Jackson Bean

About Me

Hi! My name is Jackson, and I am an Honors Computer Science & Engineering (CSE) and Theoretical Mathematics undergraduate at THE Ohio State University! This is my portfolio website which contains more information about my professional goals and personal interests, my skills I leverage to achieve said goals, some of the projects I am currently working on and have worked on in the past, and coursework I have completed. The latest version of my resume is included as well if you would like to contact me with any questions regarding my work!


More About Me

As stated above, I am currently working on getting my undergraduate degree (B.S.) in computer science and mathematics at THE Ohio State University, with a planned graduation date of May 2026. With this being said, I have learned a great deal from my time completing coursework and conducting research at Ohio State. I am incredibly interested and passionate about the analysis of algorithms with regards to machine learning and deep learning, and I would like to help find ways in which we can make artificial intelligence not only more time and resource efficient, but more robust and reliable as a tool people can work with.

I also have a deep interest in developing pedagogical methods to streamline education within mathematics, and I hope to start development on projects which will provide more targeted tools to students who may not have access to many resources for learning math in general. Some of my other hobbies I enjoy during my free time are weightlifting, trying new and delicious food, running, playing video games, and reading. Feel free to look at some of the projects I have been working on and contact me with the info included on my resume!


Primary Skills

C/C++

C/C++

Java Programming Language

Java Programming Language

Python

Python

HTML

HTML

CSS

CSS

JavaScript

JavaScript

Additional Relevant Skills

  • Microsoft Office Applications
  • Engineering Graphics
  • cadnano
  • Oscilloscope
  • Data Science
  • R (Programming Language)
  • XML/RSS
  • Discrete Mathematics
  • x86 Assembly Language
  • MATLAB
  • Technical Communication
  • Gel Electrophoresis
  • Spectrophotometry
  • Total Internal Reflection Fluorescence (TIRF) Microscopy
  • Jupyter Notebook (with Ohio Supercomputer)
  • Analog and Digital Circuit Development and Analysis
  • Predictive Statistics
  • GNU Debugger (GDB)
  • SolidWorks
  • Arduino
  • Cell Culture
  • Aseptic Technique
  • Health Data Management
  • Linux/UNIX
  • Personal Computer Building
  • Data Structures and Algorithms
  • Makefile

Projects

gel-sample

Band Intensity Quantification for Gel Electrophoresis

While working with the Nanoengineering and Biodesign Laboratory in analysis of DNA origami structures, I was tasked with optimizing a MATLAB program which would take a gel image as an input and output the relative concentrations of the DNA within the bands. Through the usage of MATLAB's image analysis toolboxes, I was able to form an iterative solution that provided quantitative results in terms of the origami concentrations.

checkers

George B. Moody PhysioNet Challenge

During the summer of 2023, I worked with the Ohio State University's Department of Biomedical Informatics as an undergraduate intern! I was tasked with using Python to write a program which would accurately classify a comatose patient's prognosis through machine learning. My model was trained off of general patient metadata along with EEG and ECG data obtained from the patient.

Challenge Description
robot

FEH Robot Project

For the second part of Ohio State's Honors Fundamentals of Engineering course sequence, I, along with three other team members, were tasked with building a robot which could navigate a predetermined course. On my end of the project, I was in charge of the programming of the robot. Utilizing C++, I was able to develop a script which allowed for the robot to adapt to different signals the course provided effectively. In the final competition at the end of the semester, our robot was a top 16 finisher out of 54 robots!

Check it Out

Coursework

Spring 2025

  • CSE 3901 - Project: Design, Development, and Documentation of Web Applications
  • CSE 3521 - Survey of Artificial Intelligence I: Basic Techniques
  • CSE 2431 - Systems II: Introduction to Operating Systems
  • MATH 4548 - Introductory Analysis II
  • STAT 4202 - Introduction to Mathematical Statistics II

Autumn 2024

  • CSE 2421 - Systems I: Introduction to Low-Level Programming and Computer Organization
  • CSE 2331 - Foundations II: Data Structures and Algorithms
  • MATH 4547 - Introductory Analysis I
  • STAT 4201 - Introduction to Mathematical Statistics I
  • CSE 2501 - Social, Ethical, and Professional Issues in Computing
  • MATH 1295 - Introductory Seminar

Spring 2024

  • CSE 2231 - Software II: Software Development and Design
  • CSE 2321 - Foundations I: Discrete Structures
  • ECE 2060 - Introduction to Digital Logic
  • MATH 3345H - Honors Foundations of Higher Mathematics
  • PHILOS 1332 - Ethics in the Professions: Introduction to Engineering Ethics

Autumn 2023

  • CSE 2221 - Software I: Software Components
  • ECE 2020 - Introduction to Analog Systems and Circuits
  • MATH 3607 - Beginning Scientific Computing
  • ENGLISH 2220 - Introduction to Shakespeare

Spring 2023

  • PHYSICS 1251 - E&M, Waves, Optics, Modern Physics
  • STAT 3450.01 - Basic Statistics for Engineers
  • PSYCH 1100H - Introduction to Psychology
  • CHEM 2520 - Organic Chemistry II
  • BIOMEDE 2800 - Anatomy for Engineers

Autumn 2022

  • MECHENG 2040 - Statics and Introduction to Mechanics of Materials
  • CHEM 2510 - Organic Chemistry I
  • CHEM 2540 - Organic Chemistry Laboratory I
  • BIOLOGY 1113H - Biological Sciences: Energy Transfer and Development
  • BIOMEDE 2000 - Introduction to Biomedical Engineering
  • BIOMEDE 2001 - Professional Development

Spring 2022

  • ENGR 1282.01H - Fundamentals of Engineering for Honors II - Robotics
  • ENGR 2367.01H - Technical Communication
  • ENGR 1196 - Minority Engineering Program Seminar
  • MATH 2415 - Ordinary and Partial Differential Equations
  • CHEM 1220 - General Chemistry II
  • THEATRE 2100 - Introduction to Theatre

Autumn 2021

  • ENGR 1281.01H - Fundamentals of Engineering for Honors I
  • MATH 2568 - Linear Algebra
  • CHEM 1210 - General Chemistry I
  • ENGR 1100.15 - Introduction to Ohio State and Engineering
  • ARTSSCI 1137.16 - First-Year Seminar

Resume

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