Sabato Institute teaches mainly Materials Science related courses, at undergraduate and postgraduate levels. It is one of the three institutes managed by Argentina's National Atomic Energy Commission (CNEA), as well as Balseiro Institute and Dan Beninson Institute of Nuclear Technology.[1] The International Atomic Energy Agency (IAEA) designated the CNEA in 2018 as a "Collaborative Center" in Latin America. The CNEA, through its training institutes, assumed the commitment to provide assistance to the IAEA Activities Program, thus contributing to the promotion of the peaceful uses of nuclear energy.
Bachelor's degree (B.Eng.) in Materials Engineering. The institute admits students who have completed at least two years of university studies (corresponding to basic knowledge in calculus, algebra, physics and chemistry) and undergoes an admission exam and an interview with the authorities.
Postgraduate
Master's degree (M.Sc.) in Materials Science and Technology.
Doctor's degree (Ph.D.) in Science and Technology, Materials mention.
Doctor's degree (Ph.D.) in Science and Technology, Physics mention.
Diploma in Materials Science for Nuclear Industry. The institute admits students who have completed secondary education.
Lab Zero course for senior year high school students.
Scholarships
Sabato Institute offers scholarships for the Engineering program via Argentina's National Atomic Energy Commission or via private companies such as Techint. The scholarships are intended to guarantee exclusive dedication to study.[3] In the same way, it offers scholarships for the Master's.[4]
Notable people
Professors
Dr. José Rodolfo Galvele (1937–2011), chemist and corrosion specialist; founder of the Corrosion Department at National Atomic Energy Commission; in 1981 and 1987 he received the Corrosion Science TP Hoar Award; in 1999 he received the NACE Whitney Award and the UK Institute of Corrosion Evans Award.[5]
Dr. José Victorio Ovejero-García (c. 1941 – 2021), physicist, metallurgist and hydrogen damage specialist; developer of the Hydrogen Microprint Technique, a method to visualize hydrogen trapped in steels;[6] in 1989 and 1991 he received an award from the Argentine Institute of Iron and Steel Industry.