For DonorsFor Applicants
user profile avatar

Madison Aaron

2,665

Bold Points

1x

Finalist

Bio

I am an incoming freshman at Anderson University in Indiana to pursue a dual major of Civil and Humanitarian Engineering. My career goal is to research technologies like Hydrothermal Oxidation, Piezoelectrics, and 3D printed housing to innovate new systems to reduce the effects of poverty. I want to work for a group such as Engineers Without Boarders or Peace Crops to help spread equity around the world through my creations. I also plan to be a part of Anderson's Tri-S, their Study, Serve, and Share travel program. I will be running on for Anderson's track and cross-country teams.----- In high school, I strived to earn a 4.26 GPA and 3rd in class rank in my high school graduation class. I devote my time to volunteer work in my community. I was also involved in National Honor Society, STEM Team, Future Business Leaders of America, Board Game and Chess Club, Future Farmers of America, and was a runner for my school's cross country and track teams.

Education

Anderson University (IN)

Bachelor's degree program
2024 - 2028
  • Majors:
    • Civil Engineering

Clarion-Limestone Area Jshs

High School
2018 - 2024

Miscellaneous

  • Desired degree level:

    Bachelor's degree program

  • Graduate schools of interest:

  • Transfer schools of interest:

  • Majors of interest:

    • Engineering, Other
    • Mechanical Engineering
    • Civil Engineering
    • Environmental/Environmental Health Engineering
  • Not planning to go to medical school
  • Career

    • Dream career field:

      humanitarian engineering

    • Dream career goals:

      Humanitarian Engineer

    • waitress

      Liberty House Restaurant
      2022 – Present2 years

    Sports

    Track & Field

    Varsity
    2021 – 20243 years

    Awards

    • varsity letter

    Cross-Country Running

    Varsity
    2020 – Present4 years

    Awards

    • varsity letter
    • Captain

    Research

    • Energy Systems Engineering

      Powering Pittsbrugh Steelers' STEM project — Team Leader
      2023 – 2024
    • Energy Systems Engineering

      Pennsylvania Govenor's STEM Challenge — Team Leader
      2022 – 2023
    • Energy Systems Engineering

      Powering Pittsburgh Steeler's STEM project — Team Leader
      2022 – 2023

    Arts

    • Mechanical drawing class

      Architecture
      Portfolio; CAD floorplan drawing, CAD elevation drawing, architectural miniature model
      2021 – 2024
    • Wood Shop

      Design
      folding stool, lamp, clock, geometric cutting board, butterfly automata, nightstand, birdhouse, charging station, shoe rack
      2018 – 2024
    • Powering Pittsburgh Steelers STEM project

      Architecture
      Powering Pittsburgh Steelers STEM program
      2022 – 2024
    • Introduction to Piano Class

      Music
      Performance Friday
      2020 – 2021
    • PMEA Bandfest

      Music
      Performance at Keystone High School
      2017 – 2018
    • FFA Miniature Landscape Contest

      Design
      pictures of model, graphic renderings, and plant information sheet, 1st place award
      2020 – 2021
    • Penn State Architecture and Landscape Architecture Camp

      Architecture
      pictures of models and sketches, recieved scholarship
      2021 – 2021

    Public services

    • Volunteering

      National Honor Society — Vice president
      2020 – Present
    • Volunteering

      Clarion-Limestone Class Reunion Tours — tour guide
      2019 – 2022
    • Volunteering

      Benefit Dinner for Mr. Kifer — hostess
      2021 – 2021
    • Volunteering

      Brookville Art in the Park — helper
      2021 – 2021
    • Volunteering

      Student Council — 7th grade representative
      2018 – 2019
    • Volunteering

      Key Club — member
      2019 – 2020
    • Volunteering

      United Presbyterian Women's Group — member
      2014 – 2019

    Future Interests

    Advocacy

    Volunteering

    Philanthropy

    Entrepreneurship

    JJ Savaunt's Women In STEM Scholarship
    Combining both aspects of my life as a Christian and future engineer confuses and frustrates me. I've been informed that to be a Christian I must dismiss evolution as an explanation for the creation of life, hold that the Bible is the completely accurate Word of God, and believe creationism is the way the world was formed. Being an engineer, I follow scientific facts to make analyses. I constantly battle spiritual warfare. I want to love God and the gifts He has given me, but do I dishonor Him through my doubts I create from scientific data. Last year, I began my journey with God. It may be my curse or blessing that I make decisions and beliefs on factual evidence, which is the opposite of blind faith of Christians. I am attending Anderson University, a Word of God University, for a dual major of Civil and Humanitarian Engineering. I loved this university for many reasons including exploring and growing in my faith, which the professors incorporate into their classrooms even in STEM courses. I hope to gain the information I need to give my full faithfulness towards God. I may be wrong in my thought process of how the world started but I am putting myself in a community that will guide me. So, if humans can make Artificial Intelligence that can evolve to make the most efficient versions of themselves, what is the difference to say that God made Adam and Eve in his image; and ever evolving intelligence. Humanity could have started as monkeys but God had his plan for the people we’d become today and into the future. Could he have made us evolving creatures to last the passing and changing of the times? And to address even the possibility of God existing, Sheldon Cooper from the show Young Sheldon sums up everything I feel, “Did you know that if gravity were slightly more powerful, the universe would collapse into a ball? It’s just that gravity is precisely as strong as it needs to be, and if the ratio of the electromagnetic force to the strong force wasn’t 1%, life wouldn’t exist. What are the odds that would happen all by itself? The precision of the universe at least makes it logical to conclude there’s a creator.” I understand and have read passages of the Bible reminding Christians, God is about blind faith. I know this will take time for me to personally reach this point, but I am putting in the effort and I know I have a community helping guide me. When I began my journey with Christ, I was brought back to one of the first sermons I can remember, Luke 3:11, “He who has two coats, let him share with him who has none; and he who has food, let him do likewise.” During the time with the children, my pastor explained to us this verse was about generosity and that we’ve been given many gifts from God. This included material items such as our coats but also intangible gifts such as friendship and kindness that we could also share. I kept the message of glorifying God and His gifts in mind when I chose Humanitarian Engineering. In this field, I will create water systems, design shelters, write grants, and many other tasks to help impoverished communities. While I and humanity may never truly know how the world began, I know the world will keep evolving and I will evolve in my faith where I will honor Christ through my work and my life.
    Elevate Women in Technology Scholarship
    The most effective approach to improve the world is through the development of technology that addresses worsening societal issues and produces new, innovative benefits for society. Poverty is one of the biggest challenges facing humanity, and renewable resources are among the fastest growing industries in our world today. There is a technology, called hydrothermal oxidation, that can perform both of these functions. This technology applies high pressure and temperature to sewage, a substance that is persistently ruining the environment, to convert it into renewable energy, clean water, and sellable by-products. This auto-thermal, odorless system breaks the bonds in the waste water so that it can combine with oxygen to create new unreactive molecules such as water, carbon dioxide, and nitrogen. This technology can be used in a low income neighborhood to make a completely self-sufficient community. Sewage no longer needs to be handled as it is used in the system and its products of water and electricity fulfill the other utilities. It has the ability to produce up to 50 megawatts daily which according to ecowatch’s data can supply about 8200 homes. The water and electricity produced in this system can be reused in the community or sold for profit. Carbon dioxide can be sold to pop manufacturers and nitrogen can be used and sold for fertilizer. Not only does it help communities and is another clean source of electricity, it also helps the environment as it keeps this sewage out of our rivers and landfills. One set of this technology can process 50 tons of sewage. It is also more versatile than normal sewage processors since it can process wastewater that is too dilute to incinerate or too concentrated or toxic for biological treatment. The process is an on-site treatment so it also reduces the use of transportation which reduces the amount of greenhouse gasses released. Given how useful hydrothermal oxidation is in so many aspects of our life, it is a remarkable technological advancement. I was actually inspired to study humanitarian engineering because of this technology, which allows me to assist underprivileged people all around the world. Despite the fact that this technology has existed for a couple decades, no one has used it to aid the underprivileged or to consider the global advantages it could offer. I'm motivated to use my career in STEM to create and use new technology, like hydrothermal oxidation, to aid the underprivileged.