Engineering, Economics and Management at Oxford - Course Outline
First Year
Courses
- Mathematics
- Structures and mechanics
- Engineering practical work
- Energy and the environment
- Electrical and information engineering
Assessment
Four written papers
First University exams
Assessment of Engineering Practical Work
Second Year
Courses
Mathematics
Two courses from:
- Structures and dynamics
- Electrical and information engineering
- Energy systems
Introduction to management
Engineering practical work
Assessment
Final University examinations, Part 'A'
Four written papers Assessment of Engineering with practical Work
Third Year
Courses
- Engineering in society
- Introductory economics
- Engineering practical work
- Engineering computation
- Group design project
- Three optional Engineering courses
Assessment
Five written papers
Final University examinations, Part B
Assessment of Engineering with practical work
Project reports (Engineering design and computation project)
Fourth Year
Project
Six-month placement/project
Courses
Two specialist courses in Engineering selected from within the areas of:
- Civil engineering
- Mechanical engineering
- Information engineering
- Electrical engineering
- Production engineering
- Chemical engineering
- Biomedical engineering
- Engineering mathematics
Two courses from a selection of Management and Economics options
Assessment
Final University examinations, Part 'C'
Four written papers
Project report
Project
One of the key features of the course is a twenty-four week engineering or management project. This may take the form of a placement in industry or commerce, which begin immediately after the end of the third year exams. In this stage, students undertake a project that is of value to the organization wherein they are placed. During the employment, students are supervised by a work-based supervisor and an academic tutor.
In the first year, the course work is divided between lectures in engineering science, college tutorials and engineering science practical classes. In the second and third years, there is similar pattern but in this case courses in economics and management are also followed and there is a corresponding increase in the tutorials.
After completing the third year, students get on a twenty-four week engineering or management project. At the end of the management or engineering project, there is a major report submitted for consideration in the exams of forth year.
Entrance Requirement
A-levels: AAA
Advanced Highers: AA/AAB
IB: 38-40 consisting of core points
Or any other equivalent
Candidates are expected to have Mathematics and Physics to A-level, Higher Level, or Advanced Higher in the IB or any other equivalent. Inclusion of Mathematics Mechanics modules is recommended. Further Mathematics may be useful to students who are completing this course; however, it is not necessary for admission.
The Advanced Diploma in Engineering shall be accepted for entry. Candidates attain both the new level '3' in Mathematics and an A-level in Physics for Engineering. Candidates need to present these qualifications as the additional specialist learning component of the diploma.
Application Procedure
As EEM is basically an engineering science course; therefore, the procedures for entry are the same as for Engineering Science. The work of engineering tutors is to act together in the admissions process in order to avoid possibility of differences in procedures between colleges. They make sure that candidates are treated constantly and fairly. Candidates are expected to have enthusiasm for engineering combined with ability in Physics and Mathematics. It is necessary for those who wish to study any engineering course.
|