Alexey Batrachenko
About Alexey Batrachenko
Alexey Batrachenko is a Senior Vice President and Quantitative Research Analyst at Two Sigma Investments, where he has worked since 2005. He previously served as a Research Assistant in Theoretical Physics at the University of Michigan from 1999 to 2005 and holds an M.Sc. in Theoretical Physics from Dnipropetrovs'kij Nacional'nij Universitet.
Current Role at Two Sigma Investments
Alexey Batrachenko holds the position of Quantitative Research Analyst and Senior Vice President at Two Sigma Investments. He has been with the firm since 2005, contributing to its quantitative research initiatives for 19 years. His role involves analyzing complex data sets and developing models to inform investment strategies. Two Sigma is known for its data-driven approach to investing, and Batrachenko's expertise plays a significant role in its research operations.
Previous Experience at University of Michigan
Before joining Two Sigma, Alexey Batrachenko worked as a Research Assistant in Theoretical Physics at the University of Michigan from 1999 to 2005. During his six years at the university, he engaged in advanced research projects, contributing to the academic community's understanding of theoretical concepts in physics. This experience provided him with a strong foundation in analytical thinking and quantitative analysis.
Educational Background in Theoretical Physics
Alexey Batrachenko earned his Master of Science degree in Theoretical Physics from Dnipropetrovs'kij Nacional'nij Universitet, where he studied from 1992 to 1997. This five-year program equipped him with a deep understanding of theoretical frameworks and mathematical techniques relevant to physics. His education laid the groundwork for his subsequent research and analytical career.
Early Education
Alexey Batrachenko attended Secondary School #23, where he completed his early education. This foundational education contributed to his academic pursuits in the field of science and mathematics, ultimately leading to his specialization in theoretical physics.