Overview

The Energy Science M.Sc. at Trinity College Dublin offers a multidisciplinary approach to the scientific principles and practical applications of modern energy systems. This intensive programme is delivered through the collaborative expertise of the Schools of Physics, Chemistry, Engineering, and Natural Sciences. Students gain a robust understanding of how energy utilisation impacts the environment and global policy.

Why Energy Science at Trinity College Dublin?

Studying at Ireland's leading university provides access to world-class researchers and a diverse international student body. The programme is unique for its multidisciplinary teaching staff, ensuring that students grasp the complexities of energy from multiple scientific and engineering perspectives. The curriculum is specifically designed to address the societal pursuit of sustainable energy, which is a primary focus of global research agendas.

Tuition Fee Breakdown

• International fee: EUR 27240 per year
• European fee: EUR 9200 per year

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The curriculum consists of six compulsory taught modules followed by a substantial research project. Modules may include:

• Energy Science
• Conventional Energy Sources and Technologies
• Power Systems, Power Electronics and Electrical Systems
• Sustainable Energy Sources and Technologies
• Managing the Impact of Energy Utilisation

Students also undertake a significant research project, which can be completed under the supervision of academic staff or as a relevant industry-based assignment.

Careers with Energy Science

Graduates are well-equipped for professional roles across a variety of energy-oriented sectors. The knowledge gained is highly applicable to industries such as power generation, distribution, and electronics. Furthermore, the degree prepares individuals for careers in the automotive, aviation, and construction sectors, as well as traditional oil and gas industries. Many graduates also progress into academic research, focusing on climate change and clean energy innovation.