Research Associate in Model-Based Testing for Cyber-Physical Systems

All UK vacanciesAcademic or ResearchResearch Associate in Model-Based Testing for Cyber-Physical Systems

Computer Science,Computer Science,Software Engineering

Short info about job

Company: University of Leicester

Department: Department of Informatics

Salary: £32,958 per annum due to funding restrictions

Hours: Full Time

Contract type: Fixed-Term/Contract

Type / Role: Academic or Research

Phone: +44-1229 4353302

Fax: +44-1577 5991088

E-mail: N\A

Site:

Detail information about job Research Associate in Model-Based Testing for Cyber-Physical Systems. Terms and conditions vacancy

Full-time fixed term contract for two years.

Ref: SEN00895

Together our staff and students are discovering innovative ways to change the world for the better and there has never been a more exciting time for you to join us. We are ranked in the top 1% of universities worldwide and have an international reputation for excellence in teaching and research. We are led by discovery and innovation, with the synergy between research and learning at the core of our activity.

In this role you will research, design and implement techniques and tools for conformance testing of cyber-physical systems using hybrid (discrete – continuous) system models and investigate applications in various domains.

University of Leicester initiated a major investment on Data-Oriented Software Engineering, through a number of permanent and fixed-term positions, including the chair on Data-Oriented Software Engineering taken up by Professor Mohammad Reza Mousavi. The advertised post is intended to strengthen Data-Oriented Software Engineering. The general goal of this research area is to come up with theories, techniques, and tools that can deal with the complex contemporary data-intensive systems. In particular, we focus on model-based and learning-based techniques for dealing with cyber-physical systems in various domains.

The advertised post is within the field of model-based testing with a focus on hybrid-system models that reflect both discrete and continuous aspects of system behaviour. A particular application area is in automotive software and systems and we will deal with several case studies in this application area, e.g., concerning connected autonomous vehicles.

Click here for further information about the position.

Informal enquiries are welcome and should be made to Mohammad Mousavi [email protected].

The closing date for this post is midnight on 25 September 2017.

We anticipate that assessments will take place during the week commencing 9 October 2017.

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