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General objectives. At the end of Part II undergraduates should:. by means of lecture courses, associated course requirements, examples papers and appropriate reading have gained an understanding in depth of engineering ... You must, however, offer at

14.50. Civil Engineering (Dr Dongfang Liang & Prof Allan McRobie). 15.05. ... valuation' or optionally 4D16 for those pursuing the Civil Engineering area) during the final two years of the MEng course.

L(3). Exam and Coursework. Group D: Civil Engineering. ... Dynamics in civil engineering.

Students intending to qualify in Civil Engineering are highly recommended to choose as their Engineering Extension Activity this 2.5 day course, which may be taken at the end of either ... Advice. Intending Civil Engineers are advised to study the

A good project will be one that stretches your ability in the skills which you have acquired on the Cambridge engineering course and will give you opportunity to show initiative in ... Administrator:. Group centre:. 2-41 at the Civil Engineering Building,

Open to all and recommended for:. 4. Civil Engineering. End of Lent term (wk8) [& end of Michaelmas term, if needed]. ... Open to all and recommended for:. 1. Mechanical Engineering. 2. Energy, Sustainability & the Environment.

Lent term: 16 lectures; Assessment: 100% exam. Prerequisites. No prerequisites. The module would be of interest to students with Aero, Mechnical, Bio or Civil Engineering background. ... Aims. The aims of the course are to:. analyse and solve a range of

With the exception of economics, all these courses run in the Easter term. ... Engineering Department. Trumpington Street. Cambridge CB2 1PZ, United Kingdom (map). Tel: 44 1223 332600.

L(5). 3C7 assumed. Group D: Civil Engineering. ... Engineering Department. Trumpington Street. Cambridge CB2 1PZ, United Kingdom (map). Tel: 44 1223 332600.

Engineering Tripos Part IIB, 4D6: Dynamics in Civil Engineering, 2022-23. Not logged in. ... introduce the behaviour and design of civil engineering structures subjected to time-varying loads.