Andrei Tsiatsiuyeu Email and Phone Number

The intersection of innovative data analytics and medical research has always fascinated me. I have always been intrigued by the enormous potential of data analytics in solving real-world problems, including medicine. I have already been fortunate enough to work with medical data sets in my previous projects, as seen in my work experience. I am excited about the prospect of combining my knowledge of data science with my passion for medicine. Experience: • Developed a strategy for short-term trading on Forex with a rate of profitable transactions 72–83%. On the link below you can review an example of the analysis of the optimal entry and exit points for the euro-dollar pair trading: https://colab.research.google.com/drive/1chGJKVIKXnq0U6mGwSNnJeujKaEMlHIA?usp=sharing • Analyzed and preprocessed loan data using Python's Pandas, scikit-learn, catboost libraries; developed a predictive model with an f1 score > 0.5 using a gradient boosting algorithm: https://colab.research.google.com/drive/1oYhNnvz9DKXn8bYmXbu6repS3fvF0Z-Q?usp=sharing• Advanced classification model for lung cancer prediction combined with data visualization techniques with an AUC over 0.8: https://colab.research.google.com/drive/1usv6FgwFS8pgophCf3J391YUB6B70lZa?usp=sharing Retraining (additional education) in data science: math, statistics, Python (Numpy, Pandas, Sci-Py, Scikit-Learn, Matplotlib, Seaborn); ML models developing.

- Developed and implemented strategic plans for the department to improve research and education outcomes has risen the Department’s rating score by 40% over the past 2 years. -- Developed a five-year research program and implemented into practice a method of heart dissection, which increased the efficiency of forensic examinations by 10%.. -- Admitted two graduate students to the department -- Implemented modern teaching methods in the educational process, including interactive lectures with Mentimeter, multilevel tests, and interactive materials in MOODLE which ensures a high rating of the Department by students (8.5-9/10). - Organized the work of the student scientific society. Every year students participate in national and international scientific events and competitions with 10-15 reports annually. - Led team of researchers and educators to achieve objectives and build a culture of excellence. - Conducted research in forensic pathology on problems of sudden cardiac death in young age, of cervical spine trauma, on biochemical markers for postmortem diagnosis. - Published more than 70 research papers in peer-reviewed journals and presented findings at academic conferences and seminars. Google Acacemy Profile: https://scholar.google.com/citations?hl=ru&user=DY7W17YAAAAJ

I'm surprised at how long I've been working with Practical Medicine. Thanks to Dmitry Protsenko for interesting projects. - Translated and edited more than 20 books in aesthetic medicine, dentistry, pathological anatomy, endoscopy, veterinary medicine, and forensic medicine. - Translated over 100 clinical trial documents, medical reports, and regulatory submissions for pharmaceutical and medical device companies. - Reviewed and edited translations to ensure accuracy and consistency. - Conducted quality control procedures to ensure adherence to regulatory requirements and industry standards. - Collaborated with medical writers, scientific editors, and regulatory specialists to support the publications. - Led team of translators, collaborated with medical writers, scientific editors which improved translation quality by 20% and reduced editing labor costs by 30%.

Scientific researches in forensics. Scientific and methodological support of forensic activities. Managing an organization. Implementing innovation. International cooperation. Stakeholder management.

- Developeding and implementing forensic techniques to improve the accuracy and efficiency of forensic examinations: • Regression model of gas gunshot traces to determine the distance of the shot, which made possible to conduct such examinations in the Republic of Belarus; • Correlation analysis of methemoglobin level in subdural hematomas, which enhanced the evidentiary value of time since trauma estimation; • Estimating of diagnostic efficiency of glycogen level in tissues for hypothermia diagnosis, which reduced costs of related forensic examinations by 10%. • Implemented an exponential model of body cooling which increased the accuracy of time since death estimation (in selected cases) by 50%. -Established collaborations with forensic professionals from Germany, Poland, Russia to promote the exchange of knowledge and expertise in forensic medicine. - Provided expert witness testimony more than in 100 legal cases and contributed to the development of regulations related to forensic medicine.- Conducted research and published papers on various topics related to forensic medicine to advance the field and increase public awareness. - Trained and educated forensic professionals, law enforcement officials, and medical students to enhance their skills and knowledge in forensic medicine.