Renewable Energies

Area: Quality and Energy Saving

A.T.D. Professional Profile

Introduction

The Advanced Technical Degree in Renewable Energies within the area of Quality and Energy saving grants the professional competences needed for an efficient performance on a local, regional and national level.

Professional Competences

Professional competences define the skills and attitudes required for the successful development of activities in the academical area, the ability to adapt to new situations as well as the application of accumulated knowledge in the pursuit of a higher academical degree.

Generic Competences:

• To pose and solve problems based on the principles and theories of physics, chemistry and mathematics, through the scientific method to support decision making in scientific and technological fields.
• Develop and strengthen instrumental, interpersonal, systemic and managerial skills to communicate in a second language.

Specific Competences:

Formulate renewable energy projects through energy diagnostics and specialized studies of the natural resources of the environment, to contribute to sustainable development and the rational and efficient use of energy.

• To evaluate the current conditions of the electro-mechanical systems using measuring instruments, considering the norms and technical specifications, in order to identify potential areas of rational and efficient use.
• Integrate energy efficiency projects based on renewable energy systems through the analysis of available natural resources, the result of energy evaluation based on regulations and company policies, to propose alternatives with a sustainable approach.

To direct electric energy saving and quality projects, based on an energy system diagnosis, to contribute to sustainable development (Environment, Environmental Impact, Climate Change, Pollution) through the rational and efficient use of energy.

• Diagnose the operating parameters of electrical systems using electrical data acquisition techniques to evaluate and suggest areas for improvement.
• To formulate projects of quality and saving of electrical energy using methodologies of elaboration of projects, to contribute to the rational use and sustainable development.

Job Opportunities

 The Advance Technical Graduate in Renewable Energies, will be able to work in:

Professional Employment

The Advance Technical Graduate in Renewable Energies, can work as:

• Head of Energy Supply Department
• Coordinator of energy efficiency projects
• Supervisor of work and electromechanical processes
• Technical advisor in energy diagnostics
• Supervisor of engineering projects implementing renewable energies
• Supervisor of systems, processes and use of electrical energy
• Resident of electrical work

MAPA CUATRIMESTRAL TSU ENERGÍAS RENOVABLES

The Renewable Energy Engineer has the necessary professional skills to perform in the labor field, locally, regionally and nationally.

Professional Competences

Professional competencies are the skills and attitudes that allow the Renewable Energy Engineer to develop activities in his professional area, adapt to new situations, as well as transfer, if necessary, his knowledge, skills and attitudes to nearby professional areas.
The professional competencies that make up the professional profile of the Renewable Energy Engineer fall into two categories:

Generic Competences: These are those that allow graduates to learn throughout their lives and are common to all professional profiles; they are integrated by instrumental, interpersonal, systemic, managerial and communication skills in a second language.

Specific Competencies: They are the basis of specialization, they constitute the theoretical-methodological support that characterizes the discipline, and they allow to respond to specific needs of each productive sector and region.

Specific Competences of the Engineer in Renewable Energies:

Competition 1: Develop renewable energy systems by designing innovative solutions, managing human capital, material and energy resources to improve the company’s competitiveness and contribute to the sustainable development of the region.

Generic Competences:

Competence 1: To pose and solve engineering problems based on the principles and theories of physics, chemistry and mathematics, through the scientific method to support decision making in scientific and technological fields.

Competence 2: To develop and direct organizations through the ethical exercise of leadership, with a systemic approach to contribute to the achievement of strategic objectives.

Competence 3: Communicate feelings, thoughts, knowledge, experiences, ideas, reflections, opinions, in the public, personal, educational and occupational spheres, productively and receptively in the English language according to level B1, independent user, of the European Framework of Reference to contribute to the performance of their functions in their work, social and personal environment.

Performance Scenarios

The engineer in Renewable Energies will be able to develop in:

• Companies and public and private institutions that require assistance in the development of strategies related to the efficient use of energy and the use of renewable energies.
• Industrial sector requiring projects, strategies and plans for the efficient use of bioenergy, turboenergy, energy quality and solar energy.
• Industry that demands projects focused on the transformation of energy from non-polluting natural resources.
• Governmental and non-governmental organizations that manage and apply resources for social and sustainable impact projects.
• Consulting companies focused on clean industry projects that contribute to the reduction of energy costs.
• Consulting companies focused on technological-scientific innovation projects.

Professional Occupations

The Renewable Energy Engineer will be able to act as:

• Energy Supply Department Manager
• Energy Efficiency Project Manager
• Manager of work and electromechanical processes
• Advisor and consultant in energy diagnostics
• Director of engineering projects implementing renewable energies
• Systems, Processes and Utilization of Electrical Energy Manager
• Supervisor of projects in electrical work
• Systems Manager, Processes Using Renewable Energy
• Manager of design and evaluation of new energy processes
• Business developer in energy efficiency and renewable energies
• Developer of technological-scientific innovation
• Executive trainer in the technological-scientific area

MAPA CUATRIMESTRAL ING ENERGÍAS RENOVABLES

Syllabus

A.T.D.