PS4, PS5, Android, Mac os, Xbox, iPhone.Grafana, google bigquery database.

Contract job with Moyi Inc. Image processing, mobile device development.

Unity, Unreal Engine/editor, c++, c#, wearable device, imaging, AWS cloud development, Android studio, iOS app, GAME developmentmetawear sensor hardware development: sensor fusion, Accelerometer, gyroscopeopencvpython

Dental, TMJ, Joint disease diagnosis, medical device developmentThe major developer of a NIH funded project: bio-mechanical environment of TMJ joint from behavior, functional and shape analysisCluster cloud computingA set of data collection system was built to simultaneously collect EMG, tracking and biting force during human mandibular movement. A camera tracking system was developed to collect and visualize the tracking data using OpenCV. CUDA was applied for accelerationKinematics and dynamics modeling of TMJ joint using Catia V5, Solidworks, Adams, Anybody modeling system, OpenSim, VTK, OpenGL and QT after testing on Unity3D. https://www.youtube.com/watch?v=V2Oy_X50nRgComputational modeling of glucose and oxygen transport using COMSOLContact mechanics simulation using Abaqus. Python is used to batch process a bunch of models. https://www.youtube.com/watch?v=pa54oHH9i40A set of data collection system was built to simultaneously collect EMG, tracking and biting force during human mandibular movement. An Optitrack tracking system was customized to collect and visualize the tracking dataEMG signal processing using Matlab. Image processing. model reconstructionBuilt up of biomechanics lab website: http://haiyao.people.clemson.edu. Javascript and HTML

▪ biomechanics, viscoelastic material characterization, knee joint, temporomandibular joint, geneticsThe major developer of a NIH funded project. Medical device development.▪ Kinematics and dynamics modeling of TMJ joint using Solidworks, Adams, VTK andOpenGL. QT/QML was used for UI.GPU accelerating CUDA was used for parallelcomputing and realtime data collection of multiple data types. MRI, CBCT Image reconstruct▪ Computational modeling of glucose and oxygen transport using COMSOL. TMJmodel was imported as STL file and edited in Solidworks and then live-linked intoCOMSOL.▪ Contact mechanics development using C++ and Tstress distribution visualization usingOpenGL on QT. Python is used to batch process a bunch of models. CUDA HPC for the high performance calculation.▪ DICOM Image segmentation, reconstruction and registration using Keras ML and DNN.▪ A set of data collection system using QT/QML was built to simultaneously collectEMG, tracking and biting force during TMJ motion. Image processing. An Optitracktracking system using C# and C++ was customized to collect and visualize thetracking data.▪ EMG signal processing using MATLAB. Image based shape analysis. Machine learning or Deep learningtechnology was used to filter noise, clean data, and feature pattern recognition.Publication is available.Activities and societies: Medical diagnosis device design, biomechanics algorithm, GUI design. Joint disorders and degeneration, biomechanics study, Kinematics, DynamicsActivities and societies: Medical diagnosis device design, biomechanics algorithm, GUI design. Joint disorders and degeneration, biomechanics study, Kinematics, DynamicsTMJ mechanical environment. Computer graphics, computer vision, Data visualization, Image processing, Signal Processing. OpenGL ES, VTK, EMG, Open Inventor, Amira, Python, Matlab, C#, C++.SDL, OGREhttp://fwei.people.clemson.edu/

model retrieval, geometric modeling, finite element analysis, isogeometric analysis.bioinformatics research projects “BLAST visualization” and “Sequence logo” to identify disease related sequences. Machine learning techniques were used for identification of genetic variants.Database management DBMS using java JDBC and mysqlDNA sequence using java 3D and xmlMachine learning algorithms were used to extract multiple types of sequence features for Group-based Prediction System.

Leader in a team to work with people from the New Dimension Systems Co., Ltd to build geometry GSC component which transfers data between CAD software and CAE/FEM systemThe GSC component provided an interface to retrieve required CAD model data and to send these data, including topology, geometry, attribute, parameter, transformation, expressions, equations, and feature tree, to Nastran for CAE mathematical modeling and computational analysisIn addition, the VTK interface would receive the changes in CAE and revise the related parameters, attributes or expressions in CAD through smart update mechanismCAD software includes but not limited to UG, Catia V5, AutoD Inventor, Solidworks, Pro/E, ACIS, Parasolid and STEPA fundamental CAD modeling system was built using Parasolid and MFC OpenGLDocuments and specifications were written and recordedhttp://fwei.people.clemson.edu/documents/research/ResearchPresentation.pdf

 Major developer in the government supported project “Heterogeneous and porous solid modeling” using C++ and C# in UG NX and solidworks Propose to model porous solid using Voronoi partition. Using partition points as control points, BEZIER and NURBS curve/surfaces were constructed to model porous solid.

Lead and guide the people at construction site.Help solve the problems met during the building construction of blast furnace  Design a large number of drawings for Steel Corporation. Guide the construction work at iron and steel factories, such as Shanghai Baosteel Group Corporation, Anshan Iron & Steel Company and Benxi Iron & Steel Company. Study the internal principle of blast furnace, especially the heat transfer and conversion principle. Manage to improve the material used and the furnace structure. Act as the only developer and the designer in the project “3D CAD system development for industrial furnace design”. Catia V5, Solidworks, and Inventoer. Complete complicated object modelling using this add-in in Autodesk inventor professional (AIP) and generate a set of work drawings which is the same to the original manual drawings which are designed by AutoCAD. However, the time for the whole process is only 12 days on average and it is less tired than the manual AutoCAD design for the employment of projecting 3D CAD model to 2D drawing and the application of database system to associate related information for generating the final work drawings. Fluent for combustion analysis. The system runs well now and it gets striking focus from the national iron-manufacturing industry.