As a dedicated and self-motivated software engineer, I offer extensive hands-on experience with production-scale datasets. Leveraging my background as a medical physicist, I specialize in developing cutting-edge radiation equipment and robust web applications. My expertise in software programming, radiation transfer modeling, and data analysis equips me to tackle complex challenges in radiation science with a unique and powerful skill set.
Career Summary
- Software Engineer at ATOMTEX,
- Proficient in Python, C/C++, and C# for developing reliable and effective solutions,
- Specializes in radiation transfer modeling using GEANT4, OpenMC and other to optimize equipment design,
- Develops and implements machine learning algorithms to enhance radiation monitoring and measurement systems,
- Developed and implemented a Radionuclide Accounting Control System for ATOMTEX using the ASP.NET 8 MVC framework,
- Designed and constructed a user-friendly web application for real-time tracking and management of radionuclide materials.
- Contacts
- Education
- Skills
- Experience
- Honors
- Projects
- Talks
- ATOMTEX
Languages:
- English (B2)
- Belarusian (native)
- Russian (native)
Email: contact@ialexpovad.net
Personal Website: ialexpovad.net
Social Media by @ialexpovad:
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Minsk State Energy College Construction technician (Sep 2012 － Jun 2016), Industrial and Civil Engineering
- Proficient in interpreting and understanding construction blueprints and technical drawings.
- Knowledgeable in various construction methods and techniques for industrial and civil engineering projects.
- Familiarity with different construction materials and their applications in building and infrastructure projects.
- Ability to conduct thorough on-site inspections to ensure compliance with
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ISEI BSU, Minsk Bachelor's Degree, Medical physicist (Sep 2016 － Jun 2021)
- Radiation physics: fundamentals of ionizing and non-ionizing radiation, as well as their interaction with biological tissues.
- Medical imaging: Various medical imaging techniques such as X-ray, computed tomography, MRI ultrasound and nuclear medicine.
- Radiation therapy: principles and practice of using radiation for the treatment of cancer and other diseases. This includes the use of a linear accelerator, brachytherapy and treatment planning.
- Dosimetry: measurement and calculation of the radiation dose that ensures the safe and effective use of radiation in medical treatment.
- Radiation safety: radiation protection, safety measures and regulatory recommendations to minimize the risks associated with ionizing radiation.
- Bachelor's Thesis: a built-in algorithm (Python (development and testing) and C programming language) for processing the measurement of the activity of a multicomponent radionuclide source for the ATOMTEX enterprise.
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Areas
Software Development,Algorithms,Data Structures,Detector & Medical Physics,CAD, UI/UX, and Graphic Design,Web Development,System Administration
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Languages
Python,C++,C,Java,Web(HTML,CSS,JavaScript,ASP.NET,MS SQL),LaTex,Markdown
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OSes
Windows (Cygwin),macOS,Android,iOS,Linux