CV
Education, experience, publications, research interests, projects, and skills.
Contact Information
| Name | Zhiyu Zheng |
| Professional Title | Eng.D. Student in Microelectronics / Integrated Circuits |
| zyzheng24@m.fudan.edu.cn |
Professional Summary
Research-oriented engineer focused on VLSI physical design, EDA tooling, reproducible CAD flows, OpenROAD-related research, ML4EDA, and 3D IC implementation.
Experience
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2023 - 2024 Shanghai, China
Software R&D Engineer
IC Prophet Microelectronics
Software engineering work related to EDA-oriented development.
- Participated in engineering and tooling work for integrated-circuit design software.
Education
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2024 - Shanghai, China
Eng.D.
Fudan University
Microelectronics / Integrated Circuits
- College of Integrated Circuits and Micro-Nano Electronics.
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2020 - 2024 Shanghai, China
B.Eng.
Fudan University
Microelectronics
- School of Microelectronics.
Publications
Skills
Interests
Projects
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TaiWei
Reproducible 3D IC physical-design project line built around OpenROAD-based and hybrid research flows.
- Benchmark-friendly experimentation
- Engineering rigor
- Open research artifacts
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TaiWei-Pin-3D
Pin-aware subproject within the TaiWei line for practical 3D implementation research.
- 3D flow support
- Pin-aware implementation
- Practical research tooling
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ORFS-Research
Research and benchmarking work built around the research-oriented OpenROAD-flow-scripts line.
- Reproducible RTL-to-GDS experimentation
- Research benchmarking
- Public ecosystem artifacts
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OpenROAD-Research
OpenROAD-based research artifacts for physical design and 3D-flow experimentation.
- Physical-design research
- 3D-flow exploration
- Open tooling context
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Fudan_Digital_EDA
Digital IC CAD and HLS-style implementation work covering IR parsing, CFG and DFG construction, scheduling, binding, and RTL generation.
- IR parsing
- Scheduling and binding
- RTL and Verilog generation
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FUDAN_ANALOG_EDA_MATLAB_SPICE
MATLAB-based SPICE-like simulator supporting DC, transient, AC, pole-zero, and shooting-method analysis.
- DC and transient analysis
- AC and pole-zero analysis
- Shooting-method support