Master Chimie — Chimie organique et Interfaces

The tuition fee is 292 USD per year.

Chimie organique et Interfaces is a track of the Master Chimie at Université de Caen Normandie in Caen, France, focusing on organic chemistry and the study of chemical interfaces. Organic chemistry concerns the structure, synthesis, and reactivity of carbon-based compounds, while the study of interfaces examines how molecules and materials behave and interact at boundaries between different phases, such as solid-liquid or liquid-gas surfaces. Students in this track typically study advanced organic synthesis, reaction mechanisms, and the design of molecules for specific chemical or physical properties, alongside coursework on surface chemistry, colloids, and interfacial phenomena. Laboratory work is a central component, with students carrying out multistep organic syntheses, purifying and characterizing products using spectroscopic and chromatographic techniques, and investigating how organic molecules behave when attached to or interacting with surfaces and interfaces. This combination of subjects is relevant to fields such as materials science, coatings, catalysis, and the development of functional molecules for use in sensors or specialty materials. Students often complete a research project or laboratory internship applying these methods to a specific chemical problem. Graduates from this kind of specialization typically move into roles as research chemists in organic synthesis, materials or coatings companies, analytical laboratories, or positions in the chemical and pharmaceutical industries that require expertise in molecular design and surface behavior. Others continue toward doctoral research in organic or physical chemistry. Instruction is delivered in French, so a solid command of the language is expected for lectures and laboratory instruction. The program spans two years of full-time study, with an intake in September, and yearly tuition of 250 EUR. Students interested in the synthesis of organic molecules and how they behave at interfaces will find this track addresses both dimensions of that interest.