Data-Intensive Physics and Astrophysics

One of the jobs I’ve got in my current position (which is divided between the School of Physics & Astronomy and the Data Innovation Research Institute) is to develop new teaching activities, focussing on interdisciplinary courses involving a Data Science component. Despite the fact that I only started work developing them in September last year the first two such courses have been formally approved and are now open for admission of new students to begin their courses in September 2017. That represents a very fast-track for such things as there are many hurdles to get over in preparing new courses. Meeting the deadlines hasn’t been easy, which is largely why I’ve been whingeing on here about workload issues, but we’re finally there!

The two new courses are both at Masters (MSc) level and are called Data-Intensive Physics and Data-Intensive Astrophysics and they are both taught jointly by staff in the School of Physics and Astronomy and the School of Computer Science and Informatics in a kind of major/minor combination.

The aim of these courses is twofold.

One is to provide specialist postgraduate training for students wishing to go into academic research in a ‘data-intensive’ area of physics or astrophysics, by which I mean a field which involves the analysis and manipulation of very large or complex data sets and/or the use of high-performance computing for, e.g., simulation work. There is a shortage of postgraduates with the necessary combination of skills to being PhD programmes in such areas, and we plan to try to fill the gap with these courses.

The other aim is to cater for students who may not have made up their mind whether to go into academic research, but wish to keep their options open while pursuing a postgraduate course. The unique combination of physics/astrophysics and computer science will give those with these qualifications the option of either continuing or going into another sphere of data-intensive research in the wider world of Big Data.

We’ll be putting out some official promotional materials for these courses very soon, but I thought I’d mention them here partly because it might help with recruitment and partly because I’m so relieved that they’ve actually made it into the prospectus.

 

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3 Responses to “Data-Intensive Physics and Astrophysics”

  1. As somebody who works in the field of Big Data and Data Analytics for a large consultancy, there is a great shortage of suitably qualified persons available. My company has too much work and is struggling to recruit enough people.

    • telescoper Says:

      Yes, we have that heard that message from many sources which is why we need to get such courses set up.

  2. Bryn Jones Says:

    It looks like an interesting and worthwhile initiative. Data skills are probably at least as important as physics skills in modern astronomical research today.

    I was interviewed for a job in a university up the valleys from Cardiff two years ago and suggested that the university might want to revamp its astronomy courses to treat astronomy as applied data science. They didn’t seem particularly interested.

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