BSc in
Physics
1 / IT module
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Data mining from big data
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Introduction to programming in Python
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Introduction to information systems
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Computational methods and mathematical packages
2 / Core Physics module
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Optics
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Electromagnetism
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Thermodynamics
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Mechanics
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Experimental physics
3 / Mathematics module
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Linear algebra
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Probability theory and mathematical statistics
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Mathematical analysis
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Statistical methods in applied physics
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Complex analysis and differential equations
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Discrete mathematics
4 / Applied Physics module
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Electrodynamics and special relativity theory
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Quantum mechanics and spectroscopy
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Introduction to particle physics and cosmology
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The foundations of analytical mechanics and the theory of elasticity
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Health technologies
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Astrophysics and cosmonautics
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The foundations of contemporary biophysics and biomechanics
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Chemistry and material´s science
5 / General module
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Philosophy
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Foundations of law
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Critical thinking and argumentation
BSc in
Physics
Analysis of studies
I have studied advanced topics in physics, programming in Python, big data analysis, and fundamental mathematics. My learning involved a mix of lectures for theoretical knowledge and hands-on exercises for practical application. I also worked collaboratively with classmates on challenging exercises, which deepened my understanding through teamwork and diverse perspectives.
Through this process, I have improved key abilities such as active listening, information processing, memory retention, time management, critical thinking, and problem-solving. These skills helped me comprehend complex concepts, analyze large data sets, and apply knowledge to solve real-world problems. Teamwork also enhanced my collaborative problem-solving abilities.
Having a large part of my studies conducted online was initially challenging, as I had never experienced this mode of learning before. At first, adjusting to the lack of in-person interactions and the need for greater self-discipline was difficult. However, over time, I adapted by developing even better time management skills and learning to engage more effectively with digital resources. Ultimately, this experience became a valuable learning opportunity, as it enhanced my ability to work independently and use online tools to facilitate my studies. In the end, this allowed me to see the positive side of online learning. The ability to revisit recorded lectures and pause them when necessary gave me the chance to study more profoundly. If there was a part of the lecture I didn’t fully understand, I could listen to it again, which helped deepen my comprehension and made the learning process more flexible and tailored to my needs.
These abilities have been useful in managing academic workloads and applying that knowledge in practical scenarios. Even after the completion of the Bachelor's degree, these skills will be valuable in fields like research, technology, and data science, where problem-solving, programming, and critical thinking are essential. The ability to work effectively in teams will also be important in any collaborative professional environment.
