National Computer Rank Examination Level 2 (Office)
National Encouragement Scholarship
Postgraduate Academic Scholarship
National Social Sports Instructor (Skiing)
National Social Sports Instructor (Swimming)
National Swimming Lifeguard Qualification Certificate
Major Competitions
Second Prize in Anhui Province Robot Competition
Third Prize in Anhui Province “Double Hundred” Competition
Bronze Award in Anhui Province “Challenge Cup” Entrepreneurship Plan Competition
Bronze Award in Anhui Province “Internet+” Innovation and Entrepreneurship Competition
Second Prize in Anhui Province College Dragon Boat Open Competition
Project Topics
Steel Plate Surface Defect Detection System Design
Project Objective: High-speed identification of surface defects on 304 stainless steel plates, detecting defects of approximately 0.1mm on a 2×7m steel plate.
Personal Responsibilities: Responsible for building the deep learning model, overall design of the recognition system, model training and debugging, and GUI design of the software.
Specific Technologies: Data augmentation for the steel plate surface defect dataset using Textual Inversion + LoRA fine-tuning of the Stable Diffusion model. The generated image dataset was used to train the YOLOv11 object detection model.
Current Progress: The object detection model training is completed, the software GUI design is finished, and experiments are being refined with an article being written.
Structural Design of Steel Pipe Diameter Measurement System
Project Objective: Detection of geometric parameters on the surface of processed steel pipes, including ovality, central angle, wall thickness, etc.
Personal Responsibilities: Mechanical structure design of the steel pipe detection system and detection scheme design (iterating from traditional slide rail mechanisms and telescopic mechanisms to a solution based on industrial robots).
Specific Technologies: Transitioned from traditional mechanical structures to detection based on industrial robots, ensuring reasonable utilization in the actual workshop production line and achieving specific functionalities.
Current Progress: The robot-based detection system has been deployed in the workshop and is undergoing testing. Additional features are being added based on the supervisor’s requirements.
