PhD and EngD in Machining Science Programme Summary
The IDC in Machining Science offers both PhD and EngD as full-time four year postgraduate research degree. Both combine PhD level research, with a taught programme involving management, technical and personal development modules. The EngD has a stronger industrial focus with the research component of the EngD closely linked to the needs of the sponsoring company.
PhD and EngD candidates start as a single cohort in early September. Over the 4 years, EngDs will spend approximately 75% of their time working at AMRC or the sponsoring company and the rest at the University. PhDs typically spend 75% of their time at University.
All candidates are required to present a PhD standard thesis and pass an oral examination at the end of their studies.
In Year One students complete 160 credits of training:
Research Techniques and Transferable Skills modules (50 credits), which includes
Professional Behaviour and Ethical Conduct (FCE6100)
Personal Effectiveness (FCE610)
Personal and Professional Skills Development (MEC6908)
Managing Complex Projects (MGT6256)
Two Advanced Engineering modules (20 credits), from a selection of approximately 15 taught Masters modules
Three Mini Research Projects (90 credits)
The final choice of optional modules is made in consultation with the supervisors to meet the specific needs of the student and the project. It is possible to take different optional Masters level modules where it has been agreed beforehand with the IDC Centre Manager that this is appropriate.
The three mini research projects can be undertaken at any time during Year One. The theme and scope of each mini-project is negotiated by the students and their academic and industrial supervisors and is used as an exercise to determine the specific research area. Each project represents about 300 hours work and includes a 3000 word report. The mini-projects introduce the students to a range of research skills and methodologies, allowing them to investigate competing technologies and solutions to the proposed problem, before selecting one to continue on into their main research project.
Students must achieve 160 credits in order to proceed to Year Two.
Years Two to Four
During Year Two the student begins their main research project which continues through Years Three and Four.
Towards the end of Year Two, students go through a confirmation process submitting a report and undergoing a mini viva. The confirmation must be passed in order to proceed to Year Three.
Students are required to submit their final thesis for examination by the end of Year Four (month 48) - which coincides with the end of funding. The maximum time limit for the submission of the thesis is five years.
The content of our courses is reviewed annually to make sure it's up-to-date and relevant. Individual modules are occasionally updated or withdrawn. This is in response to discoveries through our world-leading research; funding changes; professional accreditation requirements; student or employer feedback; outcomes of reviews; and variations in staff or student numbers.In the event of any change we'll consult and inform students in good time and take reasonable steps to minimise disruption.