Environment, Sustainability, and Global Health MSc

This course is in clearing

Overview

Course modules

In this course, you will build the knowledge and skills needed to analyse major environmental challenges — including climate change, pollution, and other threats to sustainability and human health. You will reinforce your knowledge with data science and analytical skills, and supported by the Sustainability Research Institute, investigate real-world environmental issues and explore practical, evidence based solutions. You will also have the opportunity to enhance your professional experience through optional short-term placements, or a full-year industry placement, helping you develop valuable skills and shape your career ambitions.

Entry requirements

MSc:
MSc with Placement Year:

What makes this course different

Royal Docks partnerships

Engage with sustainability challenges through UEL’s partnerships with Royal Docks organisations, local authorities and industry stakeholders across East London.

SRI research expertise

Learn from academics and researchers connected to UEL’s Sustainability Research Institute (SRI), bringing industry-linked research and real sustainability projects into the teaching & assessments.

Planetary health focus

Examine climate change, pollution and biodiversity loss through an integrated environmental and global health framework aligned with WHO priorities.

Course options

    Start date

    MSc

    Environment, Sustainability, and Global Health MSc, home applicant, full time

    • Home Applicant ,
    • Full time, 1 year
    • £ 11220 per year

    Environment, Sustainability, and Global Health MSc, home applicant, part time

    • Home Applicant ,
    • Part time, 2 years
    • £ 1870 per 30 credit module

    Environment, Sustainability, and Global Health MSc, international applicant, full time

    • International Applicant
    • Full time, 1 year
    • £ 17700 per year

    MSc with Placement Year

    Environment, Sustainability, and Global Health MSc, home applicant, full time with placement

    • Home Applicant ,
    • Full time with placement, 2 years
    • £ 11220 per year. Year 2 Industrial Placement Fee - £3,500

    What we’re researching

    This course is linked to research within UEL’s Sustainability Research Institute (SRI), together with research in the Bioscience and Health Departments, which brings together expertise across sustainability, environmental science and public health. Our research aligns with the UN Sustainable Development Goals and UEL’s ambition to achieve net zero carbon by 2030. In partnership with Siemens, UEL reduced campus emissions by 10% in the first phase of its net zero strategy (2024).

    SRI research focuses on sustainable societies, sustainable materials and resources, and blue and green infrastructure. Current projects include improving energy efficiency in data centres, developing low-carbon construction materials such as Sugarcrete® (which can reduce CO₂ emissions by up to 40% compared to traditional concrete); investigating water and sediment quality in Royal Docks and River Thames.

    As a postgraduate student, you will study within this active research environment and benefit from teaching informed by ongoing multidisciplinary environmental and sustainability research.

    Your future career

    Graduates can move into UK and international roles across government, NGOs, local councils, healthcare providers and industry (including water, food, waste treatment, energy, construction, transport, agriculture, health and manufacturing). Job roles include environmental consultant, sustainability manager, environmental policy officer, environmental compliance officer, environmental impact analyst, environmental health analyst, and data analyst in sustainability-focused teams. You can also progress to PhD study or research roles in academic and research institutions. The course structure lets you choose optional modules to support different career pathways.

    Industry links

    The course is developed with input in collaboration with from UEL’s Sustainability Research Institute (SRI) Team, who work with industry partners, local and regional authorities, government agencies and NGOs. Royal Docks organisations support ongoing environmental research, including projects on plastic pollution in the Royal Docks and River Thames. Potential employer engagement includes input from DEFRA and industry partners, with guest lectures and placement opportunities.

    Graduate employers

    Graduates may work in government departments, local councils, environmental agencies, NGOs, healthcare providers and sustainability-focused industries. The course has engagement with stakeholders linked to DEFRA, Royal Docks organisations and industry partners connected to SRI, reflecting the sectors where graduates may seek employment.

    Job roles

    Graduates can pursue roles such as:

    • Environmental consultant
    • Sustainability manager
    • Environmental policy officer
    • Environmental compliance officer
    • Environmental impact analyst
    • Environmental health analyst
    • Sustainability data analyst
    • Sustainable development planner

    These roles reflect the global health, environmental monitoring, policy, data analysis and sustainability skills developed on the course.

    Further Study

    Graduates may progress to research degrees (such as MRes or PhD) in environmental science, sustainability, public health or related interdisciplinary fields. The research methods training and dissertation or placement portfolio prepare students for academic and research-based careers.

    How we support your career ambitions

    We offer dedicated careers support, further opportunities to thrive, such as volunteering and industry networking. our courses are created in collaboration with employers and industry to ensure they accurately reflect the real-life practices of your future career and provide you with the essential skills needed. You can focus on building interpersonal skills through group work and benefit from our investment in the latest cutting edge technologies and facilities.

    How you'll learn

    You will learn through a practice-based, problem-focused approach. Teaching is structured around problem-based learning (PBL), where you apply subject knowledge to real environmental and sustainability challenges. Core and optional modules combine environmental science, sustainability and global health with data science and analytical skills. You will engage in small groups, with case studies, industry scenarios and applied assessment throughout the course.

    Guided Independent Study

    Alongside taught sessions, you will complete guided independent study to deepen your subject knowledge and develop research skills. This includes directed reading, data analysis tasks, preparation for assessments and independent project development. A dedicated research methods module prepares you for your final dissertation or placement portfolio. Independent study supports the development of analytical, critical thinking and professional skills required in environmental and sustainability careers.

    Academic support

    You will be supported by academic staff from Bioscience and Public Health, and related disciplines, alongside input from researchers connected to Sustainability Research Institute (SRI) and invited guest speakers. SRI postdoctoral researchers contribute to problem-based workshops and co-supervise projects and placements. Additional support is available through subject tutors and academic skills provision, including quantitative and data-focused guidance aligned to the course content.

    Dedicated personal tutor

    You will be supported throughout your studies by course team members. Your tutor will provide academic guidance, support your progress and help you prepare for your research dissertation or placement portfolio. You will also receive supervision during your final project, with input from relevant academic staff, and where appropriate, researchers linked to the Sustainability Research Institute (SRI).

    Your Timetable

    Teaching takes place across Terms 1 and 2, with the final term dedicated to your research dissertation or placement portfolio. Modules are delivered through a combination of lectures, problem-based learning (PBL) workshops, seminars and applied sessions, and field and industrial visits where applicable. Full-time students typically study across the academic year, while part-time students complete the course over two years. If you choose the Placement Year route, you will undertake a one-year industry placement following completion of the taught modules.

    Class Sizes

    Teaching includes a mix of lectures, problem-based-learning workshop sessions in small groups. Project supervision and placement support are delivered in smaller groups or on a one-to-one basis. This structure supports discussion, applied learning and direct academic feedback, particularly during the dissertation or placement portfolio stage.

    How you will be assessed

    Assessment is designed around problem-based learning (PBL) and real-world applications. You will complete coursework that applies environmental, sustainability and global health knowledge to practical scenarios and case studies.

    Assessment methods may include written assignments and problem-solving exercises generally linked taught modules. Some group work may be assessed as small group seminars/ discussions/ presentations.

    A dedicated research methods module prepares you for your final assessment, which takes the form of either:

    • A 60-credit research dissertation

    or

    • A 60-credit placement portfolio based on industry engagement

    If you choose the Placement Year route, your placement forms part of your assessed learning experience.

    Assessment throughout the course is designed to develop analytical, research and professional skills relevant to environmental, sustainability, and health careers.

    Campus and facilities

    Who teaches this course

    The teaching team includes qualified academics, practitioners and industry experts as guest speakers. Full details of the academics will be provided in the student handbook and module guides.