Wednesday, 29 January 2020

CV

Bernhard K. Aichernig is a tenured associate professor (ao. Univ.-Prof.) at Graz University of Technology, Austria. He and his research group investigates the foundations of software engineering for realising dependable computer-based systems. Bernhard is an expert in formal methods and testing. His research covers a variety of areas combining falsification, verification and abstraction techniques. Current topics include the Internet of Things, test-case generation, model learning, and statistical model checking. Since 2006, he participated in four European projects. From 2004-2016 Bernhard served as a board member of Formal Methods Europe, the association that organises the Formal Methods symposia. From 2002 to 2006 he had a faculty position at the United Nations University in Macao S.A.R., China. Bernhard holds a habilitation in Practical Computer Science and Formal Methods, a doctorate, and a diploma engineer degree from Graz University of Technology.

New Research Lab: Dependable Embedded Systems Lab (DES Lab)

I will manage a new research lab that has been launched by TU Graz and Silicon Austria Labs (SAL). The TU Graz - SAL Dependable Embedded Systems Lab (DES Lab) will carry out fundamental research in order to provide dependability of modern computer-based systems. Top computer scientists from TU Graz will be working here together with researchers from SAL on the development of new methods to make intelligent and networked systems more dependable (safety, security, availability, correctness, ...). To this end, the DES Lab will conduct interdisciplinary basic research in the areas of testing, verification, machine learning, optimisation and hardware-related software development with a special focus on security and dependability.

Idea and Motivation. With recent advances in Internet connectivity, network enabled devices have become a substantial part of our everyday lives, extending into areas of increasing importance and criticality. Consequently, those systems must meet high standards with respect to dependability: Systems must be secure, safe, correct, reliable, maintainable, adaptable, and robust. However, these requirements for dependability are challenged by the growing complexity of modern embedded systems. On one hand, embedded systems are integrated into systems of systems that pool their resources and capabilities in order to offer more functionality and performance than simply the sum of its constituents. On the other hand, we face a paradigm shift towards more intelligent and highly adaptive systems where quality guarantees are hard to achieve. The opportunities seem unlimited, and yet these characteristics appear to be overwhelming in their complexity that any assurances of dependability seem out of reach. 
  1. Our answer to this problem is twofold: dependable embedded systems require rigor: the complexity has to be mastered by precise abstraction techniques that enable compositional specification and verification; 
  2.  smart embedded systems demand smart development methods: the complexity due to “intelligent” software has to be mastered by new "intelligent" and rigorous software and methods.
The following researchers from TU Graz together with researchers from SAL will collaborate in the DES Lab: 

Further information on the general idea behind the joint research labs can be found in the press release.

Monday, 13 May 2019

9 PhD Positions in "Dependable Internet of Things"

I am hiring a PhD in Model-based Testing and Automata Learning as part of

9 University Assistant Positions in "Dependable Internet of Things"
Graz University of Technology, Austria

The Excellence Research Center "Dependable Internet of Things in Adverse Environments" at Graz University of Technology (TU Graz) has been established in 2016 and has been extended until 2021 after a successful midterm evaluation. For further information see http://dependablethings.tugraz.at. The mission of this long-term center is to foster a highly interdisciplinary research team spanning the computer science and electrical engineering faculties to lay the scientific foundations for an Internet of Things that is highly reliable, safe, and secure in order to enable critical applications that require guaranteed performance and long-term operation even in adverse environments. The center is seeking to fill 9 University Assistant positions with excellent candidates, who will pursue their PhD working closely together in three sub-projects that focus on the following topics:

1. Dependable Wireless Communication and Localization: one position in wireless networking (Institute for Technical Informatics), one position in physical layer signal processing (Signal Processing and Speech Communication Lab), and one position in tunable microwave frontends (Institute for Microwave and Photonic Engineering).

2.  Verified Dependability by Design: one position in embedded security and one position in formal verification (both at Institute of Applied Information Processing and Communications), one position in real-time operating systems (Institute for Technical Informatics), one position in model-based testing (Institute for Software Technology).

3. Dependable Multi-Agent Systems: one position in robotics (Institute for Software Technology), and one position in information and control theory (Signal Processing and Speech Communication Lab).

Applicants must hold a Master degree (or equivalent) in computer engineering, computer science, electrical engineering, or a related field before they can take on the position. Proficiency in the English language (spoken and written) is required. Applicants should be highly motivated, take initiative and responsibility, be able to work independently and in an interdisciplinary team, should have interest in scientific research, be committed to publish research results and to obtain a doctoral degree (PhD).

The positions are to be filled as soon as possible from July 2019 with an initial appointment for three years. Each position is remunerated according to the collective contract (Kollektivvertrag) for Austrian Universities, salary scale B1, the annual salary amounts to 40.103 EUR/year before taxes and may increase in case of relevant prior work experience.

TU Graz aims to increase the number of female employees and therefore specifically invites qualified women to apply.

TU Graz is a leading technical university in Austria (rank 75-100 in Shanghai subject ranking "Computer Science & Engineering") in a medium-sized city with a very high quality of life, located at the south-eastern foot of the Alps, offering plentiful recreation opportunities.

Applicants should fill in the application form at http://dependablethings.tugraz.at/jobs and upload it together with a transcript of records, a copy of the master's degree, a recent certificate of the level of proficiency of the English language, a copy of the master's thesis, and any recommendation letter of your former advisor(s) at http://lampz.tugraz.at/~dependablethings/. The application deadline is 07.06.2019. The ID of this job post is 4480/19/010. For further information please contact the center coordinator Prof. Kay Roemer <roemer@tugraz.at>.

Tuesday, 16 April 2019

Professional Activities in 2019

Here is a summary of my activities in 2019. This list will be updated as tasks come along.
  • Key Researcher in the project Dependable Things 
  • Invited speaker at UTP 2019, the 7th International Symposium on Unifying Theories of Programming, celebrating Tony Hoare's 85th birthday, Porto, Portugal, 8 Oct 2019.
  • Member of AVL's Strategic Research Partnership Program (AVL SRP), subtopic: Intelligent Cognitive Systems. 
  • Steering board member of TAP, the International Conference on Tests and Proofs
    • PC Member of 
      • FM 2019, 23rd International Symposium on Formal Methods
      • UTP 2019, 7th International Symposium on Unifying Theories of Programming
      • iFM 2019, 15th International Conference on integrated Formal Methods
      • FMICS2019, Formal Methods for Industrially Critical Systems
      • IFIP ICTSS 2019, 31st International Conference on Testing Software and Systems
      • ICFEM 2019, 21st International Conference on Formal Engineering Methods
      • A-MOST 2019, 15th Workshop on Advances in Model Based Testing
      • Refine 2019, Refinement Workshop
      • ITEQS 2019, 3rd International Workshop on Testing Extra-Functional Properties and Quality Characteristics of Software Systems
    • Guest Editor of the Wiley journal Software Testing, Verification and Reliability (STVR) for a special issue on Testing Extra-Functional Properties. 
    • Member of the selection boards for 
      • a full professorship in Information Security
      • a tenure track position in Cryptography
      • external master students in the programmes Computer Science and Software Engineering and Management
    • Teaching 
      • Quality Assurance in Software Development, 
      • Software Paradigms, 
      • Model-based Testing, 
      • Logic and Logic Programming, and 
      • Functional Programming.