The joint master in Sustainable Energy Systems is a taught multi-disciplinary international programme suitable for applicants from engineering, architecture, planning and other relevant backgrounds, intended to incorporate the latest developments not only in the international scientific field but also in the European and national regulatory and legal framework. Students will also be acquainted with the required know-how for monitoring and evaluating the energy efficiency of building systems, of buildings, of renewable and conventional energy systems and of indoor environmental quality conditions, in accordance to legal and best-practice requirements, so as to be able to carry out energy renovation, retrofitting and refurbishment projects. Furthermore, they will learn to evaluate, by means of applying standards and models, the environmental performance of buildings, as needed in order to implement the environmental labeling schemes. The Programme is designed to stimulate and encourage novel and imaginative solutions with respect to their implementation in a real market and a rapidly developing economic environment, surrounding the energy sector and the built environment. The Programme involves theoretical and hands-on learning methods aiming at producing skilled professionals who will be able to effectively enter the competitive European market of energy experts. Graduates of the programme acquire a strong qualification that assists them in the professional progress. The degree greatly enhances the employability of our graduates in public and semi-public organizations, whose work is related to the implementation of energy and environment-related legislation and to the operation of the energy market, or in the power generation, the construction and the... [-]

Adopting an education vision on universal level and pioneering valuable research in a variety of disciplines such as sustainability issues - one of the most strategic topics among today’s global agenda - IUE has started energy-related interdisciplinary research and studies within the year of 2011. During the same year “Sustainable Energy Division” is founded compatible with the basic institutional values of participation, innovation, social responsibility and perfectionism. The division mainly investigates the developments in the field of energy markets and policies from the viewpoint of social sciences discipline covering environmental, social, political, legal and economic aspects. Different lines of researches allow participants to interact from a multi-disciplinary manner by identifying the key research areas of:... [-]

Adopting an education vision on universal level and pioneering valuable research in a variety of disciplines such as sustainability issues - one of the most strategic topics among today’s global agenda - IUE has started energy-related interdisciplinary research and studies within the year of 2011. During the same year “Sustainable Energy Division” is founded compatible with the basic institutional values of participation, innovation, social responsibility and perfectionism.

The division mainly investigates the developments in the field of energy markets and policies from the viewpoint of social sciences discipline covering environmental, social, political, legal and economic aspects. Different lines of research allow participants to interact from a multi-disciplinary manner by identifying the key research areas of:... [-]

Objective of the Energy Efficient and Sustainable Building

The main objective of the program is to provide students with high standards of knowledge in design, construction, and maintenance of energy efficient buildings. The graduates will develop practical skills and acquire the fundamental knowledge for a further professional career in the field of civil engineering and energy efficiency.

Key Facts application of energy efficient technologies in construction; design and analysis of building structures and building facilities; evaluation of investment into energy efficient and sustainable buildings; publishing and scientific research. individual work with every student, including scientific research and tutorials with the leading researchers in the field; regular participation in seminars, conferences, science forums; active teamwork of lecturers and students during joint projects and research activities; use of advanced computer technologies in Civil engineering; communication with experts from the leading construction and engineering companies; online learning on the basis of distant-learning system MOODLE; unique opportunities for international academic mobility (one semester abroad at academic partners of SPBPU). Program Partners Helsinki Metropolia University of Applied Sciences (Finland) Lappeenranta University of Technology (Finland) Riga Technical University (Latvia) [-]

Master of Technology in Building Energy Performance

Faculty of Technology – CEPT University

Buildings with low energy use are a social and economic imperative for India and other tropical regions that will see the largest growth in the next two decades. Energy use largely determines the environmental footprint of a building over its lifespan. Research, policy, and practice are making building energy performance an area of intellectual and professional growth. Increasingly, a new kind of professional is needed in the building design or operations team to help save energy.

Within the M.Tech. program in Building Energy Performance students learn to:

Use state of the art tools to conduct simulations and assess building energy performance. Tackle complex technical problems and participate in a multidisciplinary environment. Influence the design of energy-efficient buildings, while considering all building systems, architecture, and occupant health and comfort. ... [-]

The Master of Advanced Engineering (Energy and Sustainability) is designed for working engineers and engineering graduates with an ambition to lead. Addressing the pertinent demands in sustainable energy development, the course guides you to greater applicable knowledge in this area of specialization and to succeed in complex problem-solving methods.

This program is ideal for those of you who aspire to career advancement in the competitive global environment.

Core units Advanced Engineering Data Analysis Engineering Entrepreneurship Major units Energy Efficiency and Sustainability Engineering Sustainable Energy Technologies Energy Efficient Lighting Principles and Practices for Sustainable Development Elective units Environmental and Air Pollution Control Smart Grids Minor project AREA OF STUDY ... [-]