Co-op #1: Research
Research Assistant in Electrical Engineering Lab May 2015 - Aug 2015
University of Cincinnati, Cincinnati, OH
Brief Project Description
The key goal of the project is to develop biosensors for sequence specific nucleic detection in handheld, portable devices. This will have wide-spread applications in the field from cancer detection (sensing presence of cancerous cells in DNA) and genetic disorder diagnostics (knowing if a disability is developing) to food pathology (detecting pathogens and germs in food and water) and forensic science (determining presence of a person's DNA while still at crime scene). The project uses nanotechnology and conductance change to develop the biosensors.
My Role
I simulated the nano pore in MATLAB and varied parameters to optimize nanopore performance, by obtaining values that allow for unambiguous detection of whether the target DNA is present. I also created models for each parameter case to provide visual representation for the MATLAB simulation.
Professional & Personal Take-Aways
University of Cincinnati, Cincinnati, OH
- Conducted research on resistive pulse sensing in nano-pore devices for DNA detection
- Used MATLAB to simulate behaviors of a nano-pore
- Varied nano-pore parameters to predict the behavior
- Assisted project mentor in completing research for a project
- Presented data from research to peers and faculty
- Wrote internal summary paper on gathered data and results
- Attended workshops to enrich knowledge in field
Brief Project Description
The key goal of the project is to develop biosensors for sequence specific nucleic detection in handheld, portable devices. This will have wide-spread applications in the field from cancer detection (sensing presence of cancerous cells in DNA) and genetic disorder diagnostics (knowing if a disability is developing) to food pathology (detecting pathogens and germs in food and water) and forensic science (determining presence of a person's DNA while still at crime scene). The project uses nanotechnology and conductance change to develop the biosensors.
My Role
I simulated the nano pore in MATLAB and varied parameters to optimize nanopore performance, by obtaining values that allow for unambiguous detection of whether the target DNA is present. I also created models for each parameter case to provide visual representation for the MATLAB simulation.
Professional & Personal Take-Aways
- Successfully operated in a professional, technical workplace
- Learned basic COMSOL
- Presented research completed to research faculty in college
Co-op #2: International Exchange-South Korea
Korea University (KU) & Sogang University, Seoul, South Korea Feb 2016-July 2016
Description
I lived in South Korea for 6 months as an exchange student in 2016. In Spring 2016, I attended Korea University and gained degree credits taking Electronics I & Signals & Systems I. While there, I also took a language class taught in Korean, improving my language skills. During Summer 2016, I completed a Korean language intensive program for 5 weeks, where I took 3 classes taught in Korean.
- Completed Electronics I, Electronics I Lab, & Signals and Systems I at KU
- Completed Korean-taught language curriculum at both universities
- Built interpersonal relationships with students from all over the world
- Maintained intermediate knowledge of Korean
Description
I lived in South Korea for 6 months as an exchange student in 2016. In Spring 2016, I attended Korea University and gained degree credits taking Electronics I & Signals & Systems I. While there, I also took a language class taught in Korean, improving my language skills. During Summer 2016, I completed a Korean language intensive program for 5 weeks, where I took 3 classes taught in Korean.
Co-op #3: Standex-Meder Electronics
Electrical Engineer Co-op May 2017-August 2017
Standex-Meder Electronics, Cincinnati, OH
Standex-Meder Electronics, Cincinnati, OH
- Validating design and test procedures
- Optimizing device operation and reliability
Winter Break: China Trip
Chongqing University, Joint Co-op Institute Dec 2016
Description
Traveled to China with Engineering Diplomats under the Joint Co-op Institute (JCI), with the purpose of strengthening the partnership between our university. Over 8 days, I traveled to Beijing, Chongqing, and Xi'an, experiencing the culture of China. Additionally, I met with students & faculty from CQU to gather information to further develop the Engineering Diplomats organization.
- Traveled to China as liaison of JCI Engineering Diplomats
- Strengthened partnership between UC and CQU
- Gathered data to use for senior design program development
Description
Traveled to China with Engineering Diplomats under the Joint Co-op Institute (JCI), with the purpose of strengthening the partnership between our university. Over 8 days, I traveled to Beijing, Chongqing, and Xi'an, experiencing the culture of China. Additionally, I met with students & faculty from CQU to gather information to further develop the Engineering Diplomats organization.