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Hi, I’m Adi Maskil, a Computer Science student specializing in Deep Learning. I build and optimize advanced machine learning models, analyze data, and develop algorithms. I am proficient in Python, C++, Matlab, C, and Java, and I thrive in both development and research environments. I am continually expanding my theoretical and practical knowledge in machine learning to contribute to cutting-edge tech projects. Recently, I collaborated with Qarakal Quantum on an R&D project to optimize calibration arrays using AI. I designed a deep learning solution for automated verification of calibration results and analyzed quantum sensor signals to validate Rabi oscillations in noisy data, experimenting with architectures such as LSTM and CNN to improve calibration integrity. My goal is to deliver precise, reliable AI-driven outcomes in real-world systems.…Hi, I’m Adi Maskil, a Computer Science student specializing in Deep Learning. I build and optimize advanced machine learning models, analyze data, and develop algorithms. I am proficient in Python, C++, Matlab, C, and Java, and I thrive in both development and research environments. I am continually expanding my theoretical and practical knowledge in machine learning to contribute to cutting-edge tech projects. Recently, I collaborated with Qarakal Quantum on an R&D project to optimize calibration arrays using AI. I designed a deep learning solution for automated verification of calibration results and analyzed quantum sensor signals to validate Rabi oscillations in noisy data, experimenting with architectures such as LSTM and CNN to improve calibration integrity. My goal is to deliver precise, reliable AI-driven outcomes in real-world systems.

Adi Maskil

Data Scientist, AI Engineer, Full Stack Developer, +2

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Hi, I’m Adi Maskil, a Computer Science student specializing in Deep Learning. I build and optimize advanced machine learning models, analyze data, and develop algorithms. I am proficient in Python, C++, Matlab, C, and Java, and I thrive in both development and research environments. I am continually expanding my theoretical and practical knowledge in machine learning to contribute to cutting-edge tech projects. Recently, I collaborated with Qarakal Quantum on an R&D project to optimize calibration arrays using AI. I designed a deep learning solution for automated verification of calibration results and analyzed quantum sensor signals to validate Rabi oscillations in noisy data, experimenting with architectures such as LSTM and CNN to improve calibration integrity. My goal is to deliver precise, reliable AI-driven outcomes in real-world systems.…Hi, I’m Adi Maskil, a Computer Science student specializing in Deep Learning. I build and optimize advanced machine learning models, analyze data, and develop algorithms. I am proficient in Python, C++, Matlab, C, and Java, and I thrive in both development and research environments. I am continually expanding my theoretical and practical knowledge in machine learning to contribute to cutting-edge tech projects. Recently, I collaborated with Qarakal Quantum on an R&D project to optimize calibration arrays using AI. I designed a deep learning solution for automated verification of calibration results and analyzed quantum sensor signals to validate Rabi oscillations in noisy data, experimenting with architectures such as LSTM and CNN to improve calibration integrity. My goal is to deliver precise, reliable AI-driven outcomes in real-world systems.

Available to hire

Hi, I’m Adi Maskil, a Computer Science student specializing in Deep Learning. I build and optimize advanced machine learning models, analyze data, and develop algorithms. I am proficient in Python, C++, Matlab, C, and Java, and I thrive in both development and research environments. I am continually expanding my theoretical and practical knowledge in machine learning to contribute to cutting-edge tech projects.

Recently, I collaborated with Qarakal Quantum on an R&D project to optimize calibration arrays using AI. I designed a deep learning solution for automated verification of calibration results and analyzed quantum sensor signals to validate Rabi oscillations in noisy data, experimenting with architectures such as LSTM and CNN to improve calibration integrity. My goal is to deliver precise, reliable AI-driven outcomes in real-world systems.

Skills

Experience Level

Expert

Expert

Expert

Expert

Expert

Expert

Expert

Expert

Intermediate

Work Experience

Final Project R&D (collaboration with Qarakal Quantum) at Qarakal Quantum

January 1, 2026 - Present

Conducted applied R&D to optimize calibration arrays using Artificial Intelligence. Developed a Deep Learning model for Automated Verification of calibration results, designed to replace complex manual control mechanisms. Analyzed signals from quantum sensors to identify and validate Rabi Oscillations in noisy data, exploring architectures (e.g., LSTM/CNN) to assess calibration integrity. Personal contribution included developing a customized deep learning model, experimenting with architectures, and performing performance analysis to drive precise system improvements.