The EPSRC Centre for Doctoral Training in Embedded Intelligence

Loughborough University and Heriot-Watt University

The Meta page will summarise all the supporting resources including dissertation handbook, teaching schedule, lecture slides and additional online resources.

The aims of the individual research project on a civil engineering or construction-related subject are as follows.

CVC006, CVC032, CVC041, CVC042, CVC061, CVC077, CVC092 and CVD002: The aim of these modules is to provide the student with experience in the process and methodology of research by defining and studying (on an individual basis) a problem in a specific area relating to their degree.

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Student Records & Operations

This course will help you gain the numeracy skills needed to succeed in both employers’ numeracy tests and the workplace. It is designed to build your confidence.

In addition to refreshing your understanding of specific numeracy skills (such as percentages, ratios, averages and currency conversions), you will develop essential skills for interpreting numerical data and understanding statistics.

The course will develop your skills through a carefully paced, step-by-step introduction to relevant topics with opportunities to check your understanding through quizzes. There will be feedback at every stage.


 'Numeracy Skills for Employability and the Workplace' was designed for FutureLearn and has been implemented on the LEARN (Moodle) environment.

Watch the FutureLearn course trailer here.

Loughborough University are an internationally engaged research-intensive university that delivers meaningful impact and keeps students at our heart.  Together, we use our distinctive strengths to support, inspire and empower people to achieve extraordinary things.

We are committed to providing opportunities for staff and students to engage with the public through the range of activities we undertake such as, festivals, public lectures, exhibitions, research projects, volunteering for charitable causes and community engagement.

This training package is designed to assist individuals and groups from any job family, at any level, to develop their understanding of the different ways we can engage with different audiences and the public.

This self-directed online training package can be completed at any time, at your own pace. The modules can be taken whether you are actively involved in research, wish to learn about public engagement to support engagement activities, or simply wish to learn for your own curiosity and personal development.

The package consists of three modules:

1.      Introduction to Public Engagement

2.      Practical Skills for Public Engagement Events

3.     Involving Publics in Research Projects

Meta modules holds all resources for both modules 24ACP010 Research Methods for Theatre and 24ACP019 Research Methods for Storytelling. Remember, submissions of work need to take place in main module.

This modules is just to share teaching schedule and modules resources.

All REsearch students must complete the following course:

https://learn.lboro.ac.uk/course/view.php?id=5149

Please note: this module is being used for the PGR Progression Board B (June).

This is a self-enrolment module. 

Please contact Dr Sarabjit Mastana (S.S.Mastana@lboro.ac.uk) if you are having problems self-enrolling.

If you haven't already enrolled, clicking the link to this module will initiate the enroll process.

You can un-enroll at any time via a link on the module page.

Loughborough Mini Project  

This mini-project builds upon the taught material from the MRes with academics from Loughborough presenting seminars discussing the major aerothermal challenges for future combustion systems and showcasing the research being undertaken at Loughborough. Students will gain hands-on experience of the key computational and experimental techniques being used to answer these challenges.  Students will use some of Loughborough's unique test facilities to investigate combustor performance, operability and emmissions. To compliment this students will use CFD to simulate a low emissions hydrogen burner.