EWOR helps highly talented individuals build an impact-driven startup. During a highly selective 10-month program, fellows will get access to EWOR's award-winning platform, advice from billion-dollar founders, receive lectures from world-class leaders, and relevant introductions to over 100 affiliated investors.

Give mathematics classes to different age groups between 6-14. Currently, responsible for Algebra (7-8th Grade) and General mathematics (5th Grade) classes.

Research on the improvement of the Low-Energy Analysis Framework (LEAF) algorithm for O(10 MeV)-scale events in Hyper-Kamiokande. Implemented direction reconstruction in the likelihood and prepared the vertex-direction sequential fit. Generated Monte-Carlo samples with ROOT-based Water Cherenkov Simulation and did performance studies on the reconstruction using HK-MC. Supervisor: Prof. Thomas Mueller.

Credited research course of L'X (PRL), defended in front of a jury. Research in ADS-CFT correspondence, on 2dCFT and N = 4 SYM objects. Learned free field quantization, global conformal invariance, and conformal group in 2D. Constructed vertex operators, studied Calogero-Sutherland model and bosonization of WA_{k-1}-theories. Explored applications such as the 2D Ising Model and Coulomb-gas formalism. Supervisor: Prof. Didina Serban

Project on Photon identification by employing machine learning tools MVA & XGBoost. The project is developed in collaboration with Laboratoire Leprince-Ringuet and CERN. Supervisor: Prof. Matthew NGUYEN.

Participated in Hi!CKATHON 2023 on AI & Energy Sobriety. As team EnergySaver, we developed a machine learning model for estimation of annual energy consumption of buildings. We integrated this ML model into business with the app "enegy.Saver()" which helps users make their buildings more energy efficient. Awarded the Scientific Approach Award by Capgemini for physical model developed as feature engineering of our dataset. Attended five-week-long pre-hackathon training and learned about data science and its applications through the sessions by industry leaders such as Capgemini, L'Oreal, Schneider Electric, Total Energies.

Internship at Centre de Physique Théorique, supervised by Prof. Timothée Nicolas. MHD concepts like the Shafranov shift were discussed. The transport phenomena in Tokamaks have been studied. The adiabatic Tokamak compression was investigated with Furth-Yoshikawa scaling. With this theoretical framework, the contemporary designs of some commercial companies have been analyzed. A phenomenon that affects the efficiency of ATC reactors has been enlightened.

As one of the non-public data accessors of the Murchison Widefield Array and the All-Sky Virtual Observatory, I independently conducted research about the Epoch of Reionization and developed simulations for the Early Universe. This project is a numerical approach to my previously-developed theoretical models.

Attended the national science olympiad program for physics conducted by the Scientific and Technological Research Council of Turkey consists of 4-staged selection process. Selected for the national team for International Physics Olympiads.

Took courses that cover a topic range of Data Science, Programming, Descriptive Statistics, and Conducting Research. Completed a small-scale case study for modeling the COVID-19 spread. A completion project prepared on simulation tools for Epoch of Reionization studies.

Attended astrophysics courses given by Prof. Gerceida Jones through group sessions. Conducted astrophysics research on the Epoch of Reionization (EoR) through individual sessions with the mentorship of Prof. Jones. The paper and research process were graded by him. My graduation GPA is 97.7/100.

6-week-long internship on astronomy & astrophysics. Joined a study group supervised by Prof. Faruk Soydugan as a research intern. The group mainly worked on the photometry of binary stars. Attended observations with A. Fahri Alicavus, the internship mentor assigned to me. As a completion project, discussed the methods of calculation of Hubble's parameter with binary stars and Cepheid variables.