Ching-Yang(Austin) Huang Email & Phone Number

Cambridge, Massachusetts, United States

Maryland, United States

• Spearheaded the integration of a groundbreaking robotic system comprising Omron mobile robots, PF400 robot arms, and High-Density Storage (HDS) at the National Institute of Health (NIH), resulting in a 37% improvement.
• Conceptualized the HDS from scratch using Creo, advancing to fabrication by 3D Printing and modular components integration, ensuring adaption for diverse environments and compatibility with both human and robot.
• Enhanced the HDS detection accuracy from 53% to 98% by strategic modifications to image preprocessing filters and implementing advanced shape detection algorithms using OpenCV and Python.
• Led and conducted rigorous strength validation of the HDS mechanism using Femap, ensuring operation robustness.

Maryland, United States

• Applied Deep Learning in Computer Vision to automate the setup of the Malaria Vaccine production system.
• Implemented Class Activation Mapping by PyTorch to discern mosquito attributes and hardware elements impacting vaccine quality, as well as achieving 95% accuracy in predicting vaccine quality.
• Enhanced ROI detection to 96% accuracy using YOLOv5 via data augmentation and hyperparameter tuning.
• Boosted task efficiency by automating data preparation with Python, streamlining development through centralized configuration by JSON, implementing version control with Git, and maintaining clear documentation of the.

Taipei, Taipei City, Taiwan

• Engineered mechanical components of a 6-DOF surgical camera system for fluorescence-guided surgery.
• Designed camera components, including optical and assembly structure, using Creo, ensuring the camera complies with waterproof & dust-proof standards (IP66, IP67) and impact resistance standards (IK10).
• Directed the fabrication of components through diverse manufacturing processes, including die casting, sheet metal processing, and plastic injection molding, by 2D drawings creation and GD&T tolerance analysis.
• Identified and addressed product quality issues by setting up Standard Operation Procedures and optimizing the production process, reducing camera focusing defects by over 70%.

Beijing, China

• Built 110 kg battling robots from scratch for the "Clash Bots” show, which attracted over one billion views worldwide.
• Led a team of four through agile project management to expedite the design, construction, and testing phases of the robot, successfully met an eight-month project delivery schedule.
• Designed impact-resistance mechanism, implemented RF control systems, executed welding and wiring, and assembled electro-mechanical components such as motors, contactors, and torque limiters to enhance combat.

Master Of Science - Ms, Robotics, 3.9

Tracks: Perception and Cognitive Track, Medical Robotics Track

Bachelor Of Science - Bs, Mechanical Engineering

Activities and Societies: • Physic Experiment Innovation Competition, The Excellence Award • Class representative of Mechanical.