Undergraduate @ Hangzhou Dianzi University Information Engineering School(Hziee)
Focus: Computer Vision for Industrial Intelligence · VR Simulation · Engineering-oriented R&D

Portfolio (GitHub Pages) · Email / Backup Email · Blog · CV / Resume · Google Scholar / ResearchGate

• Academic Performance (Comprehensive Evaluation / Major Rank)

  • 2023–2024 (Fall) : 19 / 309 · Theory Avg: 84.79 · Total: 81.97
  • 2023–2024 (Spring): 1 / 329 · Theory Avg: 90.12 · Total: 91.50
  • 2024–2025 (Fall) : 1 / 289 · Theory Avg: 97.88 · Total: 96.20
  • 2024–2025 (Spring): 1 / 290 · Theory Avg: 93.54 · Total: 93.31

• Timeline

  • 2023/09: Started CS undergraduate study at Hziee (School of Computer Science)
  • 2023/09–2024/02: Core coursework in C/C++，Python,C#, Java，JavaScript/TypeScript，HTML，CSS，Data Structures & Algorithms, OOP, programming fundamentals; explored VR & CV direction
  • 2023/12–2024/02: Implement the Alma mater return visit program; Reported by Xiangshan County media center — Web link
  • 2023/09–2024/11: Co-developed vehicle inspection VR platform with FAW-Volkswagen; deployed internally
  • 2024/12–2026/02: Signed R&D cooperation with Han’s Laser on multi-source visual defect inspection engine
  • 2025/05–2026/01: 2026 Green & low-carbon expo proposal research (competition project)

• Keywords

  • Computer Vision & Industrial Intelligence · VR/Virtual Simulation · Engineering Practice

Property	Data
Core Focus
Languages
Engines & GUI
AI / CV Stack
Tooling & Collaboration
Data & Storage (Basics)

Overview
A Unity-based VR platform that simulates real vehicle inspection workflows (covering core inspection stations: toe adjustment (wheel alignment), headlamp beam aiming test (using a beam setter), and hub dynamometer / roller bench test (wheel-rotation-based testing)).
Supports practice / mock exam / formal assessment with operation logging and scoring analysis, reducing equipment occupancy and training cost.

My Contributions

• Designed and implemented interactive workflows and scoring logic for toe adjustment and headlight inspection modules
• Built the operation record & score evaluation subsystem (rule configuration, statistics, basic visualization UI)
• Assisted in scene integration and performance optimization for stable FPS on common hardware
• Collaborated with instructors and enterprise partner (FAW-Volkswagen Talent Development & Empowerment Center) for iterative delivery

Tech: Unity · C# · VR Simulation · Interaction Design · Assessment Logic

Gallery

Links: Repo: TODO · Demo/Video: TODO(Under improvement)

Overview
An industrial surface-defect detection system based on YOLOv8 for rolled-in scale (RS), patches (Pa), cracks (Cr), pitted surface (PS), inclusions (In), and scratches (Sc), covering an end-to-end pipeline from dataset construction to model training and deployment.

My Contributions

• Led algorithm design and training workflow: labeling specification, augmentation strategy, hyperparameter tuning
• Exported YOLOv8 model to ONNX, handled dependency adaptation and performance tuning
• Designed a unified inference pipeline balancing detection quality and real-time performance
• Coordinated technical alignment with Han’s Laser Technology Industry Group for engineering-grade deployment direction

Tech: YOLOv8 · Object Detection · Deep Learning · ONNX · Industrial Vision

Gallery

Links: Repo: TODO · Model/Report: TODO(Under improvement)

Note: Competition project (simulated expo planning), not a real offline expo.

Overview
A comprehensive expo planning proposal under the theme “绿韵长河共潮生，智链零碳绘杭城”, integrating national “Dual-Carbon” strategy with Hangzhou’s green industry layout.
Explores “Green & Low-Carbon + Digital Tech + Urban Expo” as a structured solution.

My Contributions

• Co-built the overall proposal framework and thematic boundaries (zero-carbon tech, green city, circular economy, etc.)
• Took ownership of key chapters: initiation analysis, basic info, policy linkage, activity design, emergency strategy
• Proposed digital exhibition concepts (interactive screens, data visualization, virtual exhibition hall)
• Contributed to risk response (policy change, self-sustainability) and differentiation strategy

Tech: Dual-Carbon Strategy · Green & Low-Carbon Industry · Expo Planning · Digital Expo

Gallery

Links: Document: TODO · Poster/Slides: TODO(Under improvement)

• National 1st Prize · 17th National 3D Digital Innovation Design Competition (2024-12-01)
• National 1st Prize · 7th China Virtual Reality Competition (National Finals) (2024-12-28)
• National 1st Prize · 19th National Business Elite Challenge — Culture, Tourism & Exhibition Innovation and Entrepreneurship Practice Competition (2025-11-10)
• National 2nd Prize · 2nd National AI Application Scenario Innovation Challenge (2024-10-27)
• National 2nd Prize · 19th China Good Idea & National Digital Art Design Competition (National Finals) (2025-08-25)
• National 2nd Prize · 13th National College Students Digital Media Technology Works & Creativity Competition (National Finals) (2025-10-01)

If you’d like to support EngineRealm (擎境科技) or explore collaboration opportunities, you can also purchase our team merch.

• Item: EngineRealm Team T-shirt
• Price: $6 / piece (excluding shipping; bulk orders negotiable)
• Size / Color:S–XXL · Black / White / Navy
• How to order: cccssshhh666@gmail.com / 1764536087@qq.com
• Business inquiries: cccssshhh666@gmail.com / 1764536087@qq.com (sponsorship · enterprise collaboration · campus partnership)

• Sports: F1 fan · Basketball · Karting · Badminton · Billiards · Handball · E-sports · Table Tennis · Tennis · Sailing · Football (mid-to-advanced)
• Volunteer: Large-scale event volunteering (CCTV “Win in AI+” show, Hangzhou/Linan marathons, Family Sailing Championships, etc.)
• Conferences: WAIC 2025, AI Global Governance HL Meeting 2025, Huawei Connect 2024, etc.

• Email (Primary): cccssshhh666@gmail.com
• Email (Backup): 1764536087@qq.com
• Portfolio: Portfolio (GitHub Pages)
• Location: Hangzhou, China