Ediz Ertekin Jr.
Current Status: Building
Thank you for stopping by, I hope you enjoy exploring my personal portfolio. Feel free to reach out to me if you have any questions.
Thank you for stopping by, I hope you enjoy exploring my personal portfolio. Feel free to reach out to me if you have any questions.
Hello! I would like to share a little about myself. My name is
Ediz Ertekin Jr., I am a recent graduate from UC Berkeley with a
Bachelor's degree in Computer Science and a minor in Data Science.
I am passionate about the intersection of technology and
mathematics, which inspired my academic journey and continues to
fuel my interest in exploring opportunities various fields
including machine learning, software development, and computer
vision.
In my free time, I enjoy practicing piano—a few of my favorite
pieces include Moonlight Sonata, River Flows in You, and
Dandelions by Ruth B. I also enjoy reading; currently, I'm reading
Deep Work by Cal Newport. Some of my all-time favorites include
Start with Why by Simon Sinek, Ready Player One by Ernest Cline,
and Zero to One by Peter Thiel. Additionally, I love traveling and
spending time outdoors, engaging in activities like hiking,
running, snowboarding, and cycling. If you are interested, click
the button below to view some of my photos from my travels.
The use of Large Language Models (LLMs) in hiring has led to legislative actions to protect vulnerable demographic groups. This paper presents a novel framework for benchmarking hierarchical gender hiring bias in Large Language Models (LLMs) for resume scoring, revealing significant issues of reverse gender hiring bias and overdebiasing.
The development of unbiased large language models is widely recognized as crucial, yet existing benchmarks fall short in detecting biases due to limited scope, contamination, and lack of a fairness baseline. SAGED(bias) is the first holistic benchmarking pipeline to address these problems. The pipeline encompasses five core stages: scraping materials, assembling benchmarks, generating responses, extracting numeric features, and diagnosing with disparity metrics.