University of Cambridge

Overview

The Engineering program at the University of Cambridge provides a solid foundation in mathematics, design, and computing. This innovative course is designed to equip students with essential skills for a successful career in engineering and technology. Through a combination of theoretical learning and practical application, students engage in laboratory work, engineering projects, and collaborative design activities, preparing them for the challenges of the professional world.

What you'll study

Core study (early years)

• Engineering mathematics and mathematical methods
• Mechanics and structures
• Materials and thermofluid mechanics
• Electrical and information engineering
• Foundations in instrumentation and control
• Engineering design and project work

Specialised pathways (later years)

As students progress, they can choose a pathway that aligns with their personal interests. Example areas include:

• Aerospace and aerothermal engineering
• Bioengineering
• Civil, structural and environmental engineering
• Energy, sustainability and the environment
• Information and computer engineering
• Mechanical engineering and related design topics

Projects and teamwork

• Design and coursework are integral to the program, featuring laboratory experiments and computing exercises.
• Team-based engineering projects enhance practical design, testing, and evaluation skills.

BA (Hons) vs MEng

• The BA route offers a three-year undergraduate program with a focus on core and pathway studies.
• The MEng route extends the study to four years, allowing for deeper specialization and more comprehensive project work.

Entry requirements

Entry requirements for the Cambridge Engineering program vary based on qualifications and are evaluated on an individual basis. Specific criteria such as GRE/GMAT or GPA cut-offs are not publicly listed.

Career prospects

Graduates of the Engineering program from the University of Cambridge are well-prepared for a variety of careers in engineering and technology sectors. The program's emphasis on practical skills, teamwork, and specialized knowledge positions students as competitive candidates in the job market, ready to tackle complex engineering challenges. Opportunities may include roles in aerospace, civil engineering, renewable energy, and many other fields, reflecting the diverse pathways available within the engineering discipline.