Engineering at Cambridge is a vocational course where students gain an excellent insight into a career as an engineer. Furthermore, students can choose from a variety of different engineering specialties whilst having the opportunity to develop both their understanding of important concepts as well as the practical application of these in the real world. Students also attend lectures, tutorials and practicals from experienced individuals in their chosen industry.
| UCAS Code | Engineering- H100 |
|---|---|
| Minimum Entry Requirements for Cambridge Engineering | A-levels – A*A*A including Mathematics and Physics. Additionally, the A*s must be in Mathematics, Physics or Further Mathematics Advanced Highers – AA/AAB IB – 40-42 (including core points) with 776 at HL (with 7s in HL Mathematics and Physics) Advanced Diploma in Engineering – Level 3, as long as you can also get an A-Level in Physics and a Level 3 Certificate in Mathematics for Engineering BTEC – National Extended Diploma with grades D*D*D |
| Admission Test for Cambridge Engineering Course | ENGAA + Interview The Engineering Admissions Assessment tests how candidates use and apply their pre-existing knowledge in unfamiliar scenarios. It consists of two multiple choice papers. Each is an hour long and tests both Mathematics and Physics. This usually takes place in November. Some colleges also require STEP, or the Sixth Term Examination Paper, which is a Mathematics examination consisting of up to two 3-hour examinations. These comprise a mixture of pure Mathematics, Mechanics and Statistics and usually take place in June. |
| Entry Requirements for Engineering at Cambridge | Candidates possess Physics and Mathematics at A-Level or equivalent. Additionally, admissions tutors recommend that candidates have Further Mathematics. |
| Extras things admission tutors look for at Cambridge Engineering | In interviews, tutors look for students who: Can demonstrate understanding of core knowledge in Physics and Mathematics, can apply familiar concepts to unfamiliar situations, can swiftly adjust their thinking to new information, and can communicate their thought process clearly and effectively |
| Duration of the Course | 4 years- students will graduate with an MEng |
| Admissions Statistics | Applications per place: 8 Number accepted: 328 |
| What is Engineering at Cambridge? | Engineering concerns the design of processes and products to solve problems in the real world. This encompasses a variety of subjects and also requires creative reasoning skills, as well as a fundamental understanding of scientific concepts. Engineering at Cambridge teaches students the theoretical knowledge they need for problem solving, providing them with a base to develop their problem-solving and critical reasoning abilities. |
| Cambridge Colleges that offer Engineering | Available at all colleges. |
| Structure of Cambridge Engineering Course | Year 1 – Students study Mechanical Engineering, Structures and Materials, Electrical and Information Engineering and Mathematical methods, sitting a written exam in each at the end of the year. Students also complete several coursework activities and projects. Year 2 – Students study a range of topics, such as Mechanics, Thermofluid Mechanics and Materials to a more advanced level. Additionally, students sit seven written exams at the end of the year. Year 3 – Students specialise in a particular field, choosing a core discipline such as Bioengineering, Mechanical Engineering or many others. Students will also complete an Extension Activity, introducing them to procedures in their chosen professional area. Year 4 – Students specialise further, completing a major individual project with direct industrial input and application. Teaching is provided through a mixture of lectures, practicals and projects which are all supervised by leading researchers in the respective field. |
| Common Careers for Students | Examples of common careers for Cambridge Engineering students include: Engineering and manufacturing, Further research and studies, Banking and investment, Accountancy, IT and computing |
Recommended to read: “Top Tips for a Cambridge Engineering Personal Statement“
FAQs
→What is Cambridge Engineering?
Cambridge Engineering is a prestigious engineering program offered by the University of Cambridge in the UK. It is considered one of the best engineering programs in the world and attracts talented students from around the globe.
→What are the entry requirements for the Cambridge Engineering program?
The entry requirements for the Cambridge Engineering program vary depending on the course and the applicant’s qualifications. Generally, applicants are expected to have excellent grades in science and mathematics subjects at the high school level and a strong aptitude for problem-solving and critical thinking.
→How can I apply for the Cambridge Engineering program?
To apply for the Cambridge Engineering program, you will need to submit an application through the UCAS website. The application will include details of your academic qualifications, a personal statement, and a reference. You may also be required to attend an interview as part of the application process.
→What subjects are covered in the Cambridge Engineering program?
The Cambridge Engineering program covers a broad range of engineering subjects, including mechanical engineering, electrical engineering, civil engineering, chemical engineering, and materials science. Students can choose to specialize in a specific area or study a combination of subjects.
→What kind of facilities and resources are available to students?
The Cambridge Engineering program has state-of-the-art facilities and resources, including well-equipped laboratories, research centers, and specialized software and equipment. Students also have access to a range of support services, including academic and pastoral support.
→What kind of research opportunities are available to students?
The Cambridge Engineering program offers a wide range of research opportunities to students, including the opportunity to work on cutting-edge research projects in collaboration with industry partners and other academic institutions.
→How does the Cambridge Engineering program compare to other engineering programs around the world?
This program is widely regarded as one of the best engineering programs in the world, with a strong reputation for academic excellence, research, and innovation. Its graduates are highly sought after by employers in a wide range of industries and go on to make significant contributions to their field of study.
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