Prof. Pawel Buczek

Courses (de/en)

• Digital Circuits / System on Chip
  • Trusted Integrated Circuits
  • VHDL, Verilog, HLS
  • Design / Simulation / Place and Route / Verification
  • EDA tools / HW-HW-codesign / Full Stack
• Microcontrollers
  • embedded software
  • device driver design (HW-SW interfaces, DMA)
  • advanced software architectures
  • real-time operating systems (freeRTOS, RTEMS, VxWorks, RT-Linux)
  • RISC-V, in particular multi-core chips
• Design and analysis of mission critical systems (elective)
  • secure and mission-critical HW and SW engineering
  • AI-based design and verification
  • model-based design (SCADE)
  • C / C++ / Python / Rust
  • machine learning health monitoring, error detection and isolation
  • safety-critical AI algorithms
  • medical, space, railway, and automotive applications, including pertinent industry standards
  • project-based
• Quantum technology for engineers (elective)
  • introductory quantum algorithmics
  • overview of quantum technologies
  • quantum simulation / quantum machine learning
  • project-based
• Computer simulations
  • classical high-performance computing algorithms
  • co-processor design (digital hardware)
  • GPU deployment
  • massive parallelization
  • big data
  • machine learning pipelines

• development of safe, secure, and mission-critical systems (hardware and software)
• system on chip (SoC) design (VHDL, Verilog, HLS)
• RISC-V processor architectures, multi-core chips, performance
• medical, space, railway, and automotive applications, including pertinent industry standards
• model-based HW and SW design
• quantum simulations, co-processor design
• renewable energy materials and other functional materials

1. Simon Steilner (PhD, active)
2. Julian Fischer (PhD, active)
   
3. Patrick Perndorfer (PhD, active)
4. David Eilmsteiner (PhD,completed 2026)
5. Sebastian Paischer (PhD, completed 2024)

numerous ( > 75) BSc and MSc theses, often in cooperation with the industry partners

• embedded HW and SW design (FPGA, PCB design, ARM, RISC-V)
• mission-critical and trustworthy computer systems
• medical, space, railway, and automotive areas
  

Please refer to our database here

Welcome to our computational research laboratory!

The research interests of the group of Prof. Buczek revolve around the following fields:

• development of safe, secure, and mission-critical systems, especially in the medical, space, railway, and automotive
  
• quantum simulations and computing
• high performance computer-based design of functional quantum materials, with particular focus on applications in the renewable energy generation, magnetism as well novel as quantum and spintronic computer