Energy Systems Engineering

Field of Study: Energy Systems Engineering
Programme Title: Energy Systems Engineering (MEng)
Duration: 4 Years (Full-Time)
Degree Awarded: Master of Engineering (MEng) in Energy Systems Engineering
Mode of Study: Full-Time
Accreditations: Accreditation is granted by Engineers Ireland and other relevant bodies.

Programme Overview:
The Master of Engineering in Energy Systems Engineering at the National University of Ireland is a comprehensive programme designed to prepare students for the dynamic and rapidly evolving field of energy technology and management. This multidisciplinary course combines fundamental principles of engineering, energy science, sustainability, and innovation, equipping graduates with the skills necessary to develop, analyse, and optimise energy systems across a broad range of applications. The programme emphasizes sustainable energy solutions, renewable energy technologies, energy efficiency, and smart grid systems, aligning with global efforts to transition towards low-carbon energy production and consumption.

Curriculum:
The curriculum is structured to provide both theoretical foundations and practical experience. Core modules include Thermodynamics, Power Plant Engineering, Renewable Energy Technologies, Energy Storage, Supply Chain and Logistics, and Environmental Impact Assessment. Students will also undertake advanced topics such as Smart Grids, Energy Management Systems, and Advanced Control Techniques. The programme integrates laboratory work, industry projects, and case studies to foster real-world problem-solving skills. Additionally, students have opportunities for interdisciplinary learning through electives in fields like electronics, computer science, and environmental policy.

Research and Industry Integration:
Energy Systems Engineering students benefit from close collaboration with industry partners, research centers, and government agencies. The programme encourages participation in research projects, internships, and fieldwork that provide invaluable practical experience and networking opportunities. Facilities include state-of-the-art laboratories for energy analysis, renewable energy testing, and simulation tools. The programme also promotes innovation and entrepreneurship, supporting students in developing sustainable energy solutions and startup ideas.

Career Opportunities:
Graduates of the Energy Systems Engineering programme are well-positioned for careers in energy consultancy, renewable energy project development, utilities and grid operators, government agencies, and research institutions. The programme's focus on sustainable and innovative energy solutions ensures that graduates have the expertise needed to contribute to the evolving energy landscape. Alumni have successfully secured roles in project management, technical consultancy, policy development, and technological innovation in both domestic and international markets.

Admission Requirements:
Applicants are expected to hold a Bachelor's degree in engineering, physics, environmental science, or a related discipline, with a strong academic record. Relevant work experience and proficiency in mathematics and science are advantageous. English language proficiency must be demonstrated for non-native speakers.

Why Choose This Programme:
The Master of Engineering in Energy Systems Engineering offers a rigorous and contemporary education grounded in the latest industry trends and research. With its strong emphasis on sustainability, innovation, and practical experience, the programme prepares graduates to meet the challenges of transitioning to sustainable energy systems globally. Students will develop critical thinking, technical expertise, and professional skills that are highly valued in the evolving energy sector, making them leaders in shaping a sustainable energy future.

This programme provides training in three areas: advanced technologies in energy systems engineering, transferable skills for employment and/or a research career in the energy sector, and technology development through an energy systems engineering project.

Transferable skills

• Project Management
• Environmental Economics
• Engineering Finance
• Engineering Research Methods
• Technology Innovation & Entrepreneurship Lean Systems
• Applied Statistics for Engineers
• Advanced Applied Maths
• Internet Programming
• Database Development

Advanced Technologies

• Global Change
• Smart Grid Sustainable Energy & Buildings
• Advanced Energy Systems Engineering
• Computational Methods in Engineering Analysis
• Advanced Finite Element Analysis
• Coastal & Offshore Engineering
• Design of Sustainable Environmental Systems I
• The Built Environment
• Integrated Engineering Design Project
• Power Electronics
• Advanced Power Electronics
• Power Systems
• Power Machines & Control
• Communications Systems Engineering
• Thermal Energy Conversion
• Turbomachines & Advanced Fluid Dynamics
• Combustion Science and Engineering
• Advanced Mechanical Analysis & Design.

Requirements

• Entry to the programme is open to individuals who have Second Class Honours in a Level 8 engineering degree in a related discipline from a recognised university or third level college.
• Minimum Grade Required: 3.8 CGPA
• All applicants, whose first language is not English, must present one of the following qualifications in the English language. IELTS 6.0. TOEFL 80
• Statement of intent
• Transcripts
• CV
• Academic letters of recommendation

The financing of the Energy Systems Engineering program at the National University of Ireland involves multiple funding sources and support mechanisms aimed at making higher education accessible and affordable for both domestic and international students. Primarily, students may benefit from Irish government-funded schemes such as the Student Grant Scheme, which provides financial support to eligible students based on need, income levels, and residence status. Additionally, the Irish Government offers various scholarship opportunities for international students, including merit-based awards that recognize academic excellence and potential in the field of energy systems.

The university itself allocates internal funding to support research and development within the program, which can partially offset costs for students engaging in research projects or internships related to energy systems engineering. Furthermore, students are encouraged to seek external funding opportunities, such as EU grants, sector-specific research grants, or industry sponsorships, which have become increasingly prevalent in supporting specialized programs like energy systems.

Part-time work opportunities are also available within the university campus and nearby industry sectors, enabling students to supplement their income during their studies. These opportunities are designed to be flexible, accommodating the academic schedules of students enrolled in the program. Ireland’s robust international student support services assist non-EU students with information on scholarships, work visas, and financial planning, helping them to manage the costs associated with studying abroad.

Many students finance their studies through a combination of personal savings, family support, and loans. Student loans can be acquired through Ireland’s national student finance system or through private financial institutions. Graduate employment prospects in Ireland and the wider European market also offer a pathway to repay education-related loans, with industries related to renewable energy, sustainable development, and energy infrastructure experiencing growth and demand for skilled graduates.

In conclusion, the financing of the Energy Systems Engineering program at the National University of Ireland is multifaceted, incorporating government grants, university scholarships, external funding, work opportunities, and loan schemes to support students financially throughout their academic journey. This comprehensive approach aims to promote equitable access to education in the energy sector and foster a skilled workforce capable of addressing future energy challenges.

Energy Systems Engineering at the National University of Ireland is a comprehensive program designed to equip students with a deep understanding of the principles and practices involved in the development, optimization, and management of energy systems. This multidisciplinary course combines core engineering concepts with specialized knowledge in renewable energy, power generation, sustainable development, and energy efficiency, preparing graduates for careers in a rapidly evolving industry. The curriculum typically covers topics such as thermodynamics, electrical power systems, control systems, sustainable energy sources, and environmental impact assessment, ensuring students gain both theoretical knowledge and practical skills. The program often includes laboratory work, industry projects, and internships to provide hands-on experience and foster collaboration with industry stakeholders. Students are encouraged to develop competencies in system design, analysis, and optimization, with an emphasis on innovative solutions for energy challenges faced by modern society. The program's structure usually allows for some specialization in areas like renewable energy technologies, smart grids, or energy policy, aligning academic learning with current industry demands. Graduates of the program are well-prepared for roles in energy consultancy, engineering design, project management, and policy development, contributing to the sustainable energy transition. The university fosters a collaborative environment with access to cutting-edge research facilities and expert faculty members from diverse engineering backgrounds. Additionally, partnerships with industry and government bodies provide opportunities for networking and employment. The program is accredited and aligns with European and international standards for engineering education, emphasizing ethical practice and lifelong learning. Overall, Energy Systems Engineering at the NUI offers a rigorous academic pathway for aspiring engineers committed to advancing sustainable energy solutions.