Wind Energy Engineering

This 90-ECTS full-year programme is designed for engineering graduates and professionals from various disciplines, such as mechanical, civil, and aeronautical/aerospace engineering, who aspire to become specialists in the dynamic wind energy industry. The curriculum combines in-depth studies of wind energy fundamentals and cutting-edge technologies with advanced technical engineering modules, as well as essential topics for management and operation within the industry.



A pivotal component of the programme is a 30-ECTS thesis project, focused on research and development in areas such as technology advancement, manufacturing processes, deployment strategies, or the operation of wind energy systems. This project provides a platform for innovative exploration and practical application within the field.



Graduates of the programme will be equipped to:



Conduct advanced analysis and design calculations for wind turbines and their major components.

Identify and implement the most effective technological solutions for specific wind energy project requirements.

Plan and manage wind farm deployment and operations, with a comprehensive understanding of technical, environmental, social, and regulatory factors.

Perform advanced research projects in specialised areas of wind energy engineering.

Communicate technical work and research outcomes to both peers and the public in a professional and effective manner.

Course Outline

The MSc in Wind Energy Engineering is a 90-ECTS programme, consisting of 60 ECTS of taught modules and a significant research component, the Research Thesis, which accounts for 30 ECTS and runs throughout the year. The taught modules include five core modules (25 ECTS) listed below, which all students must complete:



Advanced Wind Energy Engineering and Design

Advanced Mechanics of Materials

Engineering Acoustics: Noise and Sustainable Development

Structural Dynamics and Aeroelasticity

Research Methods for Engineers



The following modules are mandatory unless equivalent ones have been previously completed:



Finite Element Methods in Engineering

Computational Fluid Dynamics

Advanced Energy Systems Engineering



As this is a master’s programme aimed at a diverse intake, the programme director will advise each incoming student on the selection of elective modules suited to their goals and background from the list of technical (10-25 ECTS) and industry-focused modules (10 ECTS) below:







Elective Technical Modules:







Advanced Finite Element Methods

Materials II

Structural Analysis

Power Systems

Digital Control Systems for Automation and Robotics

Green Hydrogen Technology, Design and Analysis

Coastal & Offshore Engineering

Machine Learning and Artificial Intelligence for Engineering Applications



Elective Industry-Focused Modules:

Renewable Energy Economics and Policy

Technology Innovation and Entrepreneurship

Project Management

Financial Management I

Safety Engineering

Planning and Law

The programme, developed in cooperation with the wind energy industry in Ireland, is open to individuals who have a minimum Second Class Honours, Grade 1 (H2.1), in a Level 8 Mechanical, Civil, or Aeronautical/Aerospace Engineering degree (or in a closely related discipline), from a recognised university or third-level college. Factors considered in determining admission will include the specific content of the undergraduate degree, the applicant’s performance, postgraduate experience, and the availability of places.

Applications must be completed online at: https://nuigalway.elluciancrmrecruit.com/Apply/Account/Login.



An application requires a registration fee of €35. You will be asked to upload proof of identification, academic transcripts, a personal statement, an academic reference and documentation to fulfil the English requirement (where English is not your first language).

1 year full-time,

Next start date September 2025

Career Opportunities

Graduates of the MSc in Wind Energy Engineering will find a wealth of career opportunities across the rapidly expanding renewable energy sector. They will be well-positioned for roles such as wind turbine design engineers, wind farm project managers, and operations and maintenance specialists. With expertise in both the technical and managerial aspects of wind energy systems, they can pursue careers with wind energy developers, manufacturers, and consultancy firms. Additionally, their advanced research skills and in-depth knowledge of cutting-edge technologies prepare them for roles in innovation and R&D within academic, governmental, or industry research institutions. The programme also equips graduates to contribute to policy development and regulatory compliance, further broadening their career prospects in a sector crucial to sustainable energy solutions.