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Dr. Bo Liu

Reader in Computer-Aided Design

Staff Profile

Dr. Bo Liu

Room: B122

Phone:

+44 (0) 1978 29 3542

Email:

b.liu@glyndwr.ac.uk

Bo Liu received the B.S. degree from Tsinghua University, China, in 2008 and the Ph.D. degree from the Katholieke Universiteit Leuven, Belgium, in 2012. From October 2012 he was a Humboldt Research Fellow, working with the Technical University of Dortmund, Germany.

In 2013, he took up a permanent post as a Lecturer at Glyndwr University. He was promoted to Reader in Computer-aided Design in 2016. His research interests lie in computational intelligence techniques for engineering design automation, electrical/electronic/electromechanical design and design automation, and human-computer interaction for engineering software.

Bo Liu has authored or co-authored one book and more than 40 papers in renowned international journals and conference proceedings. He is on the editorial board, or a reviewer, in artificial intelligence and electronic design automation fields for more than 20 international journals, conferences and publishers.

PhD in electronic engineering

BSc (Hons) Computer Science

BSc (Hons) Artificial Intelligence

MSc Robotics

Artificial Intelligence

Advanced Artificial Intelligence

Computational Thinking

Applied Data Mining

Higher Mathematics

  • Computational Intelligence Techniques for Engineering Design Automation
    • Evolutionary computation
      • Simulation-driven optimisation
      • Computationally expensive simulation (EM,CFD)-based optimisation
      • Uncertain/noisy/robustness-aware optimization
      • Interactive multi-objective optimization

     

    • Machine learning and data mining
      • Gaussian Process-based surrogate modeling
      • Artificial neural network
      • Support vector machine
      • Active learning

     

    • Fuzzy logic and decision-making
      • Fuzzy multi-attribute and multi-criterion decision-making
      • Fuzzy uncertain optimization

 

  • Electrical/Electronic/Electromechanical Design And Design Automation 
    • High-frequency device and integrated circuit design automation
    • Analog integrated circuit automated sizing (design exploration/optimization)
    • Reliability (process variation/device aging)-aware sizing of analog integrated circuits
    • Antenna design optimization
    • Filter design optimization
    • Microelectromechanical systems (MEMS) design optimization
    • Analog integrated circuit automated topology generation and optimization
    • Biomedical systems design optimization
    • Digital integrated circuit and system design automation
    • Network-on-chip design optimization and dynamic optimization
    • Photonics/optical devices design optimization
    • Smart EDA methods integrating human intention and preference

 

 

  • Human-Computer Interaction for Engineering Software
    • Graphics user interface design for electromagnetic device design tools
    • Graphics user interface design for analog & mixed signal IC design tools
    • Graphics user interface design for mechanical systems design tools
    • Intelligent user interface design 
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