Research
42 projects across five themes, from autonomous flight in construction sites to patient-specific medical devices. Most are built with industry and clinical partners.
Autonomous Aerial Robots
Drones and blimps that navigate, explore and inspect GPS-denied spaces such as tunnels, canals and construction sites.
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UAV Tunnel Inspection
Autonomous drone system for infrastructure tunnel inspection and monitoring
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Blimp
Autonomous Inspection Drone
Autonomous blimp drone for various inspection tasks in challenging indoor environments including cargo spaces, nuclear facilities, factories, and tunnels
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UAV2
Autonomous UAV for Agricultural Water Canal Inspection
Automated UAV-based inspection system for water passage walls using computer vision in GPS-denied environments with crack detection algorithms
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Control
Controller Optimization for UAVs and UWVs
Neural network-based controller optimization for UAVs and underwater vehicles with adaptive parameter selection for nuclear power plant inspection
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Legged, Ground & Marine Robots
Quadrupeds, ground vehicles, crawlers and underwater robots with semantic perception for inspecting buildings, ships and infrastructure.
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Inspection
Legged Robot and ML for Window Frame Inspection
Legged robot system with pan-tilt-zoom camera using computer vision and deep learning to inspect window frames and detect surface defects
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Legged Robot Window Frame Inspection
Machine learning and computer vision-powered legged robot system for automated window frame quality inspection
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UGV
Unmanned Ground Vehicle with Semantic SLAM
Unmanned ground vehicle with cameras and LiDAR for autonomous exploration and inspection of indoor environments using semantic SLAM
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Underwater Robot
Ship-Hull Inspection and Cleaning
Underwater robotic system for inspection and cleaning tasks for large ships, replacing dangerous human work in challenging underwater conditions
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WallCrawler
Autonomous Wall Crawling Robot for Metal Structure Inspection
Advanced wall crawling robot for inspecting steel structures including ship sub-blocks, cargo spaces, and nuclear power plant interiors
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Mobile Manipulator Robot
Autonomous mobile manipulator for complex manipulation tasks
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Multi-Robot Coordination System
Collaborative robotics platform for coordinated multi-robot operations
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Disinfecting
Robotic Disinfecting for Combatting COVID-19
Robotic system for disinfecting indoor and outdoor environments using UV light and spray disinfectants with human movement analysis and path planning
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Robotic Construction & Manufacturing
Industrial robots for concrete spray printing, window installation, welding, mining, inspection and additive-manufacturing post-processing.
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RoboConstruction
Autonomous Construction & Mining Robot
Construction/mining robot with hyperspectral camera for autonomous equipment operation and material analysis
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Fenestration
Distributed Robots for Robotic Window Placement
Automated window placement system using robotic actuators and machine vision to reduce installation time from 20 minutes to 5 minutes
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Robotic De-powdering for Additive Manufacturing
Automated robotic system for safe and efficient removal of excess powder from additively manufactured parts
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Robotic Metrology for Additive Manufacturing
Advanced robotic metrology system for precise measurement and quality control of additively manufactured parts
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Autonomous Welding Robot
Intelligent robotic welding system with real-time quality control
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Bin Picking
Computer Vision for Robotic Bin Picking
Computer vision system for identifying and locating parts in bins or conveyors for robotic bin picking with optimal part selection algorithms
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Plastic Parts
Robotic Inspection of Injection-Molded Parts
Robotic inspection system for injection-molded plastic parts using machine vision to detect weld lines, scratches, and particles for automated quality control
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Gesture-Based Robot Motion Teaching
Natural user interface using hand gesture recognition for robot motion teaching in factory automation and UAV control
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Inventory
Computer Vision-Based Shipyard Inventory Management
Novel computer vision and probabilistic inference system for tracking 600,000+ sheet metal parts in shipyard with IoT integration
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DigitalTwin
Industrial Site Virtual Modeling
Digital twins for industrial sites using computer vision and machine learning for safety and efficiency enhancement
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Medical Devices & Healthcare
Patient-specific devices, surgical training phantoms, custom-fit masks and clinical imaging designed with computational tools.
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Clubfoot
External Fixator for Clubfoot Deformity Correction
Novel approach to clubfoot deformity correction using six degrees of freedom analysis reduced to 2DOF with axis-angle representation for compact fixator design
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Medical Phantom for Surgical Training
Advanced medical phantoms with embedded sensors for realistic surgical training and skill assessment
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Mask
Mass Customization of Masks for ALS and Sleep-Disorder Patients
Improved fit and comfort of masks for treating ALS and obstructive sleep apnea using 3D printing and scanning for mass customization
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Prosthesis
Compliance-Matched 3D-Printed Elastic Liner
Novel compliance-matched 3D-printed elastic liner for prosthetics to improve comfort and performance by customizing the interface between prosthesis and soft tissue
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Telesurgery
Teleoperated Endovascular Surgical Robot
Platform for conducting non-invasive endovascular surgical procedures remotely with haptic feedback for surgeons
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Super Resolution
CBCT Image Enhancement with μCT Ground Truth
Super-resolution techniques for cone-beam CT images using micro-CT as ground truth data to improve dental anatomic feature visualization in endodontics
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Cell3DP-BME
3D Printing with Anisotropic Lattice Patterns for Biomedical
Novel computational method for generating 3D cell structures for polymer and metal 3D printing targeting medical devices and consumer products
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Sleep
Machine Learning-Based Sleep Monitoring and Diagnosis
Detection of snoring and sleep apnea using machine learning signal processing methods in collaboration with leading medical device manufacturers
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TBI
Computational Simulation of Traumatic Brain Injury
Finite element simulation of traumatic brain injury in collaboration with University of Pittsburgh using High Definition Fiber Tractography visualization of neural fibers
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Computational Design & AI
Mesh generation, shape optimization, simulation and machine-learning tools that connect geometry, physics and data.
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Meshing
Automated Mesh Generation for Computational Mechanics
Study of automated hex-dominant meshes in computational solid/fluid mechanics with convergence analysis and laser-digitized 3D data integration
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ShapeOpt
Product Shape Optimization via Data-Driven Approach and CFD
Novel data-driven approach combining computational fluid dynamics and deep neural networks to optimize product shapes for improved aerodynamic and hydrodynamic performance
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MetalAM
Structural Performance Prediction
Computational framework for predicting structural performance of additively manufactured metal parts for aerospace applications
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Cell3DP-ENG
3D Printing with Anisotropic Lattice Patterns for Engineering
Novel computational method for generating 3D cell structures for metal 3D printing with applications in aerospace industry structural optimization
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Crash
Digital Crash Dummy for Safety Gear Product Optimization
Computational framework applying high-fidelity digital dummy technology from automotive industry to design optimization of safety gear products
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Engineering Drawing Analysis for E-commerce
AI-powered system for understanding engineering drawings to estimate costs, delivery times, and vendor matching in e-commerce
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PointCloud
3D Object Recognition and Modeling
Data-driven machine learning method for recognizing and detecting 3D objects in point cloud data from laser scanners and LiDAR systems
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ActivityTracker
ML/CV Human Activity Recognition
Machine learning and computer vision-based human activity tracking and recognition system for workplace safety monitoring
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VirtualFitting
Virtual Fitting for Apparel E-commerce
Computational and robotic solutions for measuring 3D shapes of apparel to enable accurate virtual fitting and reduce return rates in e-commerce
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Golf Training
Robotics and Machine Learning for Athletic Training
Cyber-physical golf training system with robotic golf mat, computer graphics simulator, and machine learning body motion analyzer
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XR Technologies for Remote Instruction
AR/VR/MR technologies for remote instruction and training in construction and education industries
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Interested in working on these projects?
We welcome students and researchers. Selected candidates meet Professor Shimada within a few days of applying.