Appendix 1

Target-exchange objectives for the professional degree of overbuilding training in energy management

Publication of professional degree of professional training in energy management

In accordance with section 22 and section 30 of the law on vocational training and professional training, cf. Law Order no. 1147 of 23. October 2014, set by authority :

§ 1. The purpose of training for professional qualifications in energy management is to qualify the educated independent to engage in professional and cross-disciplinary cooperation with a professional approach and holistic understanding of energy optimization capabilities ; including contexts and consequences, and the potential for renewable energy.

Paragraph 2. The educated must have knowledge, skills and competencies as specified in Annex 1.

§ 2. The training, which is a full-time training, organised as a self-employed overbuilding to vocational training in energy technology, automation log, el-installer and vvvvvv-fives are normative to 90 ECTS points. 60 ECTS points shall be equal to the work of a full time student for 1 year.

Paragraph 2. The training provides the educated right to use the title professionsgraduate in energy management. The English title is Bachelor of Energy Management.

Paragraph 3. The English name of education is Bachelor's Degree Programme in Energy Management.

§ 3. The training consists of the following :

1) Mandatory training elements with a total of 45 ECTS-points that are common to students.

2) Optional training elements which, for the individual students, have an overall scale of 15 ECTS points.

3) Internship with a total of 15 ECTS points.

4) Bachelor project of 15 ECTS points.

Paragraph 2. The required training elements, cf. paragraph 1, no. 1, in the following core areas, are organized :

1) Energy and analysis.

2) Energy management and the environment.

§ 4. Moreover, the rules on professional qualifications laid down in the announcement of vocational education and training courses shall be applied.

§ 5. The governance of the Higher Education Committee may allow the deviation of the notice as part of the experiment. At the same time, the duration of the test and the reporting form shall be determined.

Paragraph 2. The steering can be dispensers from the notice given that there is a justification in exceptional circumstances.

§ 6. The announcement shall enter into force on 1. August 2015.

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Appendix 1

Target-exchange objectives for the professional degree of overbuilding training in energy management

The objectives of the learning exchange include the knowledge, skills and competences that a professional degree in the training of over-building training in energy management must be achieved in education.

Viden

The educated have knowledge of

1) organizational structures, management categories and models, and change processes and user-driven innovation ;

2) energy and environmental policy conditions and applicable rules and laws in the field of energy management,

3) and may well understand and reflect on theories and practices in the energy management and energy systems, including principles of theories and methods for the detection of energy-controlling interventions,

4) the importance of energy strategies to the institution / company, including energy consumption, branding, competitiveness, etc.

5) and reflect and reflect on theories and practices in the energy analysis in buildings, installations and industrial installations, including scientific theory and measuring techniques ;

6) Rating methods and certification schemes, including sustainability certification, energy tagging, LCA, cost-benefit analysis, etc.

7) Opportunities and procedures for energy optimization and the implementation of renewable energy sources ;

8) Principles and conditions for the interaction of energy systems across construction, installations, processes and production, including flexible energy systems and smart installations,

9) complex multidisciplinary energy technologies in the thermodynamics, power panting, electrical installations, etc. in buildings and industrial facilities ; and

10) energy-correct design, including project types, tender forms, subsidy scheme, profitability, etc.

Skills

The trained can

1) search and assess information on national / international energy and environmental policy measures ;

2) apply relevant ISO standards, rules and laws in the energy management level ;

3) document and disseminate results and solutions in connection with the energy management, analysis and optimization of authorities, partners and users ;

4) champions systematic and measurable and technically correct analysis of the energy system using appropriate tools and models,

5) Identify, assess, justify, and implement energy objectives and optimization measures in new and existing buildings, installations and industrial plants, and associated energy systems ;

6) monitors, assess and regulate energy consumption in connection with day-to-day operations and maintenance of buildings, installations and industrial plants ;

7) the use of means of energy-efficient planning of installations and industrial installations,

8) keep in up-to-date on project forms, support and subsidy schemes in connection with the energy management business ;

9) calculate, justify and disseminate profitability and repayment times for energy optimization measures ; and

10) assess financial opportunities and consequences from financial calculations related to energy optimization.

Competencies

The trained can

1) perform energy analytics, energy optimization and energy management, in relation to complex energy systems in buildings, installations and industrial plants ;

2) prepare a holistic and sustainable energy management system and energy strategy for the entire institution / company,

3) shall advise on the yield and consequences of the implementation of energy management,

4) independently engage in professional and interdisciplinary cooperation with a professional approach and to have overall understanding of energy optimization capabilities including contexts and consequences, and potential for renewable energy,

5) organizing and leading tasks in the energy analysis, optimization and management,

6) Analyse, monitor and manage energy consumption as well as document and communicate relevant results and actions ;

7) ensure energy-correct design and integrated health solutions for buildings, installations and industrial plants ;

8) shall be included in cooperation on sustainability certification, as well as the preparation of builders ' energy labels ; and

9) follow the technological and energy policy development and continually identify its own learning needs and structure its own learning in the field of energy optimization, renewable energy, sustainability, etc.