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Students
Tuition Fee
GBP 29,700
Per year
Start Date
Medium of studying
Duration
12 months
Program Facts
Program Details
Degree
Masters
Major
Civil Engineering | Environmental Engineering | Water Technology and Engineering
Area of study
Engineering
Timing
Full time
Course Language
English
Tuition Fee
Average International Tuition Fee
GBP 29,700
About Program

Program Overview


The MSc in Sustainable Water Resources Engineering equips students with the knowledge and skills to tackle critical water engineering challenges related to flooding, pollution, and infrastructure design. It emphasizes environmental enhancement, research-led teaching, industry collaboration, and prepares graduates for careers in the water industry, sustainable urban development, and flood and environmental management.

Program Outline


Degree Overview:

This MSc program in Sustainable Water Resources Engineering is designed to equip students with the fundamental knowledge and skills necessary for a successful career in water engineering.


Objectives:

The program aims to:

  • Provide students with a comprehensive understanding of essential engineering principles, such as fluid mechanics, chemistry, hydrology, applied hydrogeology, hydraulic engineering, and computational methods.
  • Develop students' skills in environmental enhancement and protection.
  • Prepare students for careers in various fields, including the water industry, sustainable urban development, flood and environmental management.

Description:

The program emphasizes the importance of water resource management in a world facing increasing challenges. It highlights the need for engineers who can tackle issues like flooding, pollution, and infrastructure design. The program's curriculum is informed by the University's multidisciplinary water research group, ensuring a research-led approach to teaching.


Outline:


Semester 1 Core Modules:

  • Research and Professional Skills: This module focuses on developing best practices in engineering-related research and professional skills, equipping students with the necessary tools for professional engineers dealing with research and technological development.
  • (15 credits) It covers the dynamics of laminar and turbulent flows in pipes and open channels, exploring the governing equations and assumptions involved in their application at different scales of analysis. Students will gain competence in analyzing flows in various contexts and applying this knowledge to solve common water engineering problems. (15 credits) It covers topics such as rainfall prediction, water movement analysis, flood flow estimation, and an overview of current issues in the field, including climate change. (15 credits)
  • Advanced Engineering Research Study: This module represents a significant component of the Masters program, enabling students to develop skills in scientific investigation, project management, and presentation.
  • Students are required to submit a comprehensive report detailing their individual work during the summer semester. (60 credits)

Semester 1 Optional Modules:

  • Advanced Geotechnics: This module deepens students' understanding of soil behavior, explores the use of limit analysis in geotechnical engineering, and introduces the concepts behind geotechnical limit state design.
  • Students will develop their knowledge of geotechnical design with reference to Eurocode 7 and gain experience using state-of-the-art engineering design concepts and tools. (15 credits)
  • Climate Resilient Water Infrastructure Design: This module equips students with the knowledge and skills to address uncertainties associated with climate change, socio-economic factors, and technological advancements in water infrastructure design.
  • It utilizes computer-assisted exploration, Python programming, and interactive interventions to empower students in developing robust designs. (15 credits) It equips students with the skills to analyze and develop built environment engineering solutions that adhere to planetary boundaries. (15 credits)
  • Civil Engineering Project Management: This module introduces students to core management topics and skills relevant to the construction industry, covering areas such as project management, business case development, value understanding, risk and quality management, resource and contract management, legal responsibilities, and procurement.
  • (15 credits)

Semester 2 Core Modules:

  • Urban Stormwater Management: This module provides students with an understanding of the fundamental concepts and processes associated with hydrology and urban drainage design.
  • It covers current and developing practices in urban drainage, including the role of Sustainable Drainage Systems (SuDS). (15 credits)
  • Water Quality Processes & Treatment: This module addresses the sources, consequences, and treatment of contaminants within the water cycle.
  • It focuses on developing understanding and technical skills related to water quality and safety mechanisms and common treatment technologies used by water utilities. (15 credits)
  • Advanced Engineering Research Study: This module continues to develop students' research skills, requiring them to submit a comprehensive report detailing their individual work during the summer semester.
  • (60 credits)

Semester 2 Optional Modules:

  • Geotechnical Infrastructure: This module focuses on the analysis and sustainable design of large-scale geotechnical infrastructure, such as embankment dams, levees, and tunnels.
  • It explores aspects of uncertainty and risk, particularly in the context of climate change, and utilizes historical case studies and numerical modeling. (15 credits)
  • Design and Management of Sewer Systems: This module provides students with a high level of knowledge and understanding of sewer and stormwater drainage systems in the UK.
  • It covers current and emerging regulatory, management, and design practices, emphasizing environmental and sustainability issues associated with this type of infrastructure. (15 credits)
  • Managing Design and Construction: This module applies core skills taught in previous modules to real-life scenarios related to construction management, including project management, business case development, value understanding, risk and quality management, resource and contract management, legal responsibilities, and procurement.
  • (15 credits)
  • Computational Fluid Dynamics: This module provides a comprehensive understanding of computational fluid dynamics, covering governing principles, numerical methods, and practical applications in a built-environment context.
  • Students will develop skills in implementing CFD models and communicating their findings effectively. (15 credits)

Assessment:

The program utilizes a variety of assessment methods, including:

  • Formal examinations
  • Coursework
  • Research projects
  • Regular feedback is provided throughout the course to support student development.

Teaching:

The program employs a diverse range of teaching methods, including:

  • Tutorials
  • Lectures
  • Group project work
  • Virtual learning environments
  • Individual research
  • Some modules may include input from industry partners, laboratory work, or site visits.

Careers:

Upon completion of the program, graduates are well-prepared for careers in various fields, including:

  • Water industry
  • Sustainable urban development
  • Flood and environmental management
  • The program's focus on research and industry collaboration provides graduates with the skills and experience necessary to succeed in these demanding roles.

Other:

The program's content is reviewed annually to ensure its relevance and currency. Changes may occur in response to research discoveries, funding changes, professional accreditation requirements, student or employer feedback, review outcomes, and variations in staff or student numbers. Students will be informed of any changes in a timely manner.


Overseas (2024 annual fee) : £29,700

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