The Online Master of Science degree in the Department of Petroleum Engineering is a thesis option research-based degree that will prepare graduates with the skills to pursue global opportunities in the petroleum industry. The research skills developed through fundamental courses in multiple areas of petroleum engineering will enable graduates to be successful leaders in the petroleum field of their choice.

The MSc Fluids Engineering for Industrial Processes program will give you state-of-the-art expertise in fluid mechanics and its application to raw material and energy transformation processes. Multiphase flows are of major importance for modeling the behavior of industrial processes. Advanced courses on turbulence, coupling chemical reactions and flows, heat and mass transfer are complemented by exercises and practical training. This program is provided by INSA Toulouse and Toulouse INP.

Materials of Energy Technology specialisation track trains professionals in materials engineering with a special focus on energy materials.

M.Sc. in Nuclear Engineering is highly research-oriented and is conducted in the unit's facilities and laboratories under the supervision of UNE faculty members. A wide variety of research subjects are covered at the UNE, including nuclear reactor physics, neutron transport, nuclear fuel cycle, nonproliferation strategies, applications of radiation in medicine, nuclear instruments for radiotherapy, Monte Carlo simulations of charged particles, radiation shielding, and the development of radiation detectors.

The aim of the MSc program in Nuclear Engineering is to prepare engineers with the necessary skills to design, build and operate power generation plants, radioactive waste treatment plants, systems using radiation for industrial and medical applications, etc.

The MSc Renewable Energy Engineering provides you with the necessary knowledge and skills to join the world of RES and prepare your professional career in this cutting-edge field. If you see your professional future in the modern energy sector, then this program is for you. The course is designed in collaboration with the University of Derby, TOP26 UK University (Guardian University Guide 2020). Its presence in the heart of the English industry and its connection with giant companies such as Toyota, Rolls Royce, Bombardier, and JCB, has established it as a university of high innovation, cutting-edge research, and degree programs that respond to current market needs.

Today the chemical industry must adapt to cope with the increasing scarcity of resources, the new regulations, and the social, ecological, and political pressure. By combining the different disciplines of Green chemistry, Catalysis, (Bio)Processes, and Formulation, this master aims to provide the essential tools to develop clean and safe processes involved in the newly emerging fields of agribusiness.

The joint master's programme in Nuclear Energy educates tomorrow’s nuclear engineers on how to address the key technical, social and environmental challenges faced by the industry. Going beyond the scope of traditional nuclear education, the programme helps tomorrow’s engineers understand nuclear power in the context of a diverse energy mix. The programme is offered by four European universities through EIT InnoEnergy.

The Master of Science in Energy Systems Management program brings together diverse and highly motivated students from various academic and professional backgrounds, both U.S. and international. The two-year course of study meets the needs of both full-time students and working professionals, with classes held on weekday evenings at USF's downtown San Francisco campus.

This Master develops fundamental scientific, technical and industrial knowledge of the different nuclear technologies used in the medical field. It has a particular focus on the safety and radioprotection, to be considered in the management of a large project in this field.

Electrical Power Engineering is a multidisciplinary field that explores and promotes effective and efficient power generation, transmission, distribution, and utilization, as well as energy management. Sustainable energy and advanced power systems are paramount for the future of human civilisation.

A graduate has the knowledge and skills in designing, testing, and operating power plants using non-conventional energy sources in a wide spectrum of degrees of conversion and energy storage methods.

The Master in Energy Resource Engineering (MERE) program is concerned with the production, transformation, and impacts of energy resources, including renewable and fossil fuels. The MERE provides students with knowledge, methods, and tools relevant to the challenges that will be necessary to face in a near future and that allow the characterization and modeling of the properties and processes that occur in the earth's subsurface, especially those related to fluids flow, such as water, hydrocarbon, and gas.

The European Master in Dynamics of Renewables-based Power Systems (DREAM) is a 2-year Master's programme that offers multidisciplinary education in the modern power systems field. It trains students to tackle the current and future challenges of smart power systems in a new way. Therefore, core knowledge from the fields of Power Systems, Smart Grids, Renewable Generation, Automatic Control and Power Electronics is combined to give the students the opportunity to acquire a global “system view” of the dynamics of next generation power systems. DREAM aims to promote a more integrated way of thinking in order to prepare multidisciplinary specialists trained for the new jobs and challenges of future power systems.

The new Energy Engineering major educates experts to ensure that economically produced energy is reliably and affordably available. Focus areas in these studies include internal combustion engines and related energy production, exhaust gas purification technologies, as well as renewable fuels and energy sources.