Aim
Form Renewable Energy Engineers to design, develop and implement methodologies and technologies related with the better use and management of the renewable energetic resources in a sustainable form with a high sense of social responsibility.
The applicant for the program must have high school degree or equivalent, preferably in the areas of physical-mathematics, chemical-biologicals or their equivalent.
For more information, please visit www.ugto.mx/admision.
The study plan (2015) is composed by 49 learning units with a total of 272 credits; its modality is a credit system (areas: general, basic, common, disciplinary basic, deepening and complementary); the school periods are semiannual; and the new entry promotion is in January and August respectively.
- First Enrollment
- Introduction to engineering in Renewable Energies
- Chemistry
- Physics
- Differential calculus
- Biostatistics
- General area 1
- Linea algebra
- Second Enrollment
- Organic chemistry
- Quantitative Analytic Chemistry
- Thermodynamic
- Integral calculus
- Electricity and magnetism
- General area 2
- Technical drawing
- Third Enrollment
- Biochemistry
- Balance of Matter and Energy
- Material Science
- Differential equations
- Numeric analysis
- General area 3
- Static
- Fourth Enrollment
- Microbiology
- Unitarian operations I
- Fluid mechanics
- Heat transfer
- Foundations of Electrical Engineering
- General area 4
- Management
- Fifth Enrollment
- Bioprocesses
- Chemical and thermal treatment of biomass
- Climatology and metheorology
- Electrical machinery
- Conventional energy
- General area 5
- Complementary optional 1
- Economic engineering
- Sixth Enrollment
- Production of biofuels
- Fuel cells
- Solar and photovoltaic energy
- Machines and thermal equipment
- Instrumentation and control systems
- Complementary optional 2
- Industrial Engineering
- Seventh Enrollment
- Deepening optional 1
- Deepening optional 2
- Life-cycle analysis
- Efficient use and water saving
- Complementary optional 3
- Electrical networks
- Creativity and innovation
- Eighth Enrollment
- Deepening optional 3
- Deepening optional 4
- Degree seminar
- Integration and optimization of Energetic systems
- Productive projects of Energetic Innovation
- Complementary optional 4
- Ethic seminar
- Ninth Enrollment
- Complementary optional 5
- Stay (Academic research, business or SSP)
Campus Irapuato-Salamanca, Life Sciences Division (DICIVA)
Location Irapuato
Address: Ex Hacienda El Copal k.m. 9 carretera Irapuato-Silao; A.P. 311; C.P. 36500; Irapuato, Gto.
Phone: (462) 624 18 89
Campus Webpage:www.irapuatosalamanca.ugto.mx
Division Webpage:www.diciva.ugto.mx