the Virginia Tech College of Engineering tours that occur on a weekly basis, as well as going above and beyond to truly connect and engage a student with my university. As the Engineering Open House coordinator, I will successfully plan and execute a day long event for 500+ prospective students, by leading a planning committee and managing scheduling prior to the event.

  • Society of Women Engineers

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    - Present

    As President, I coordinate the efforts of all of the SWE officers in providing members with value added events such as general body meetings, social events, outreach activities and professional development sessions. I also oversee the strategic growth of the section as the society changes and the network of female engineers increases. As the past vice president, I coordinated all of the general body meetings for the organization, by incorporating relevant topics for our members and corporate…

    As President, I coordinate the efforts of all of the SWE officers in providing members with value added events such as general body meetings, social events, outreach activities and professional development sessions. I also oversee the strategic growth of the section as the society changes and the network of female engineers increases. As the past vice president, I coordinated all of the general body meetings for the organization, by incorporating relevant topics for our members and corporate participation. I aslo took on additional responsibliities to continually improve our organization. As a past SWE Future Leader, I communicated with other rising leaders within SWE on a monthly biases to become more familiar with the organization and my future involvement. We attended the Colligeate Leadership Institute at WE18. As the past SEC and SGA representative, I attended the weekly general assembly meetings of each organization and acted as the liaison between SWE and the other organizations. This includes spreading awareness of campus events to SWE members as well as notifying others about SWE events.

  • Center for the Enhancement of Engineering Diversity: Hypatia

    Mentor and Service-Learning Committee Member

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    As an incoming freshmen, I participated in Hypatia, the all-female engineering living-learning community, which aided my development academically, professionally and socially. This year, I will being meeting with 5-10 of the incoming Hypatia members weekly, with the goal of guiding them through their first semester in engineering through the formation of a mentoring relationship. In addition to this responsibility, I contribute to the planning of volunteer opportunities for Hypatia members…

    As an incoming freshmen, I participated in Hypatia, the all-female engineering living-learning community, which aided my development academically, professionally and socially. This year, I will being meeting with 5-10 of the incoming Hypatia members weekly, with the goal of guiding them through their first semester in engineering through the formation of a mentoring relationship. In addition to this responsibility, I contribute to the planning of volunteer opportunities for Hypatia members through the service learning committee.

  • Residence Hall Federation Hall Council

    Executive Vice President of Programming

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    As the Executive Vice President of Programming, I assist the president in the planning and execution of all Lee Hall Council events. This includes submitting the necessary paperwork to secure the venue and items needed for the event. Furthermore, I participate in the weekly meetings and aid in the improvement of our processes and internal operations. Last year, as the Co-VP of Ut Prosim, I contributed to weekly meetings as well as I planned service activities and projects for residents of my…

    As the Executive Vice President of Programming, I assist the president in the planning and execution of all Lee Hall Council events. This includes submitting the necessary paperwork to secure the venue and items needed for the event. Furthermore, I participate in the weekly meetings and aid in the improvement of our processes and internal operations. Last year, as the Co-VP of Ut Prosim, I contributed to weekly meetings as well as I planned service activities and projects for residents of my hall to participate in.

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