University Information Services - Digital Literacy Skills course timetable

• This event is being organised jointly between UIS and the Centre for Theoretical Cosmology at DAMTP.

• In this workshop, we will start with an overview of the latest micro-processor architectures and how the intrinsic parallelism has been implemented in hardware, mainly the SIMD instructions and multi-threading. Then we focus on how to define and measure processor and memory performance and how this is related to the application level. In particular we describe the roofline model approach, which gives an estimation and a visual model useful to estimate the application performance and the limitation of the underlying hardware.

• With the help of examples and use cases, we pinpoint you to possible inefficiencies both on threading and vectorization and we explain remedies, hints and strategies to be considered to ensure an application delivers great performance on today’s scalable hardware and upcoming future generations.

• Furthermore we will show how performance analysis tools like Intel® Advisor and Intel® VTune™ Amplifier, together with examples and use cases, pinpoint you to inefficiencies both on threading and vectorization and also give hints to remedies.

• Attendees should be comfortable with either C/C++ or Fortran programming language and basic Linux command, like make and ssh. No previous experience in vectorization and parallelization is required and profiling tools, as well.

• Please note that if you are not eligible for a University of Cambridge Raven account you will need to book by completing this form.

This course is part of the Scientific Computing series.

This course is aimed at those new to programming and provides an introduction to programming using Python, focussing on scientific programming. This course is probably unsuitable for those with programming experience, even if it is just in shell scripting or Matlab-like programs. By the end of this course, attendees should be able to write simple Python programs and to understand more complex Python programs written by others.

As this course is part of the Scientific Computing series, the examples chosen are of most relevance to scientific programming.

This course is designed for Training Administrators of a new provider on the University Training Booking System (UTBS) and it will take them through theory and practicals on how to administer their training programme on the UTBS.

This beginners course equips you with the skills to implement a relational database design entity relationship diagram (ERD) into a MySQL database. Please be prepared for a fast paced course, but the materials provided can be used for consolidation after the course.

This beginners course equips you with the skills to implement a relational database design entity relationship diagram (ERD) into a MySQL database. Please be prepared for a fast paced course, but the materials provided can be used for consolidation after the course.

This course will introduce ATLAS.ti a Computer Aided Qualitative Data Analysis Software (CAQDAS) which supports qualitative and mixed methods research. It provides a means to collect, organise and analyse content from interviews, focus group discussions, surveys and audio.

This self-paced practical course covers the most commonly used features of Microsoft Word and is suited to complete beginners or those with limited experience of using a word processor.

The course is designed to take someone from having no knowledge of the Unix command line to being able to navigate around directories, and doing simple file manipulation. Then some of the more basic commands, will be introduced, including information on how to get more help from the system itself. Finally accessing remote computers by ssh and the most basic of shell scripts will be introduced.

This free course will be delivered by Amazon Web Services

This course covers the fundamentals of building IT infrastructure on the AWS platform. Students learn how to optimize the AWS Cloud by understanding how AWS services fit into cloud-based solutions. In addition, students explore AWS Cloud best practices and design patterns for architecting optimal IT solutions on AWS, and build a variety of infrastructures in guided, hands-on activities. The course also covers how to create fledgling architectures and build them into robust and adaptive solutions.

More information can be found online

This is a practical-based course for people new to writing Web pages. Only the basics of HTML (hypertext mark-up language) will be covered, but there are other courses for those wishing to extend their knowledge. The course teaches how to write HTML from scratch using a basic Text Editor and focuses on content and structure as opposed to style. By the end of the course participants will have created four personal linked web pages and had the opportunity to publish these using DS-Web.

This free course will be delivered by Amazon Web Services

This course covers the fundamentals of building IT infrastructure on the AWS platform. Students learn how to optimize the AWS Cloud by understanding how AWS services fit into cloud-based solutions. In addition, students explore AWS Cloud best practices and design patterns for architecting optimal IT solutions on AWS, and build a variety of infrastructures in guided, hands-on activities. The course also covers how to create fledgling architectures and build them into robust and adaptive solutions.

More information can be found online

This short session will provide an understanding of the principles, tools and techniques involved in Process Analysis with a view to improving business process effectiveness and efficiency. Delegates will have the opportunity to practice using the techniques that they learn via exercises designed to be enjoyable and thought provoking.

The course refers to the methodology used in conjunction with Triaster process mapping software available to users across the University of Cambridge.

This free course will be delivered by Amazon Web Services

This course covers the fundamentals of building IT infrastructure on the AWS platform. Students learn how to optimize the AWS Cloud by understanding how AWS services fit into cloud-based solutions. In addition, students explore AWS Cloud best practices and design patterns for architecting optimal IT solutions on AWS, and build a variety of infrastructures in guided, hands-on activities. The course also covers how to create fledgling architectures and build them into robust and adaptive solutions.

More information can be found online

This course covers some of the more challenging functions such as IF, SUMIFS and VLOOKUP. Not all chapters will be taught in full due to time constraints but are included for self-study.

This free course will be delivered by Amazon Web Services

This course covers the fundamentals of building IT infrastructure on the AWS platform. Students learn how to optimize the AWS Cloud by understanding how AWS services fit into cloud-based solutions. In addition, students explore AWS Cloud best practices and design patterns for architecting optimal IT solutions on AWS, and build a variety of infrastructures in guided, hands-on activities. The course also covers how to create fledgling architectures and build them into robust and adaptive solutions.

More information can be found online