Featured Member: Tiana Cofer on HBCU CONNECT!

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Tiana Cofer
Office & Admin Student Trainee, Federal Aviation Administration
Joined: Aug 26th, 2021

About (request update)

I am currently a junior at Nevada State University. I am studying for a B.S. in Data Science with a minor in Business Administration. My career interests lie in data science, business analysis, and ux design. I am interested in internships/jobs related to the fields of Information Systems Specialist, Business Analyst, UX Researcher, and others.

Current Whereabouts:

I enjoy traveling, reading, baking, and participating in undergraduate research over the summer.

Life & Professional Aspirations:

I have career interests in Data Analytics, Cybersecurity, and Business. I plan on pursuing a master's degree in the near future upon finishing my undergraduate degree.

Website:

https://www.linkedin.com/in/tiana-c-a86733237/

Education (request update)

- College Not Listed - class of 2026

Undergrad Major: Data Processing

Experience

I currently work with Federal Aviation Administration as Office & Admin Student Trainee
I have 2 years of experience working in the Computers, Software industry.

Office and Admin Student Trainee | Federal Aviation Administration
From June 2024 to August 2024 • 0 year(s)
I shadowed air traffic controllers to learn their daily processes, and toured the Flight Standards Duty Office to learn about management and General Aviation. In addition, I visited Henderson and Nellis towers to learn about local airspace responsibilities. I also participated and completed a capstone project with fellow interns to propose solutions to increase employee retention in the AIR unit.

Undergraduate Student Researcher | Nevada iSurf INBRE
From May 2023 to December 2023 • 0 year(s)
Created a research poster about a high throughput machine learning model's ability to accurately predict if a fluorescent nanoparticle is moving in one uniform direction, or in a random pattern. This is known as having drift or no drift. Research was conducted over a period of eight months via fluorescent and confocal microscopy. 500 nanometer particles were placed in a solution of 70% glycerin and 30% DI water on a microscope slide and looked at under the microscope.

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