Curriculum Vitae

Profile

Weicheng Wang is a Physics undergraduate at SUSTech and an undergraduate researcher in Professor Yuanzhen Chen's superconducting quantum-computing group. His work focuses on physical control, quantum-state evolution, and mathematically driven waveform optimization for multilevel systems; his intended postgraduate direction includes real-time quantum measurement and control and hardware-software co-design.

He independently develops SuperSDM, a research and operations platform for quantum laboratories, and studies processor architecture, real-time interconnects, compiler toolchains, and runtimes for RTMQ under Professor Junhua Zhang. His company role is included as evidence of engineering organization and project responsibility, not as an academic affiliation.

Education

Southern University of Science and Technology (SUSTech)

Shenzhen, China · 2024 to present

BSc candidate in Physics · Foundation Science Honours Program, School of Science

• Advanced theoretical coursework: Group Theory in Physics, Advanced Quantum Mechanics, Quantum Mechanics II, Analytical Mechanics, Electrodynamics I/II, and Thermodynamics and Statistical Physics I/II.
• Academic record: Current cumulative GPA 3.85/4.00; Physics department rank 9/50; first-year GPA 3.91/4.00.

Suzhou Experimental High School of Jiangsu Province

Suzhou, China · 2021 to 2024

Innovation science program · Physics, Chemistry, and Biology

• Academic record: Strong performance in Mathematics, Physics, and Chemistry; earned a full score in Physics on the National College Entrance Examination.

Postgraduate Research Direction

• Primary interests: Quantum computing, superconducting quantum control, quantum measurement and control, real-time quantum systems, computer architecture, compilers/runtimes, and hardware-software co-design.
• Research line: Multilevel quantum dynamics, microwave-pulse optimization, and real experimental workflows, supported by SuperSDM as a research-software and laboratory-workflow platform.
• Training goal: Postgraduate study in a relevant research group, with systematic training in problem definition, experimental validation, code review, and scientific communication.

Honors and Awards

• China Association for Science and Technology President's AwardJuly 2026
• First Prize, National Zhou Peiyuan University Students Mechanics Competition2025
• Merit Award, China Undergraduate Mathematical Contest in Modeling2025
• First Prize, Jiangsu Provincial Olympiad Competitions in Physics, Chemistry, and Informatics2023 / 2024
• Second Prize, Jiangsu Provincial Mathematical Olympiad Competition2023 / 2024
• Grand Prize, Secondary-School Experimental and Innovation Competition2024
• Level 6 Certificate, National Youth Robotics Technical Certification2020
• First Prize, Jiangsu Youth Science and Technology Innovation Competition2020
• Grand Prize, Jiangsu Golden Key Science Knowledge Competition2020
• First Prize, WER World Educational Robot Competition2018

Research Experience

Superconducting Quantum Computing Group, Professor Yuanzhen Chen

SUSTech · 2025 to present

Undergraduate researcher

• Pulse control for multilevel systems: Studied the dynamics of superconducting qubits and multilevel systems, with emphasis on leakage and crosstalk during state operations. Analysed single-DRAG (Derivative Removal by Adiabatic Gate) waveforms and reproduced double-DRAG and multi-DRAG control schemes from the literature.
• Quantum-state evolution and drive optimization: Explore precise microwave control in multiqubit, multilevel systems. Under physical conditions without direct coupling or additional magnetic fields, implemented state evolution for a selected qubit using microwave driving alone; used group theory and numerical optimization to formulate pulse-parameter tuning as a mathematical optimization problem for high-fidelity waveforms.

RTMQ Real-Time Quantum Measurement and Control

Guided by Professor Junhua Zhang · 2026 to present

Research preparation and systems learning

• Learning scope: Digital logic, low-level hardware, specialised instruction sets, processor architecture, real-time interconnects, compiler toolchains, and runtime environments.
• Systems perspective: Studying deterministic timing, low latency, and quantum-classical co-processing, as well as the interface between RTMQ execution and SuperSDM's experiment workflows.
• Current boundary: This is a theory and research-preparation stage, not a completed independent research result; future work will begin with verifiable modules such as testing tools, runtime interfaces, or platform adapters.

Engineering and Selected Projects

Qiuxie Information Technology (Shenzhen) Co., Ltd.

General Manager

Responsible for day-to-day operations and technology work. Business information and public updates are available at qiuxieit.cn.

Full-Stack Digital Ecosystem for a Quantum Laboratory

Independent design and development

• Central Authentication Service (CAS) and access management: Built a centralized single-sign-on system to provide permission isolation and interoperable data across laboratory applications, with unified authentication for multiple service platforms.
• Quantum experiment scheduling and control platform: Designed a Python (FastAPI) and WebSocket architecture for asynchronous, high-concurrency quantum-control tasks, automating experimental workflows and enabling traceable status management, instrument-time statistics, and equipment-fault monitoring.
• Quantum-simulation web operating system: Developed a cloud-based graphical terminal with a modern frontend stack that encapsulates command-line interaction and makes visual cloud operation available out of the box, allowing researchers to configure experiments and run physical simulations directly.

Distributed Computing Environment and Highly Available Network Deployment

Independent implementation

• Heterogeneous compute scheduling and virtualization cluster: Deployed cross-node resources with Proxmox VE (PVE), integrating GPU servers and QEMU/LXC containers; restructured deployment with Docker for isolated, rapidly portable computing services.
• Cross-region network topology: Using a public IP, configured FRP tunnelling and OpenWRT/iKuai soft routers to connect highly available distributed nodes in Shenzhen and other locations; configured dual 10Gbps link aggregation and gigabit hot standby in the laboratory for low-latency, resilient connections to experimental equipment.

Technical Capabilities

• Software development and systems operations: Python (FastAPI, scientific computing, machine learning, and experimental software), JavaScript, HTML/CSS, and SQL; proficient with Linux (Debian/Ubuntu), PVE, Docker, complex network routing, and Git version control.
• Network and information security: Familiar with high-concurrency network-traffic handling and the development of high-security programs using asymmetric encryption; capable of HTTPS and Nginx reverse-proxy security configuration, penetration testing, and vulnerability scanning with Kali.
• Electronics and hardware engineering: Experience with microcontroller development and circuit design; able to contribute to control tuning and prototype validation for experimental physics instruments from low-level logic, and have developed supporting experiment kits for information collection.
• Multimedia and visual design:
  • Film production and aerial imaging: Licensed unmanned-aircraft operator; familiar with industrial photography and videography workflows, including Adobe Premiere Pro, After Effects, and LUT colour management.
  • 3D rendering and graphic design: Capable of 3D modelling and RC real-scene scanning, producing scientific figures and systems-architecture diagrams; proficient with Photoshop and Illustrator for visual communication.
• 3D engines and low-level logic development: Experience developing complex system control with the Godot engine, including node-tree management and camera-logic tuning, for physical-experiment visualization or control systems.