Engineering

MSc

There is a major global skills shortage for qualified professional engineers who can undertake a variety of jobs in areas such as management, design, development, planning, control, marketing and sales.

Overview
Content
Additional information
How to apply
Fees and funding

Course level

Postgraduate

Modes of study

Part time, Full time

Attendance

One year full-time

Location

Avenue Campus

Entry requirements

Applicants with a first degree will normally be expected to have attained honours of at least class 2:2 (or its equivalent) in a relevant engineering or associated technical discipline.

Within the framework of the University processes for APL/APEL, candidates without an honours degree, but who can demonstrate an appropriate level of relevant learning and achievement will be considered.

Length of study

One year full-time, or up to four years part-time

Start date

September

School

School of Science and Technology

Course content

The MSc programme covers a range of technical topics and associated areas that would be expected of a modern professional engineer working in industry today. This includes mathematical modelling, computer aided analysis and visualisation, system dynamics and intelligent systems. With a focus on sustainability and 3D design and simulation, students are also develop an in-depth appreciation of ethical technical and business practices within modern organisations. Engagement with industry is a key feature of the course which is supported by local engineering employers through the Northants Engineering Training Partnership (NETP).

Special course features

Modular
Typically one year study (three trimesters), 1-2 days per week
Excellent opportunity for both newly-qualified engineers and for those seeking career progression through continuing professional development
Designed in collaboration with industry to meet the needs of the professional engineer
Strong industrial engagement including live industry projects, guest talks and lectures, and company visits

Typical modules

Mathematical Modelling
Intelligent Systems
System Dynamics and Vibrations
Computer Aided Analysis and Visualisation
Sustainable Manufacture
Project Management and Research Methods
Individual Engineering Project

Assessment

Assessment is by coursework, oral presentations, group work, practical reports, critical reviews and end-of-module exams.

Career opportunities

The growth of Engineering has spawned a vast and diverse industry. This has produced a demand for flexible individuals with relevant knowledge and expertise. Companies of all sorts now require professional engineers to design, acquire, install, operate, and manage engineering systems. The career opportunities for graduates from this course are, therefore, very good.

For general application information please see our how to apply page.

Fees quoted are for home and EU students commencing their course in the academic year 2012/13. Tuition fees are payable for each year of the course. The fees are subject to annual increases in subsequent academic years.