Sustainable Energy and Clean Technology MSc
| Program start date | Application deadline |
| 2023-09-01 | 2023-07-09 |
| 2024-01-01 | 2023-11-26 |
| 2024-09-01 | - |
| 2025-01-01 | - |
Program Overview
The Sustainable Energy and Clean Technology MSc equips students with the knowledge and skills to address complex sustainability problems in the clean energy and green industries. Through a blend of lectures, tutorials, and hands-on lab sessions, students gain a comprehensive understanding of renewable energy sources, sustainable engineering practices, and green technology development. The program emphasizes independent research, industry engagement, and career preparation, empowering graduates to pursue diverse roles in the sustainable energy and clean technology sectors.
Program Outline
Sustainable Energy and Clean Technology MSc
Degree Overview
Objectives
This program equips students with the knowledge and skills necessary to:
- Understand and address complex sustainability problems related to clean energy and green industries.
- Synthesize information from diverse sources and make informed decisions.
- Conduct independent research on a specific topic in sustainable engineering.
- Apply knowledge and skills to real-world challenges in clean energy and sustainability.
Description
The Sustainable Energy and Clean Technology MSc delves into various aspects of the field, including:
- Renewable energy sources: wind, photovoltaic, hydrogen, and bioenergy
- Sustainable engineering practices and principles
- Green technology development and application
- Power system design and optimization
- Smart grid integration and management
- Environmental impact assessment and mitigation
- Carbon capture and storage strategies Through this program, students gain a comprehensive understanding of the latest developments, technological advancements, and challenges within the sustainable energy and clean technology landscape.
Outline
Program Content
The program covers a range of modules, including:
- Engineering Research Project: Conduct independent research on a topic related to sustainable engineering.
- Hydrogen Technologies and Fuel Cells: Explore hydrogen production, storage, and utilization technologies.
- Renewable Energy Generation: Analyze and evaluate wind and solar power technologies, their design, operation, and grid integration.
- Smart Grids: Learn about smart grid design, operation, and control for optimized power transmission and distribution.
- Sustainability: Explore the impact of engineering on society and environment, sustainable design principles, and ethical considerations.
- Zero Carbon Built Infrastructure: Design, construct, and operate buildings with minimal carbon footprint.
Course Schedule
The program is offered on a full-time (1 year) and part-time (2 years) basis. Classes typically take place one to two days a week. Semester dates vary depending on start date (September or January).
Modules
Each module focuses on a specific area within sustainable energy and clean technology, offering in-depth knowledge and skills development. Some additional optional modules are also available, allowing students to tailor their learning experience.
- Big Data and Business Intelligence: Analyze big data for business applications, implement database solutions, and leverage data visualization techniques.
- Circular Economy: Explore circular economy principles, challenges, and solutions for achieving environmental sustainability.
- Power Conversion for Energy Systems: Learn about various power electronic converter designs, operation, and their role in energy systems.
- Project Management Philosophies and Tools: Develop advanced project management skills and knowledge, including planning, scheduling, budgeting, and risk management.
Assessment
Assessment methods vary depending on the module, but may include:
- Design and lab reports
- Portfolios
- Exams
- Group work
- Poster presentations
- Technical interviews
- Literature surveys
- Evaluations and summaries
- Dissertation The overall assessment focuses on evaluating students' subject knowledge, independent thinking, analytical skills, problem-solving abilities, and communication skills.
Teaching
Teaching Methods
The program employs a blend of teaching approaches, including:
- Lectures to deliver key concepts and knowledge.
- Tutorials and seminars for interactive discussions and problem-solving.
- Computer lab sessions for hands-on experience with relevant software and tools.
- Industry-standard laboratory facilities and computing resources support students' technical learning.
Faculty
The program is taught by experienced faculty with expertise in sustainable engineering, energy systems, renewable energy, and related fields. The faculty are actively involved in research and industry collaborations, providing students with access to cutting-edge knowledge and industry insights.
Unique Approaches
- Research-focused: Emphasis on conducting independent research, contributing to the field of knowledge, and developing critical thinking skills.
- Industry engagement: Collaboration with leading industry partners, providing students with real-world project opportunities and exposure to industry trends.
- Net Zero Innovation Hub: Access to cutting-edge research facilities and resources dedicated to clean energy solutions and sustainability initiatives.
Careers
Career Opportunities
This program prepares graduates for diverse career paths in various sectors, including:
- Renewable energy industries (wind, solar, hydrogen, bioenergy)
- Green technology development and application
- Energy consulting and engineering firms
- Sustainable infrastructure and construction
- Government and policy organizations focused on climate change and environmental protection
- Research institutions and academia
Career Outcomes
Graduates can pursue a wide range of roles, such as:
- Renewable energy engineer
- Sustainability consultant
- Green project manager
- Smart grid engineer
- Carbon capture and storage specialist
- Research associate in clean energy technologies
Other
- The program is accredited by The Institution of Engineering and Technology and meets the requirements for further learning for registration as a chartered engineer.
- The University of Teesside provides a £12,000 scholarship opportunity to support students pursuing this program.
- The university is located in the Tees Valley, a hub for green energy industries, offering students access to industry connections and job opportunities.
Tuition Fees and Payment Information:
Full-time 2024/25 entry Fee for UK applicants £7,365 a year Fee for international applicants £17,000 a year Part-time 2024/25 entry Fee for UK applicants £820 for each 20 credits
Teesside University
Overview:
Teesside University is a public university located in Middlesbrough, Tees Valley, England. It is known for its strong focus on student experience, research, and business partnerships. The university has invested heavily in its campus, offering modern facilities and a vibrant learning environment.
Services Offered:
Teesside University provides a wide range of services to its students, including:
Undergraduate and postgraduate study:
Offering a diverse selection of programs across various disciplines.Short courses and CPD:
Providing opportunities for professional development and upskilling.Online learning:
Delivering flexible and accessible learning options.International student support:
Providing dedicated services for international students.Career services:
Offering guidance and support for career planning and job searching.Student support services:
Providing academic, personal, and financial support to students.Library and IT facilities:
Offering access to extensive resources and technology.Accommodation services:
Providing on-campus and off-campus accommodation options.Sports and recreational facilities:
Offering a variety of sports and leisure activities.Student Life and Campus Experience:
Teesside University prides itself on its close-knit and supportive community. Students can expect a vibrant campus life with:
Social events and activities:
Offering opportunities to connect with fellow students and engage in extracurricular activities.Student societies and clubs:
Providing platforms for students to pursue their interests and develop their skills.Campus facilities:
Including a modern library, sports facilities, and a variety of dining options.A welcoming and inclusive environment:
Fostering a sense of belonging and diversity.Key Reasons to Study There:
Affordable excellence:
Offering a high-quality education at a competitive price.Gold rating in the Teaching Excellence Framework (TEF):
Recognized for its outstanding teaching and student experience.World-leading research:
Conducting impactful research across various fields.Strong industry partnerships:
Providing opportunities for students to gain practical experience and develop valuable connections.Vibrant and supportive community:
Offering a welcoming and inclusive environment for students to thrive.Academic Programs:
Teesside University offers a wide range of academic programs across six schools:
School of Arts & Creative Industries
School of Computing, Engineering & Digital Technologies
School of Health & Life Sciences
School of Social Sciences, Humanities & Law
Teesside University International Business School
University departments
Other:
Campus Masterplan:
Teesside University has invested £280 million in its campus to enhance the student experience and support the local community.Strong commitment to equality and diversity:
Recognized as a top employer for its commitment to inclusivity.Nationally recognized for its services to business:
Providing impactful partnerships with local and global organizations.Located in a vibrant and affordable region:
Offering a unique blend of urban and rural experiences.Entry Requirements
UK Applicants
For general information please see our overview of entry requirements. International applicants can find out what qualifications they need by visiting Your Country.
