Electrical Power and Energy Systems (with Advanced Practice) MSc

Program Overview

The Electrical Power and Energy Systems MSc program at Teesside University equips graduates with advanced knowledge and skills in electrical power and energy systems, preparing them for careers in the power engineering and renewable energy sectors. The program emphasizes future-facing aspects of the industry, including smart grids, microgrids, and renewable energy generation. Graduates benefit from an Advanced Practice module that provides real-world experience through internships, research, or study abroad opportunities, enhancing their employability and academic learning.

Program Outline

Electrical Power and Energy Systems (with Advanced Practice) MSc

Degree Overview:

This MSc program is specifically designed for graduate engineers aspiring to work in the electrical power industry. The curriculum delves into advanced knowledge of electrical power and energy systems, equipping graduates with a comprehensive understanding of the latest developments and techniques within this crucial sector. The program comprises:

• In-depth knowledge: Equips graduates with a deep understanding of the principles within electrical power and energy systems.
• Advanced Skills: Develops advanced skills in subject areas related to power systems, including smart grids, microgrids, power electronics, and renewable energy generation.
• Future-facing approach: Focuses on future-facing aspects of the industry, preparing graduates for the challenges and opportunities of tomorrow's energy landscape.
• Employability: Enhances graduates' employability through the integration of an Advanced Practice module, offering real-world experience through internships, research, or study abroad opportunities.
The program caters to a diverse range of career aspirations within the electrical power industry, specifically targeting roles within the power engineering and renewable energy sectors.

Outline:

Program Length:

• Full-time: 20 months (September enrollment) or 2 years (January enrollment)
• Part-time: Not available

Program Structure:

• Five 20-credit subject specialist modules, focusing on:
• Electrical power networks (Smart Grids, Microgrids, Future Energy Demand)
• Power electronic applications (Renewable Energy Generation, Power Conversion for Energy Systems, Microgrids)
• MSc with advanced practice option:
• 120 credits of taught modules
• 60-credit master's research project
• 60 credits of advanced practice (internship, research, or study abroad)

Core Modules:

• Advanced Practice: Provides real-world experience through internship, research, or study abroad opportunities, enhancing employability and academic learning.
• Engineering Research Project: Students independently investigate an area of engineering, demonstrating their ability to analyze, innovate, and propose solutions.
• Future Energy Demand: Explores the future demand for electricity in the context of ambitious environmental targets, assessing scenarios, implications, and solutions.
• Microgrids: Teaches the application of microgrids for optimizing renewable generation using energy storage systems, integrating with renewable generators, power conversion, and load controllers.
• Power Conversion for Energy Systems: Provides in-depth knowledge of Power Electronic converters used for efficient power transmission from generator to consumer.
• Renewable Energy Generation: Explores the principles, design, operation, and grid-connected applications of wind and photovoltaic technologies, contrasting them with conventional power systems.
• Smart Grids: Equips students with the principles of smart grids for optimizing power transmission and distribution.

Assessment:

Assessment methods vary by module and may include:

• In-course assignments
• Design exercises
• Technical reports
• Presentations
• Formal examinations

MSc Project:

Dissertation preparation.

Advanced Practice Module:

• Individual written reflective report (3,000 words)
• Study or workplace log (where applicable)
• Poster presentation

Teaching:

The program utilizes a combination of teaching methods:

• Lectures: Provide theoretical foundation and knowledge.
• Tutorials: Facilitate focused examination of important issues and approaches.
• Practical Sessions: Offer opportunities to apply theoretical knowledge to specific problems.
• Industry-Specific Software: Introduces and utilizes relevant software for practical IT lab experience.
The program boasts highly qualified faculty with expertise in the field.

Careers:

Graduates of this program are prepared for a range of career opportunities in the electrical power and energy systems sector, including:

• Designing, constructing, and maintaining complex energy generation, conversion, and distribution systems.
• Managing energy storage systems, control systems, and efficient energy use in various applications.
• Working on projects related to the environmental and economic impact of energy usage.

Examples of potential job titles:

• Design engineer for new electrical transmission and distribution systems
• Maintenance and repair manager
• Operations manager for existing systems
• Wind turbine farm operations manager
• Efficiency analyst for hydroelectric power systems
• Economic viability evaluator for new solar power installations
• Environmental impact assessor for energy systems

Other:

• Program accredited by the Institution of Engineering and Technology (IET) on behalf of the Engineering Council, meeting requirements for Further Learning for registration as a Chartered Engineer.
• Graduates benefit from expanded career opportunities, higher earning potential, and enhanced skills in project management, critical thinking, research, and teamwork.
• Teesside University offers a friendly campus environment with recent investments and access to Adobe Creative Campus resources.
• The program attracts a diverse student body with opportunities to connect with peers and professionals in the field.

Tuition Fees and Payment Information:

• Full-time
2024/25 entry Fee for UK applicants £4,770 a year
• Fee for international applicants
£10,000 a year