Engineering Science at Oxford is a vocational course giving students an excellent insight into a career as an engineer. 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 attend lectures and tutorials as well as practicals from experienced individuals in their chosen industry.
| UCAS Code | Engineering Science- H100 Biomedical Engineering- H811 Chemical Engineering- H800 Civil Engineering- H200 Electrical Engineering- H620 Information Engineering- H630 Mechanical Engineering- H300 |
|---|---|
| Minimum Entrance Requirements for Oxford Engineering course | A-levels – A*A*A including Mathematics and Physics. The A*s must be in Mathematics, Physics or Further Mathematics Advanced Highers – AA/AAB IB – 40 (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 Engineering at Oxford | PAT + Interview The Physics Aptitude Test is a two hour exam covering familiar Physics and Mathematics material from the GCSE and A-Level syllabuses. It takes common concepts and applies them to unfamiliar situations. It features both multiple choice and long form questions and usually occurs in November. |
| Subject Requirements for Engineering at Oxford | Admissions tutors expect candidates to have Physics and Mathematics at A-Level or equivalent. They also recommend Further Mathematics |
| Extras things admission tutors look for | At interview, tutors look for students who: Can demonstrate understanding of core knowledge in Physics and Mathematics, have the ability to apply familiar concepts to unfamiliar situations, an swiftly adjust their thinking to new information, and can also communicate their thought process clearly and effectively |
| Duration | 4 years- students will graduate with a MEng |
| Admissions Statistics for Oxford Engineering course | Interviewed: 41% Successful: 16% Intake: 177 |
| What is Engineering at Oxford? | Engineering concerns the design of processes and products to help solve problems in the real-world. This encompasses a variety of subjects and requires creative reasoning skills, as well as a fundamental understanding of scientific concepts. Engineering at Oxford teaches students the theoretical knowledge they need to be able to problem solve. this also provides them with a base upon which they can develop their problem solving and critical reasoning abilities. |
| Oxford Colleges that offer Engineering courses | Balliol College, Brasenose College, Christ Church, Exeter College, Harris Manchester College, Hertford College, Jesus College, Keble College, LMH College, Lincoln College, Magdalen College, Mansfield College, New College, Oriel College, Pembroke College, St Anne’s College, St Catz College, Teddy Hall College, St Hilda’s College, St Hugh’s College, St John’s College, St Peter’s College, Somerville College, Trinity College, University (Univ) College, Wadham College, Worcester College |
| Structure of Engineering course at Oxford | Year 1 – Students learn the fundamentals of topics such as Electrical and Information Engineering, Energy and Structures and Mechanics. Furthermore, assessment is in the form of four written papers and practical assessments. Year 2 – Students build on their first year, studying the same topics to a deeper level and appreciating their real-world applications. Assessment is also in the form of four written papers and practical assessments. Year 3 – Students take optional Engineering courses, specialising in a chosen area as well as participating in a group design project. Finally, assessment is in the form of six written papers. There will also be an assessment of practical work and project reports in Computation and Design. Year 4 – Students will undertake a major project alongside specialist courses in their chosen areas. Assessment is in the form of six written papers as well as a project report. Teaching is in the form of ten lectures, several tutorials and five practical sessions per week. |
| Common Careers for Oxford Engineering Students | Examples of common careers for Oxford Engineering students include: Engineering and manufacturing Further research and studies Banking and investment Accountancy IT and computing |
FAQs
→What is the Oxford Department of Engineering Science?
The Oxford Department of Engineering Science is a department within the University of Oxford that offers undergraduate and graduate degree programs in engineering.
→What degree programs are offered at the Oxford Department of Engineering Science?
The Oxford Department of Engineering Science offers a wide range of degree programs, including undergraduate degrees in Engineering Science, Biomedical Engineering, and Chemical Engineering at Oxford, as well as graduate degrees in areas such as Engineering Science, Autonomous Intelligent Machines and Systems, and more.
→What are some of the areas of engineering that are studied at the Oxford Department of Engineering Science?
At the Oxford Department of Engineering Science, engineering is studied across a wide range of areas, including materials science, mechanics, control engineering, energy systems, robotics, and more.
→What is the application process for studying at the Oxford Department of Engineering Science?
The application process for studying at the Oxford Department of Engineering Science varies depending on the degree program. However, in general, it involves submitting an application form, academic transcripts, references, and other supporting materials, as well as possibly taking an entrance exam or participating in an interview.
→What research opportunities are available at the Oxford Department of Engineering Science?
The Oxford Department of Engineering Science is home to several research groups and initiatives focused on engineering, including the Oxford Robotics Institute, the Oxford Thermofluids Institute, and the Energy and Power Group, among others.
→What career paths can I pursue with a degree from the Oxford Department of Engineering Science?
A degree from the Oxford Department of Engineering Science can prepare you for a wide range of career paths, including academia, research, industry, and entrepreneurship. The analytical and technical skills developed through studying engineering can be applied to many different fields and industries.
