Imperial College London global summer school

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Imperial College London global summer school

The Imperial Global Summer School combines a challenging academic programme with a packed schedule of social activities to create an unforgettable two weeks.

Academic programme

Students in a class

At the heart of the Global Summer School is an intensive academic programme. It is aimed at increasing your subject knowledge and improving your practical skills. You will develop academically and personally as you are inspired, challenged and supported throughout the programme by our experienced academics, researchers, support staff and Summer School leaders.

You will be allocated a mentor to ensure you feel fully supported throughout the Summer School. This mentor will be a current Imperial student studying a subject related to the academic stream that you are on. They will be on hand to guide you through the academic content and will be able to give you an insight into studying at Imperial College and potential career paths.

There will also be lots of opportunities to ask questions and discuss thoughts in classes and seminars.

Masterclasses

You will have the chance to attend a series of career masterclasses, covering such topics as:

  • how to apply to a UK university
  • how to write a personal statement
  • interview skills
  • applying to medicine in the UK

Study programme

The entire Summer School programme will be taught and conducted in English. You will be expected to learn and communicate in English, so a high standard is very important. See our admissions criteria for details of our academic requirements for Summer School students, including English language ability.

Teaching time

Teaching days (Monday–Friday) typically run from 9.30 to 16.00, with one hour for lunch.

Week one: knowledge building

You will start the programme in one of three learning streams. You will be asked, during the application process, to rank the learning streams in order of preference. We will try our best to accommodate your preference when we allocate people to different streams:

  • ENGINEERING

    • The engineering stream combines elements of engineering and design, combined with specialist seminars and workshops delivered by different engineering departments throughout the week.
    • You will have the chance to explore essential engineering skills, working in groups and using problem-based learning to find solutions to real engineering projects.
    • In 2015, for example, students were challenged to design, build and test a bridge. Exploring the engineering principles used in building bridges, they were introduced to ideas of creative design, the importance of material selection and testing and how to use CAD software to aid in the design process.
  • MEDICINE AND LIFE SCIENCES

    • The Medicine and Life Sciences stream aims to provide insights on careers in medicine and the life sciences, whether as a doctor or as a researcher, through hands-on experience of cell biology experiments and their impact in medical research and drug development.
    • You will be given experience of safe, effective laboratory research using the scientific method to design, test and report your research. In addition, you will spend a day at one of Imperial’s affiliated hospitals learning clinical skills from leading health professionals.
    • In 2015, for instance, the stream focused particularly on cancer research. Students learned how cells are grown in the laboratory and used during drug design and testing, as well as gained experience with light and florescent microscopes and using computer software to analyse results.
  • PHYSICAL SCIENCES

    • The Physical Sciences stream focuses on the physics and mathematics of a central concept in the physical sciences through a series of lectures, workshops, practical investigations and through the use of computing simulations.
    • In 2016, for instance, students studied the phenomenon of oscillations as one of the most fundamental and far-reaching concepts in all of physics. Examples of oscillations occur in all branches of physics, from the smallest studies of subatomic particles to the large scale movements of galaxies. Their ubiquity does not end with physics, as they also feature within such diverse disciplines as biology and chemistry.
    • Students finished the week with a real knowledge and understanding of oscillations and their importance throughout all of the natural sciences; they also encountered new mathematics techniques and developed some real practical programming skills with the Python programming language.

Each stream follows a similar structure of lectures and seminars, taught by current Faculty members.