Compare 26 MScs in Energy Management

The Master of Science in Global Energy Management (GEM) from the University of Colorado Denver Business School is a graduate business and leadership degree designed to develop future leaders in the energy industry. This 18-month, 36-credit “energy MBA” offered in a hybrid online format offers graduate business courses focused entirely on the energy industry, with a global perspective spanning all energy sectors. The curriculum is taught by expert practitioners and continuously vetted by industry partners.

Most graduates (55%) report an increase in salary by graduation, with 15% receiving an increase of 20% or more. Our graduates often ascend to leadership in their current area, gain the skills to transition to a new role or sector, or even start their own companies.... [-]

Our Energy Policy Masters offers a distinct broad-based, interdisciplinary social science training in energy policy, focusing on the challenge of climate change and the role of innovation.

Learn from internationally renowned academics from Sussex's Science Policy Research Unit who are making a global impact and designing and delivering solutions for sustainable futures.

Taught 100% online, you'll join students, academics and researchers from around the world who are bringing their expertise and experience to the virtual classroom. And with six start dates a year (January, March, May, July, September and November), you can start this course when you like and study in your own time, from your own home.... [-]

The Master of Science in Sustainable Energy Management program (MSSEM) focuses on renewable energy production, transformation, distribution, and management. It is designed to provide students with a well-balanced education in the areas of renewable energy science, engineering, and management.

The core courses of this program provide the skills and expertise required for a comprehensive understanding of the most recent technological, institutional, and economic issues related to renewable energy sustainability planning and development.

This professional master’s program also addresses the leadership gap in renewable energy and related companies. It provides students with managerial skills that will allow them to monitor complex social-technical systems related to energy and the environment.... [-]

Technological development offers new possibilities to make people's daily lives more healthy, safe, understandable, independent, fun and comfortable. New technologies provide us, for instance, with energy-friendly and sustainable solutions to improve the environment in which we live as well as tools for elderly people to live longer on their own. Furthermore, new technologies provide us with new means of communication and new ways of entertainment. Examples are smartphones, ambient intelligence and smart homes, online shopping and communities, 3D television and renewable energy technologies like hydrogen technology and biomass.

For these technologies to be really successful, people will need to be able to use them properly as well as trust, accept and adopt them. As a Human-Technology Interaction engineer, you are typically concerned with topics that require a profound understanding of both the human and technological aspects. You will learn about usability, ergonomics, perception, cognition, decision making, social psychology, consumer behavior and environmental psychology. Simultaneously, as a Human-Technology Interaction engineer, you will need a thorough understanding of technology. Therefore, a substantial part of the Master’s Program will consist of engineering courses in the area of your interest.... [-]

SNEAM/ANWM - Advanced Nuclear Waste Management specializes in nuclear waste management. It develops fundamental scientific, technical and industrial knowledge, has a particular focus on the backend of the nuclear fuel cycle, nuclear waste management, long-term safety, and environmental impact assessment and provides strong insights on dismantlement and decommissioning of nuclear installations.

The master forms engineers exposed to a highly complex scientific environment where technical expertise is omnipresent in the field of nuclear waste management. The program provides:

In this master track, you will focus on becoming an authority on Sustainable Energy Systems. You will learn to model and validate systems with multiple inputs and outputs using both white box modeling and system identification. You focus on Sustainable Energy Systems including sustainable technology and Energy System Integration (ESI). You focus on control applications used in industry. Furthermore, you can choose modules about Data Analytics or Power Supply.

The course consists of:

The future energy challenge calls for new supplies of affordable sustainable energy.

Making greater use of the renewable energy systems available is a way to meet the climate change challenge while helping to secure the availability of energy supplies to us all. In this programme, you will learn how to produce energy safely, economically, and using low-emission technology and renewable energy sources.

After graduation, you will understand the benefits and drawbacks of different bio-energy generation technologies and will be able to design small-scale bio-energy systems.

After completing this Master's programme, you will be able to:

Scholarship

Khalifa University of Science and Technology offers Graduate Research / Teaching Assistant (GRTA) scholarships to support qualified international students enrolled in graduate programs.

The scholarship provides generous remuneration and benefits that include:

Application Opening!

We will start taking applications starting November 1st, 2018 for the next intake in September 1st, 2019.

The M.Sc. Sustainable Critical Infrastructure (M.Sc. in SCI) program will be conducive to developing highly skilled researchers and workforce and attracting substantial government and industry interest. The academic program is designed to develop core capabilities, through the integration of coursework and research that is critical to the region. The current scope of the academic programs provides the following set of core capabilities: advanced materials, thermal-fluid sciences, water, and environmental technologies, power systems, computational and information sciences, policy and economic modeling, engineering systems, Microsystems, and chemical processes.... [-]

This Master's program raises the fundamental questions of what sustainable energy might be and what a low carbon transition might look like from different perspectives.

The program is highly relevant to both the public sector and the private sector. Knowledge of sustainable development, energy, and environmental challenges are expected to increase sharply in the future. Such social change also requires new ways of thinking. In-depth knowledge in these areas will, therefore, be on high demand. The multidisciplinary approach of this master will undoubtedly strengthen the relevance of social science graduates for both the public and private sectors.

Through this program, students will gain advanced knowledge of national and international energy politics and policy and, among other things, analyze the relationships between energy, risk, societal safety, and sustainable development.... [-]

Students gain an understanding of the grid, historically and today; electricity markets; electricity production, efficiency, and conservation; governance, risk, and compliance (GRC); environmental impacts and constraints from energy; and the policy environment. They develop skills in strategic management, communication, change management, stakeholder engagement, and critical and systems thinking.

Our interdisciplinary program features small class sizes and opportunities for research, internships, and professional engagement.

Students will be able to:

Energy supply is fundamentally important to our homes and workplaces. Future energy supply has to be stable, secure, not only affordable but sustainable, which makes energy supply a systems engineering problem. Energy Informatics is an emerging discipline that utilises powerful tools from modern information technology to analyse data from different energy systems and sources to solve energy supply problems.

The taught programme for the Energy Informatics masters is generally delivered from October to February and is comprised of eight modules. The modules are delivered over one week of intensive delivery with a second week being free from structured teaching to allow time for more independent learning and reflection.... [-]

Overview

The world's long-term economic development depends on the existence of efficient, innovative and creative energy and resources industries. These, in turn, rely on individuals who possess a sound grasp of their legal, economic, technical and policy backgrounds.

The CEPMLP is at the heart of these issues and provides the best in advanced education in its field, preparing its graduates to meet the challenges posed by the evolving global economy.

Throughout its history, the CEPMLP has achieved continuous growth and has established international pre-eminence in its core activities: scholarly performance, high-level academic research, strategic consultancy and top-quality executive education. Currently, we have over 500 registered postgraduate students from more than 50 countries worldwide.... [-]

The purpose of the educational program "Sustainable Thermal and Energy Systems” is to prepare qualified specialists with professional knowledge, skills and abilities to solve the following tasks in the field of industrial heat and power systems and social sphere:

This programme gives an overview of the provision and use of energy in the world today but allows the student to specialise in the rapidly expanding area of renewable energy engineering. The programme is aimed at students wishing to develop a critical understanding of the significant changes afoot in the energy sector due to the development and integration of wind, marine, biomass and solar technologies.

The programme will provide graduates of a calibre capable of developing and implementing creative solutions to the problems encountered in renewable energy capture, conversion, storage and management.

Heriot-Watt recognises that learning needs to be flexible and this programme allows experienced and recent graduates to tailor the programme content and structure to their specific needs. The University uses a virtual learning environment (VLE) called Vision, which can be accessed via the Internet.... [-]

The MSc Building Performance Engineering is designed to provide you with a high level of engineering and technical expertise in energy conversion processes, combined with practical abilities in management-related issues.

This course is tailored towards graduates in engineering, science and related disciplines. The strong emphasis on science, technology and engineering is specifically targeted towards subject areas within the context of renewable and sustainable energy technologies and the built environment and uniquely combines this with effective management skills, economic appraisal and an understanding of the current policies and regulations that can be applied within modern industry in the UK, EU and internationally.... [-]