To enter the Graduate Program in Chemical Engineering the applicant must undergo a selection exam consisting of written test and curriculum analysis. All information required to apply for the selection process, number of vacancies, important dates, written test topics and curriculum scoring criteria can be found in the published notices for each selection process. The results of the selection are published on the EEL / USP website (http://cpg.eel.usp.br).

SUBJECTS:

Common Core (Required):

• Kinetic and Chemical Reactors (PEQ5301) – 12 credits;
• Applied Chemical Thermodynamics (PEQ5303) – 12 credits;
• Transport Phenomena (PEQ5304) – 12 credits.

Electives:

• Experiment Design (PEQ5308) – 8 credits;
• Advanced Organic Chemistry (PEQ5309) – 8 credits;
• Fundamentals of Atomic Emission and Absorption Spectroscopy (PEQ5312) – 8 credits;
• Spectroscopic Methods of Organic Compound Analysis (PEQ5313) – 8 credits;
• Physical Characterization of Polymeric Materials (PEQ5314) – 8 credits;
• Polymerization Mechanisms (PEQ5315) – 12 credits;
• Polymer Science (PEQ5306) – 12 credits;
• Inorganic Materials (PEQ5307) – 8 credits;
• Enzyme Kinetics and Bioreactors (PEQ5310) – 10 credits;
• Development and Application of Artificial Neural Networks in Chemical Engineering (PEQ5311) – 8 credits;
• Membrane Separation Processes (PEQ5319) – 12 credits;
• Mathematical Methods: Reaction and Diffusion Phenomena (PEQ5320) – 10 credits;
• Conducting Bioprocesses in Enzyme Reactors (PEQ5316) – 8 credits;
• Catalysis Fundamentals (PEQ5318) – 8 credits;
• Composite Materials: Obtaining, Characterization and Applications (PEQ5322) – 8 credits;
• Mathematical Modeling of Chemical Reactions (PEQ5323) – 8 credits;
• Advanced Chemical Thermodynamics (PEQ5324) – 8 credits;
• Oxidative Processes in Industrial Effluent Treatment (PEQ5325) – 8 credits;
• Special Topics in Chemical Engineering (PEQ5326) – 8 credits;
• Special Topics in Biofuels (PEQ5327) – 8 credits.