Engineering Physics

["develop strong analytical and problem-solving abilities using advanced mathematical and computational tools,", "gain proficiency in experimental methods, measurement technology, and computer-based data acquisition and analysis,", "apply theoretical principles of mechanics, thermodynamics, optics, electrodynamics, and quantum mechanics to practical engineering contexts,", "foster effective communication, teamwork, and intercultural skills through dedicated modules in language, soft skills, and scientific presentation, and", "engage in industry-oriented internships and practical laboratory workshops to enhance professional and research competencies."]