Dominic Ktori
London, UK | - |-| linkedin
Education
Physics: Integrated Masters with Honours
Sep 2017- Jun 2022
University of Hull
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Hull
Grade: First Class degree with Honours: 83%. Awarded: MPhys Finalist of The Year, for “excellent performance.”
Experience
Quantitative Researcher
Aug 2024 - Present
Quant Trading Consultancy
London
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Designed and implemented MFT arbitrage algorithm strategies for Crypto Spot & Futures. Backtested on 8 years
of historical data, incorporating latency, slippage, and transaction fees.
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Developed smart contracts enhancing security on the Ethereum blockchain for DeFi trading strategies.
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Built robust SQL data pipelines to feed algorithmic trading models.
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Developed Tableau client-facing dashboards and presentations.
Data Analyst
May 2023 - Aug 2024
Malaberg
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London
Successfully traded over £1.4 million in revenue at a 49% ROI.
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Developed and executed trading strategies leveraging game theory principles, such as exploiting competitor
downtime, increasing weekly ROI by up to 50%.
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Performed lasso linear regression on internal metrics to optimize strategies, reducing costs by up to 30%.
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Utilized Power BI and Excel to analyze datasets, delivering audience insights and financial reports.
AI and Algorithms Research Internship
May 2023 - Aug 2023
University of Hull
Hull
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Successfully created a fault isolation system for commercial buildings using an LSTM neural network.
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Utilised Pandas, NumPy for data wrangling and applied principal component analysis for dimensionality reduction.
Deployed models on Google Cloud for scalable processing and evaluation.
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Projects & Research
Jane Street Market Data Forecasting Kaggle Competition
Nov 2024 - Jan 2025
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Ensembled 7 LightGBM neural networks to forecast key features from Jane Street’s anonymized market data.
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Designed and implemented an autoencoder to reduce dataset dimensionality, enhancing model performance by 60%.
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Utilised Polars, Panda and Numpy for data wraggling and Optuna for automated fine-tuning of LightGBM
hyperparameters.
Statistical Arbitrage: Neural Network Cointegration Strategy
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Developed an LSTM-driven cointegration statistical arbitrage strategy in Python, utilizing TensorFlow and Keras.
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Backtested on 5 years of historical market data, achieving an annualized return of 17% & Sharpe ratio of 2.4.
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Optimized model by fine-tuning features, reducing false signals by 13%
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Implemented risk management protocols, including stop-loss mechanisms, limiting maximum drawdown to 6%.
Machine Learning Exoplanet Research Project
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Research project to predict exoplanet properties, using Bayesian model selection across linear, polynomial, and
exponential regression: Achieved 90.6% predictive accuracy.
Skills Summary: : Python (NumPy, Pandas, Matplotlib, TensorFlow, Keras), Jupyter, SQL, Power BI, Tableau, Excel,
Machine learning: Neural Networks, Supervised/Unsupervised Learning, Regression Analysis, Git, Github, LaTeX.