Cambridge Engineering Summer School
Every aspect of our lives has been engineered: from gadgets to our national infrastructure; from the food we eat and the medicines we take to the transport vehicles that got them to our local shop. It is difficult to avoid the wonders of engineering. Often considered tinkerers, problem solvers, and visionaries, engineers hold the keys to our real and virtual future. Engineering is everywhere and covers many different types of activity. Engineers create things, engineers fix things, engineers improve things. Engineering is a creative process based on the application of scientific principles, through these principles engineers are building the future.
During the Immerse Engineering Summer Course at Cambridge University, participants will explore the key components of an engineering undergraduate degree and delve into areas such as:
- Engineering design
- Mechanical components and dynamics
- Software engineering
The teaching of key theories, technical knowledge, and the principles of Engineering form the basis of this unique programme. In addition, the evolution of thinking from philosophers and natural philosophers to scientists (from antiquity to present day) will be discussed and their influence on engineering will be explored. The concepts of force, stress, and energy are going to be introduced, and their application to the design of bridges, airplanes, power plants and even the human body will be considered. Finally, the social, political, economic, and environmental effects and challenges of engineering in the present world will be addressed.
For budding engineers the Immerse Cambridge Engineering Summer programme provides students with a clear understanding about what engineering, as both a discipline and career, is. The engineering summer programme explores the many sectors of engineering as well as the delving into the social impact engineers have when they enter an industrial career. Those wishing to study engineering need to have not only technical knowledge but also an understanding of what it means to be an engineer, and this Cambridge Engineering summer course does exactly that.
Summer Engineering Courses at Cambridge University
For many high school students, Engineering is a programme that may seem daunting. By enrolling in the Cambridge Immerse Engineering course, you will be giving yourself the opportunity to learn first-hand what the study Engineering at university involves as well as gaining a good understanding of the many different areas the programme might take. Plus, whatever your current ability-level, the small class sizes our Engineering summer course will ensure you will be both challenged and supported in carefully planned classes that emulate the unique Oxbridge system of tutor-student engagement and debate.
The course focuses upon equipping students with the skills that are vital to studying Engineering at university: in particular, getting a good understanding of what life as an Engineering undergraduate might involve from studying Mechanical Engineering, to Chemical Engineering, to Material Engineering. The course will also look at problems that an aerospace engineer or a civil engineer might deal with during their career. The discipline is incredibly wide-reaching and it is very useful for a high school student who wants to study Engineering at university to get to grips with the various branches a course might take.
What will I study during the Cambridge Engineering Summer School?
The Cambridge Immerse Engineering Summer Programme aims to emulate an undergraduate Engineering degree by introducing students the key topics that would be explored.
Material engineering is an interdisciplinary field that deals with the study of matter and its properties. It incorporates elements of physics and chemistry and is at the forefront of nanoscience and nanotechnology. We will look at the common engineering materials, e.g. metals, reinforced concrete, and wood, and their use in machines and structures. A special look will be given to high-performance glass used nowadays in electronics and in strong components for bridges and buildings. Lightweight and ultra-strong fibre-reinforced polymer (FRP) materials, e.g. carbon-fibre reinforced epoxies, will be described in detailed as they are becoming key materials for high-tech applications in the aerospace, naval, and automotive industries. Manufacturing processes of these materials, including coating technologies and 3-D printing, will be presented. The role of material engineering and material recyclability in relation to climate change will be addressed in a discussion with the students.
Stress analysis is an engineering discipline covering methods to determine the stresses and strains in materials and structures subjected to forces. Stress analysis is a primary task for civil, mechanical, and aerospace engineers involved in the design of structures such as bridges, dams, aircraft, and rocket bodies. We will study stability problems such as the buckling of a compressed column, and students will work on the comparison of designs resulting from considering or neglecting stability analyses.
Fluid mechanics is the branch of physics that studies fluids and the forces on them. It is a branch of continuum mechanics and models matter as a continuum, i.e. without considering that it is made out of independent atoms. We will look at the basics of fluid mechanics and understand why it turns out to be such a challenging subject.
Thermodynamics is a branch of physics and engineering concerned with heat and temperature and their relation to energy and work. These general constraints are expressed in the four laws of thermodynamics, and we will investigate these laws using case studies such as the heat pump cycle. Energy engineering will also be discussed particularly in relation with the generation of energy from renewable sources such as wind and solar radiation.
Benefits of enrolling in our pre-university Engineering summer programme
If it is your ambition to study Engineering at a top university, then the Cambridge Immerse Engineering summer programme is the right place to start.
Benefit from 40 hours of academic sessions and a university-level Engineering syllabus designed by Cambridge University Engineering tutors. This Engineering summer programme will instill you with the knowledge to not only prepare for Engineering university applications but also for life as an Engineering undergraduate.
To ensure you leave the course with the best preparation for your university experience, Cambridge Immerse also offers a range of highly useful, optional skills workshops which are included in the Engineering summer course fee, including Interview Skills Workshops to help you articulate yourself brilliantly under pressure and show your passion for the subject. You can also take advantage of one-on-one Personal Statement Consultations to help you polish your personal statement and make it really stand out from the crowd.
As you can see from the topic overview above, the Cambridge Immerse Engineering summer course covers a wide breadth of material, but this is not something to be worried about! Before you begin, you will be given fascinating and stimulating preparatory books and articles to get your teeth into and to make sure you’re fully up to speed before the course begins. To find out more about the summer Engineering course, and to enrol, visit this link.
Quick Engineering summer course facts and stats:
- Maximum tutorial size: 12 students
- Oxbridge style teaching from university tutors
- University preparation workshops
- Inclusive of excursions
- Reside in a central University of Cambridge college
- Dedicated university and subject specific advice
- A variety of carefully planned skills workshops
- Inclusive of all excursions and extracurriculars
- Diverse range of international participants
- Participant Assessment
- Certificate of Participation
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