About Me



I am a former Ph.D. candidate in physics who has transitioned into the field of data science. I have a deep passion for learning and continuously strive to expand my knowledge every day, whether it be in machine learning, deep learning, Python, or statistics. I firmly believe that, as limitless learners, there is no end to the pursuit of knowledge.

In addition to my professional interests, I am an enthusiastic social gamer. I enjoy simulating, analyzing, and comparing strategies, as well as collaborating with others to solve problems, complete tasks, and achieve progress as a team.

Currently, I am furthering my expertise in deep learning and machine learning, and trying different datascience projects. These projects reflect my commitment to applying my skills to real-world challenges and advancing my understanding of these domains.

About me

NLP

I love natural language processing. I apply text analytics to solve the mystery behind the words.

Machine Learning

I am passionate about learning the theory that is pushing the cutting edge of ML.

Deep Learning

I am passionate about learning different tools to obtain a good model for the dataset.

Parallel Computing

Hadoop, and Spark.

Collaboration

I enjoy working with team to create winning strategies, completing tasks.

Data Analytics

I love telling the story behind the numbers . Getting to the heart of a problem and coming up with a solution.


Databases (SQL) - 3

Python - 4

NLP (Scikit-learn) - 4

Deep Learning (TensorFlow) - 3

Spark - 2

Teaching / Presenting - 3

Statistical Methods - 4

Visualization (Matplotlib / Plotly) - 4



My Projects

Take a look some of my works.

Backpack Prediction with StackingRegressor

Making analysis for backpack with different brands and features, and making model for price prediction using Backpack Data. Model uses combinations of several models, CATboostRegressor, LGBMRegressor, XGBRegressor with their optimal parameters from OPTUNA and linear regressor as meta learner.

Sticker Sales LGBM

Sticker sale prediction using Forecasting Sticker Sales Data and LGBMRegressor with optimized parameters from OPTUNA.

Metacritic Content Based Game Recomendation

Making content based recomendation system with combinations of cosine similary and Euclidean distance formula by using game data Metacritic Games 1995-2024. Data collected from metacritic with code Metacritic Data Collect.

Metacritic Games Eda

Exploratory data analysis and data cleaning for Metacritic Games 1995-2024 data.

Metacritic Data Collect

BS4 code for collecting data from metacritic. Code collects all games for all platforms, but it can be easily modified for specific searches.

NYC Restaurants EDA/ Analysis, Recommendation System

Exploratory data analysis, data cleaning and basic collaborative filtering restaurant recomendation system for NYC Restaurants Data - Food Ordering and Delivery data.

Fantasy Basketball Optimized Draft Helper

Filtering players according to their roles, picking and grouping players in pick range. Comparing groups to find one with best composition.

American Sign Language CNN

Classification of images of American Sign Language with CNN model, American Sign Language Dataset and augmented forms of images are used for both training and testing.

Mental Health Sentiment Analysis Multi-channel CNN

Exploratory data analysis, NLP and sentiment analysis by using multi-channel CNN for Sentiment Analysis for Mental Health Data.

Sentiment analysis with Hepsiburada comments

Sentiment analysis with comments collected from pre selected TWS products at Hepsiburada.com.

Text Summarization

Code for Turkish text summarization. Code generate extraction of given text via using TextRank alagorithm and FastText vord data.

Google_finance

Code that allows you to use Google Finance via python, also allows you to use both Yfinance and GoogleFinance. For some reasons, yfinance returns empty data one one day data, code tries yfinance, in the absence of data uses Google Finance.

Halka Arz

Collecting data for symbols being IPO in 2 years, making analysis and creating model using statsmodel and backward elimination to find initial count of hype days.

Sepet

Collecting data for symbols which are active in given sector area, finding optimal pick of group of symbols with optimal weights that aims high gain and low risk.

Stock Price Prediction

Collecting data for symbols, and after some filtering calculations predicting price of filtered stocks with using MonteCarlo and LSTM.

A solution to the de Sitter swampland conjecture versus inflation tension via supergravity

The methods of supergravity allow us to derive a multi-field F-term potential. Using this, we denote a generic and non-positive single-field F-term potential. We insert our theory into the scalar-gravity part of the (2,1|1) invariant superconformal action. That action leads us to a de Sitter solution at the inflationary trajectory. One can denote stabilization of fields in terms of the Kähler kinetic terms and single-field slow-roll inflation parameters. We combine these with the de Sitter swampland conjecture to generate a bounded conjecture. This approach allowed us to show that the single field slow-roll inflation works in harmony with bounded de Sitter conjecture for any concave inflation potential.

Off-shell N=(1, 0) linear multiplets in six dimensions

We provide a tensor calculus for n-number of N=(1, 0)linear multiplets in six dimensions. The coupling of linear multiplets is encoded in a function F_ij that is subject to certain constraints. We provide various rigid and local supersymmetric models depending on the choice of the function F_ij and provide an interesting off-diagonal superinvariant, which leads to an R^2 supergravity upon elimination of auxiliary fields.

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