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Chemistry explores the characteristics and interactions of both natural and artificial materials that make up our environment. The Chemistry Bachelor of Science program integrates physics, materials science, medicine, and biology, providing students with a solid theoretical foundation alongside practical application skills across various biological and physical systems. The curriculum is supported by cutting-edge research facilities featuring shared resources for computational chemistry, surface analysis, nuclear magnetic resonance, photoelectron spectroscopy, and other advanced techniques. Graduates are prepared for advanced studies or professional paths in research, science education, and engineering.
LEARNING OUTCOMES
Evaluate, Choose and implement suitable techniques for both qualitative and quantitative analysis of intricate chemical samples.
Interpret and Present, Examine data rigorously and articulate well-reasoned arguments about its reliability.
Manage, Regulate the scope, speed, results, expenses, and potential hazards of chemical procedures.
Develop Models, Create and/or utilize plausible chemical frameworks to explain a system's composition, structure, or mechanism using experimental evidence.
Produce and Analyze, Create, separate, and examine chemical compounds following established reactions or protocols.