张斯柏
Sibo Zhang
I'm an electrical & computer engineering student at the University of Washington, focused on VLSI design, computer architecture, and embedded systems. I love learning new things — both in and out of the classroom.
不要人夸好颜色，
只留清气满乾坤。
王冕《墨梅》
01About
A little about me.
I'm an ECE student at the University of Washington with a soft spot for hardware design and computer architecture. My work runs from low-level VLSI circuit layout up to system-level architecture, with hands-on time in several research labs along the way.
When I'm not working on something school related, I'm probably watching motorsports, practicing flute or piano, or cooking something new. I like learning things both in and out of the classroom — feel free to say hi.
02Toolbox
01 Languages
- SystemVerilog
- Python
- Java
- C / C++
02 VLSI & CAD
- Cadence
- HSPICE
- ModelSim
- Quartus
03 Everything else
- KiCAD
- Linux / Unix
- Git & GitHub
- NumPy · Matplotlib · Pandas
03Coursework
Capstone Integrated Digital Design Projects
MiniDICE, a 16-thread SIMT accelerator that replaces a traditional SIMD backend with a 4×4 CGRA for spatial, dataflow-oriented execution.
Digital VLSI: Gates to Systems
Explores the design of IC-based memory and datapath circuits using CMOS, with hands-on experience in industry-standard tools.
Introduction to VLSI
CMOS logic, delay and power analysis, IC layout, gate sizing, and core digital building blocks.
Computer Architecture I
Assembly, processor datapaths and control, memory systems, caching, and performance modeling.
Digital Circuits and Systems
Logic design, Boolean algebra, programmable devices, ALUs, memory, and I/O.
Exploring Devices
Physics, chemistry, and modeling principles of semiconductor basics and optical devices.
Signals, Systems, and Data I
Introduction to continuous- and discrete-time signals, convolution, Fourier analysis, and linear time-invariant systems.
Programming for Signal and Information Processing
Python fundamentals, data handling, and visualization for processing signals.
Fundamentals of Electrical Engineering
Circuit theory, components, Kirchhoff's laws, and differential equation analysis.
Computer Hardware Skills
Hands-on circuit building, lab tools, Arduino, and PCB design.
Data Structures and Algorithms
Key algorithms and data structures, memory management, and problem-solving strategies.
Probability and Statistics for Engineers
Probability theory and statistics applied to engineering, quality control, and data analysis.
Introduction to Differential Equations
First and second-order differential equations, along with Laplace transforms.
Matrix Algebra with Applications
Systems of linear equations, vector spaces, eigenvalues, eigenvectors, and applications.
Advanced Multivariable Calculus
Double and triple integrals, vector fields, and theorems of Green, Stokes, and Divergence.
04Contact
Say hello.
Whether it's about research, chip design, a project idea, or the latest race weekend — my inbox is open.