Programs

Energy Economics, Minor

Enhance your primary field of study with a solid foundation in energy markets, policy, and economic analysis through the University of Central Oklahoma's Energy Economics minor. This program is designed to equip students with specialized knowledge to understand and navigate the complexities of the energy sector from an economic perspective.

Energy Science and Technology MSc

The Master of Science in Energy Science and Technology (MSc EST) is an interdisciplinary program offered at ETH Zurich. It aims to provide students with a deep understanding of the scientific and technological challenges and opportunities in the field of energy. The program integrates knowledge from various disciplines, including physics, chemistry, engineering, and environmental science, to address complex energy issues such as renewable energy sources, energy efficiency, energy storage, and sustainable energy systems. Graduates will be equipped to contribute to the development and implementation of innovative solutions for a sustainable energy future.

Energy Science, Technology, & Policy (ESTP) Master's Degrees

The Energy Science, Technology, & Policy (ESTP) program at Carnegie Mellon University offers intensive, interdisciplinary master's degrees for students interested in the energy sector. These programs combine a core understanding of energy topics with in-depth engineering knowledge and customizable electives. Students will engage in foundational study that prepares them for diverse roles in the rapidly evolving energy landscape. The program aims to equip graduates with the skills to address complex energy challenges through a blend of technical and policy-oriented coursework. There are two distinct degree options: the standard ESTP degree, completed in two semesters, and the ESTP Advanced Study degree, which extends to three semesters for a more customizable and in-depth experience. Both pathways emphasize hands-on applied study and offer opportunities to specialize in areas like AI Engineering within the energy context. The curriculum is designed to be flexible, allowing students to tailor their studies to their specific interests and career goals.

Energy Storage and the California "Duck Curve"

This program, stemming from a coursework submission for PH240 at Stanford University, explores the significant challenge of integrating intermittent renewable energy sources, like solar and wind power, into existing electricity grids. The "duck curve," a graphical representation of net load versus time of day, illustrates the issue: a sharp decline in demand during peak solar production hours, followed by a steep increase as the sun sets. This variability poses problems for grid stability due to the limitations of conventional power plants in rapidly adjusting output and the minimum generation levels of non-dispatchable sources. The research presented examines energy storage as a potential solution to mitigate these issues. It analyzes two scenarios for California's grid: one focused on mitigating overgeneration during midday by storing excess solar power and discharging it during peak evening demand, and a more ambitious scenario aiming for complete load balancing throughout the day. The study investigates the scale and potential capital costs associated with implementing various energy storage technologies to address these challenges.

Energy Systems M.Sc.

The Energy and Environmental Technology field offers numerous solutions, ranging from the development of new energy conversion techniques to increasing energy efficiency and researching and expanding renewable and alternative energies. Engineers in energy technology, especially those with a Master's degree, are essential now and in the future to ensure a long-term, environmentally friendly, and affordable energy supply. This Master of Science program focuses on the critical challenges and solutions within the energy sector. The program is designed to equip graduates with advanced knowledge and practical skills in the field of energy systems. It covers a broad spectrum of topics, preparing students for diverse roles in a rapidly evolving industry.

Energy, Aalborg

The Bachelor's program in Energy at Aalborg University equips you with fundamental knowledge of the latest energy technologies, preparing you to shape sustainable and reliable energy systems for the future. You will gain a deep understanding of energy production, distribution, and consumption, with a strong focus on climate-neutral solutions. This 3-year program combines theoretical learning with practical problem-based project work and hands-on laboratory exercises. You will learn to apply mathematics and physics to analyze energy systems and solve complex energy-related problems, developing skills crucial for addressing future energy challenges. The curriculum also emphasizes collaboration with industry partners through real-world projects. Upon graduation, you will be prepared for a career in planning, energy optimization, project development, and management within the energy sector. The program also serves as an excellent foundation for pursuing a Master's degree in Energy Engineering, allowing for further specialization in various sustainable energy solutions.

Energy, Construction and Utilities

As the global population grows, the demand for energy, construction, and utilities also increases. This trend creates significant job security for those entering these fields. Current state policies are pushing for greater energy efficiency and the wider adoption of alternative energy sources, further expanding career opportunities. The Energy, Construction and Utilities sector is projected to grow by 11% through 2023, leading to approximately 11,000 new jobs in the Sacramento region alone.

Energy, Society and Sustainability MSc

The MSc in Energy, Society and Sustainability at the University of Edinburgh is designed for students interested in the complex relationship between energy and societal development. This program provides a comprehensive understanding of how different societies can address the crucial challenge of balancing energy needs with sustainability goals. You will explore the social, political, economic, and environmental dimensions of low-carbon technologies, examining the risks, costs, and benefits of transitioning to sustainable energy systems in a global context. The curriculum focuses on key questions such as achieving environmental sustainability, energy security, and energy justice across diverse contexts, and how societal factors influence the energy transition. The program equips students with a critical awareness of local, regional, and global debates, including the United Nations Sustainable Development Goals. You will benefit from access to real-world case studies and connections with various organizations and communities, ranging from local Scottish initiatives to international corporations, showcasing global best practices in sustainable energy management. Studying in Scotland, a leader in renewable electricity generation with a rich history in hydro, North Sea oil, and emerging tide and wave energy, provides an ideal backdrop for investigating energy and society. The program is associated with the Edinburgh Climate Change Institute (ECCI), offering networking opportunities with professionals and potential employers in the high-demand field of low-carbon development. Delivered in collaboration with the School of Social and Political Science, it provides access to diverse academic expertise.

Engineering

Acadia University offers a foundational engineering program designed to provide students with a strong start to their engineering education. The program emphasizes small class sizes, accessible professors, and hands-on learning experiences in design and prototyping, fostering an environment where students can develop confidence and excel. After completing the first two years, students typically transfer to a larger engineering school, such as Dalhousie University, to specialize in one of seven disciplines, including Chemical, Civil, Computer, Environmental, Electrical, Industrial, or Mechanical Engineering. Acadia provides flexible pathways to meet individual career goals. Students can pursue a two-year Certificate of Applied Science (23 courses), a three-year Bachelor of Applied Science (30 courses), or combined programs that integrate engineering studies with a BSc in biology, chemistry, mathematics, or physics. Graduates of the BASc program may also apply to Acadia’s School of Education. The program thoroughly prepares students for their next steps toward becoming a professional engineer (P.Eng.).

Engineering

Engineering is fundamental to how the world works, driving innovation and improvement in everything from transportation and communication to energy and healthcare. Engineers are problem-solvers who design, create, analyse, and enhance the systems and products we use daily. The field is crucial for developing sustainable solutions, improving infrastructure, and connecting communities, making it an ideal career for those with resilience and logical thinking skills.

Engineering

Engineering – Dual Degree Chemical Engineering

Engineering – Dual Degree System Science and Engineering

Engineering & Architecture Programmes

University College Dublin (UCD) offers a comprehensive range of postgraduate programmes within its College of Engineering and Architecture. These programmes are designed to advance your knowledge and skills in specialized engineering and architecture fields. UCD is committed to providing a high-quality educational experience, fostering innovation, and preparing graduates for impactful careers in their respective industries. The college encourages research and offers opportunities for students to engage in cutting-edge projects.

Engineering & Management

The Engineering & Management program at McMaster University is a unique five-year undergraduate degree that combines a rigorous engineering education with a strong foundation in business principles. This interdisciplinary approach equips students with a comprehensive skill set, enabling them to lead, innovate, and make strategic decisions within technical fields. Graduates will possess the technical expertise of an engineer alongside the business acumen necessary for effective management and leadership.

Engineering & Society

The Engineering & Society program is a unique undergraduate degree offered in North America that integrates a traditional engineering education with specialized courses focusing on human-centered design, communication, and a multidisciplinary approach. This program aims to equip engineering students with a deeper understanding of societal impacts, fostering strong problem-solving skills and a broader perspective necessary for a rapidly evolving world. Students can personalize their studies through complementary electives, cultivating curiosity and a commitment to sustainable engineering practices.

Engineering and Applied Sciences Undergraduate Programs

The University at Buffalo (UB) School of Engineering and Applied Sciences (SEAS) offers undergraduate programs designed to provide students with the resources of a major research institution while fostering a small-school sense of belonging. You'll engage with cutting-edge facilities and faculty at the forefront of their fields. Learning by doing is central to the UB SEAS experience, with a strong emphasis on applying knowledge in real-world contexts through experiential learning opportunities. These opportunities help develop critical thinking skills and a sense of civic responsibility.

Engineering and Architectural Design MEng

This integrated Master of Engineering (MEng) degree combines architectural design with the engineering of the built environment, offering a unique interdisciplinary approach. Over four years, you will develop expertise in both creative design and technical engineering, preparing you to become a leader in the industry. The program is designed in collaboration with industry and academic experts to address complex challenges innovatively. You will gain hands-on experience using state-of-the-art facilities at both UCL's central London campus and the UCL East facilities at Queen Elizabeth Olympic Park. This course is highly accredited by professional bodies, ensuring your qualification is recognised across the industry. You will learn through a blend of design-studio methods and project-based learning, drawing on the expertise of faculty from The Bartlett School of Architecture, the Institute for Environmental Design and Engineering, and the Department of Civil, Environmental & Geomatic Engineering. The curriculum emphasizes sustainability and real-world problem-solving, using London as a 'Living Lab' to tackle current environmental and built environment issues.

Engineering and Materials Science (B.Sc.)

The Bachelor's degree program in Engineering and Materials Science is a joint program offered by the Technical University of Munich (TUM) and the Paris Lodron University of Salzburg. This interdisciplinary program focuses on the optimal use and development of new materials to meet increasing demands for performance, functionality, and sustainability in products. Students will gain foundational knowledge in natural sciences and learn to apply it across various engineering applications, investigating and analyzing materials using modern techniques to develop lighter, more energy-efficient, environmentally friendly, and safer construction methods. Graduates will be well-prepared for careers in industry or for further studies at the Master's level.

Engineering and Mechanics

The Bachelor of Science programme in Engineering and Mechanics offers a unique interdisciplinary approach, bridging the fields of physics, mathematics, and engineering. This programme is designed to equip students with the foundational knowledge and skills to tackle complex challenges in various scientific and technical domains. Graduates will be prepared to contribute to advancements in areas such as automotive safety, aerospace, biomechanics, structural engineering, nanotechnology, and more.

Engineering and Technology Programs at Madras Institute of Technology

Madras Institute of Technology (MIT) is a pioneering institution in India, established in 1949 and merged with Anna University in 1978. It is a benchmark institution for engineering and technology, dedicated to fostering technical knowledge, professional skills, and ethical values among its students. MIT provides state-of-the-art facilities, excellent infrastructure, and high-quality laboratories, creating a stimulating environment for studies and research. The institute is committed to contributing to educational, economic, and social development through its academic and research programs.

Engineering at the University of Bradford

The University of Bradford offers a range of engineering programs designed to equip students with the skills to build solutions for global challenges. Through a blend of practical work and theoretical study, you will gain the knowledge needed for a successful career in engineering. The first year is multidisciplinary, providing a solid foundation across various engineering disciplines, allowing you to specialize in areas such as Biomedical, Chemical and Sustainable Process, Civil and Structural, Mechanical, or Software and Artificial Intelligence Engineering. The university emphasizes hands-on learning and offers access to cutting-edge facilities to foster innovation.