Memorial University of Newfoundland St Johns Campus

The oil and gas industry is complex and requires expertise in various areas and technical disciplines. To meet this demand, the Faculty of Engineering and Applied Science offers a multidisciplinary program in oil and gas engineering (OGE). This course-based program will provide the latest technical knowledge on upstream, production, and downstream aspects of oil and gas engineering. The program will also address serious issues faced by the oil and gas industries, such as sustainable development, environmental protection, risk, reliability and safety. In addition, the program will cover drilling engineering, phase behavior of petroleum fluid, production engineering, compact process equipment design, offshore environmental operations, and natural gas engineering. Many of the courses taught in the program will be supported by field study and laboratory demonstrations. To apply the concepts learned in the classroom and laboratory environments, students will work in teams on an engineering project for two terms.

Energy systems engineering is a critical area in need of innovation and highly qualified personnel. The need for readily available and high quality energy is expanding in Newfoundland and Labrador and globally, which has created a worldwide demand for professional training at the graduate level in areas related to the energy industry. The demand for sustainable energy, as well as the environmental concerns of traditional techniques require significant innovation in energy systems engineering.

To develop more sustainable techniques requires research and innovation to achieve energy production and utilization that is financially viable, readily available and environmentally benign. This program is inter-disciplinary. It addresses the complexity and required expertise in several technical disciplines by the industry.

Safety and risk concerns are of paramount importance in a wide variety of complex engineering activities such as offshore operations, petroleum refining, and mineral processing. Today, there is a wide range of techniques available to assess safety, risk and reliability, both in relation to design as well as day-to-day operations.

The use of these techniques is now an integral part of safety-related regulations of hazardous facilities and operations. Memorial University's MASc. and graduate diploma programs in safety and risk engineering are designed to give a thorough understanding of these techniques and their application to a variety of real-world problems.

The discipline is the only one of its kind in Canada.

• It aims to provide students with a good grounding in safety and risk engineering in both a qualitative and quantitative manner, and to develop the skills to apply this understanding.
• The programs will also introduce students to recent developments in analytical techniques, such as computer modelling of risk, reliability and safety problems, dynamic risk analysis, etc.
• The programs are intended for, though not limited to, working professionals to advance their understanding and skill related to safety and risk engineering.
• The knowledge acquired through the programs will enhance the skills of engineers in the process industries, oil and gas service and operating companies, mineral processing, engineering consultants and government services.
• The programs build around the knowledge and understanding of accident modelling, process and offshore safety issues.
• Engineering and human factors associated with the safety and risk assessment will also be covered.

The Master of Applied Science (MASc) in Computer Engineering is a course-based graduate program which prepares its graduates for further post-graduate study or for careers as Computer Engineers in sectors such as telecommunications, information technology, software development, and digital hardware design. The degree will provide participants with a balanced background in computer hardware and software and an in-depth knowledge of important applications areas, such as software development, hardware design, telecommunication systems, computer networks, and parallel computing.

Environmental engineering has become an increasingly important discipline due to complexity and multi-disciplinary nature of the environmental issues dealing with human health and ecosystem protection. To find cost-effective engineering solutions to these complex issues, it is important to acquire broad-based education and professional training in inter-disciplinary fields of physical, chemical and biological principles, resource management and mitigation measures besides in-depth knowledge in environmental engineering. This course-based program will cover a wide range of related topics, such as environmental law and management; human health and ecological risk assessment; remediation technology; treatment processes of drinking water and wastewater; contaminant transport and environmental modeling; environmental sampling; and pollution-control engineering. To apply the concepts learned in the classroom and laboratory environments, students will work in teams on an engineering project for two terms. In order to acquire broad-based knowledge in the field, students will be encouraged to take courses from other disciplines in the university.