Integrator
The effects of the production of energy by oil, become unsustainable product of poor regulations, lack of experience which globalization could not observe long ago, with the environmental and social cost on natural resources (desertification, extinction of species, etc.). However against these practices recommendations exist in some international legislation and doctrine, as the arise dynamic measures by means of the right energy Integrator, technological and sustainable energy policies as the need for approximations to the polluting effects of oil for the purpose of prevention. Energy sustainability within the exploratory activity of oil is basically oriented to reduce risks and environmental impacts; When you are programming or are planning to search for oil primarily as source of world energy, and commercial economic activities; through the development of policies to meet the average environmental, social principles without paralysing the activity of the oil industry. 5. Towards measures of energy sustainability in the exploration of hydrocarbons. State planning activities which will also have support from industry and population who must assume the leading role of sustainability as part of governance. Use and promotion of innovative technologies that will prevent contamination of the surface, in the phase of oil exploration. Establish systems of compensation on measurable damage to those affected by the exploration activities, even those who underestimated the marketplace.
Establish registration and measurement systems of biodiversity for the calculation of the damages that are incommensurable due to the absence of complete knowledge on biodiversity altered or destroyed and by the difficulty of establishing measures or appraisals about social impacts such as the loss of a culture. Develop techniques for recovery of the object lands exploratory activities. Internalization in the costs of the externalities of activities resulting from the extraction of oil. These are one challenges that all institutions of the State related to the extraction of petroleum, convert it as a sustainable energy resource, and the fundamental role of the oil companies to solve the security measures and make innovations in the technology.
The ECTS
That poses a problem of timetables. It can two classes take place at the same time and therefore you will have to choose another time for this class, or even change of subject. It also poses a problem. If the career that you are still in your country of origin is composed of such varied subjects, it is likely that the level of information technology that is acquired is not the same as the level acquired in a career specialising in computer science. Therefore, can be a little tricky sometimes follow the class. In addition, if you are still a third year class for example, you’ve not followed the first two courses before and some knowledge that the teacher will instead consider miss you as acquired.
On the implementation of the ECTS system: it is assumed that the ECTS system is used for recognition of classes followed abroad. Works in the following manner: each course is worth a number of credits based on the number of hours per week and personal workload that represents for the student. An academic year is worth 60 credits (one semester, 30). Therefore, when going on Erasmus, you write your plan of study and upon reaching the 30 credits per semester, have the number of sufficient subjects. The problem arises when the host University and/or the origin do not apply this system. Assumes that all have to apply but for being a recent system, certain universities do not implement it properly yet. What can can move? One example among others is that your home University is not based on credit but on subjects. If your career (in your country) is composed of 10 subjects of a weekly duration of 2 hours each, you have a weekly schedule of 20 hours a week.