MSc Renewable Energy and Power Systems Management

1 Year On Campus Masters Program

City University of London

Program Overview

The MSc Renewable Energy and Power Systems Management trains students to design, manage, and optimise modern power systems, particularly those integrating renewable energy. It is ideal for engineers or technically minded students who want to contribute to sustainable energy solutions, ensure grid stability, and support the global transition to clean power.

Curriculum structure

Core Study Modules

Students develop a broad understanding of power-system engineering, renewable energy, and management. Introduction to Power Systems & Energy Management covers the fundamentals of electrical systems and their integration with emerging power networks. Transmission & Distribution Systems Management with Smart Grid Technologies explores distributed generation and integrating renewables into existing infrastructure. Power Systems Protection and Grid Stability focuses on maintaining reliable, secure power transmission, which is critical when renewable sources are variable.

Renewable Energy and Sustainable Technologies covers solar, wind, and other renewable generation technologies, while examining environmental, economic, and technical considerations. Power Systems Design and Simulation teaches software-based modelling of power flows, generation, stability, and distribution to solve real-world engineering problems. Operations Research for the Energy Sector and Energy Markets in the Power Industry provide knowledge of industry economics, regulation, and market dynamics, offering insight into both technical and managerial aspects of energy systems.

Dissertation / Final Project

The programme culminates in a substantial Dissertation, allowing students to investigate a specific issue in renewable energy or power-system management. Projects may include modelling grid integration of renewables, assessing market or regulatory impacts, or designing sustainable energy solutions. This research consolidates technical, analytical, and problem-solving skills.

Focus areas

Renewable energy technologies; sustainable power generation; smart-grid integration; distributed generation; power systems design, protection, and stability; energy markets and economics; supply chain and operations management; environmental impact; system simulation; independent research and project work.

Learning outcomes

Graduates will be able to design, analyse, and manage power systems with renewable integration; evaluate technical, environmental, and economic aspects of energy projects; model and simulate power systems under diverse scenarios; understand market dynamics and regulatory frameworks; manage supply chains and operations; conduct independent research; and contribute to sustainable energy solutions in engineering, consultancy, or policy roles.

Professional alignment (accreditation)

The programme is accredited by the Institution of Engineering and Technology (IET), aligning with recognised professional standards for engineers in power and energy sectors. Graduates are prepared for careers in power-system engineering, energy project management, renewable energy consultancy, grid operations, sustainability planning, or further research such as a PhD in energy systems.

Reputation (employability & outcomes)

This MSc is tailored to meet industry demand for professionals skilled in sustainable energy, grid management, and renewable integration. Its combination of technical, managerial, and market-focused modules, along with simulation-based training and a dissertation, equips graduates to work in energy utilities, renewable firms, grid operators, consultancy, or policy organisations.

Experiential Learning (Research, Projects, Internships etc.)

This MSc is built to give you strong technical and managerial skills in the power-energy sector. The course combines simulations, software-based power-system modelling, design work, and exposure to real industry practices. You’ll graduate with both knowledge and real-world experience shaping how modern power systems — especially renewable and sustainable ones — are managed and engineered.

Practical learning features include:

Training in power-system design and simulation using professional-level software for modelling electrical networks.
Modules focused on smart grid technologies, transmission & distribution management, grid stability, and protection — giving practical insight into real-world power grids and integrating renewables.
Coursework and assignments grounded in realistic energy-sector problems: system stability, supply chain and market economics for energy, integration of distributed/renewable energy sources — preparing you for real engineering and managerial challenges.
A substantial independent dissertation project in the final term — allowing original research or engineering work, applying your learning to a practical problem in renewable energy or power systems.
Teaching by academics involved in energy research, and guest lectures from industry professionals — providing exposure to current industry practices, new technologies, and professional networks.

Curriculum — what you’ll study: core themes and technical depth

The programme covers a broad and technically rigorous set of subjects related to power systems, renewable energy, and energy-sector economics. You take eight core modules plus a dissertation.

Core modules include:

Introduction to Power Systems & Energy Management — foundations of how electrical systems are designed and managed.
Transmission & Distribution Systems Management with Smart Grid Technologies — integrating distributed generation, renewables, and smart-grid infrastructure.
Power Systems Protection and Grid Stability — studying stability, fault analysis, protection mechanisms, and reliability of transmission systems.
Power Systems Design and Simulation — learning to model systems, simulate operation/faults, and assess grids in software environments.
Renewable Energy Fundamentals & Sustainable Energy Technologies — understanding renewable technologies (solar, wind, etc.), their deployment, integration, and economic and environmental implications.
Power Systems Applications — covering distributed power generation, power electronics, smart-grid conversion technologies, and emerging grid management techniques.
Operations Research for the Energy Sector / Economics of the Power Industry — analyzing supply chain management, market economics, regulation, and planning in the energy sector.

In your final term, you undertake a dissertation or project-based thesis — enabling you to apply your technical, economic, and design learning to a practical research or engineering challenge.

Career Outcomes — where this degree can lead you

Completing this MSc positions you well for a variety of roles in the energy sector:

Engineer or analyst in power generation, renewable energy, or power-system operations and management.
Roles in energy companies, utilities, grid operators, renewable energy firms, or consultancies focusing on smart grids, sustainable energy deployment, or grid stability.
Opportunities in project planning, supply-chain management, energy-market analysis, or power-sector regulation and strategy — thanks to the blend of technical, economic, and management training.
Potential to move into research, development, or further advanced study (e.g., PhD) in energy systems, sustainable power, smart grids, or renewable technology innovation.

Why This MSc Could Be a Great Fit for You

Given your background and global ambitions, this programme offers:

A strong, globally relevant skill set — combining engineering, renewable energy technology, power-system management, and energy-market economics — highly sought after worldwide.
A mix of technical and managerial training — so you’re not just designing energy systems, but also understanding their economics, regulation, and real-world deployment constraints.
Practical, hands-on simulation and study work, along with a dissertation — giving you a portfolio and experience that can help in job applications or further research.
Versatility: whether you want to work in renewable energy generation, grid operation, energy consulting, policy & regulation, or R&D, this MSc keeps multiple career paths open.

Progression & Future Opportunities

Graduates from the MSc Renewable Energy and Power Systems Management are well equipped to enter the energy sector with a strong combination of technical knowledge, management skills, and industry-relevant expertise. Typical career roles include:
• Power Systems Engineer or Power Systems Analyst
• Renewable Energy Engineer or Consultant
• Grid/Network Planner or Smart-Grid Specialist
• Energy Sector Project Manager or Technical Manager

You will also benefit from the following opportunities through the course:

Accredited qualification: The course is accredited by the Institution of Engineering and Technology (IET), enhancing professional recognition and credibility.
Comprehensive technical and managerial training: Covers power design and simulation, grid management, renewable technology, energy markets, and energy-system economics — giving a broad foundation for modern energy industry needs.
Industry-relevant skillset: Develops skills in smart-grid technologies, distributed generation integration, power system protection, and energy-market understanding, which are increasingly in demand.
Flexible study options: Students can choose a 12-month full-time route or a longer part-time schedule to accommodate work or other commitments.
Strong graduate prospects: Prepares graduates to lead teams in operation, design, control, and management of power systems and networks, essential as energy systems modernize and decarbonize.

Further Academic Progression:

Graduates can:

Enter directly into the energy sector — with utilities, grid operators, renewable-energy companies, consultancy firms, or infrastructure developers.
Pursue doctoral-level or research-focused study (e.g., PhD in Power Systems, Renewable Energy, Smart Grids, Energy Policy, or related fields) for advanced research or innovation roles.
Combine technical expertise with additional postgraduate qualifications or certifications in management, sustainability, or energy policy to aim for leadership roles in energy companies, policy, or consultancy.

Why This Degree Could Be the Right Fit for You

If you are passionate about sustainable energy and want to work on the technical and systemic side of power generation and distribution, this MSc provides a timely and practical pathway. You gain both engineering and sector-relevant management skills, giving flexibility in careers ranging from technical engineering to project management or consultancy in the rapidly evolving energy sector.