● Developed high-quality software for a medical device, leveraging 3D computer vision, augmented reality, and real-time video processing technologies to enhance precision and performance.

Skills: C# ▪ C++ ▪ Python ▪ Windows ▪ OpenCV ▪ Fluoroscopic video capture ▪ Camera calibration ▪ Pose estimation ▪ Stereo reconstruction ▪ Medical image analysis

● Developed robotic surgical system for orthopedic procedures, pivotal in enhancing bone registration precision and improving bone cutting visualization.

● Designed and implemented user interface workflow software for robotic surgical systems.

● Pioneered the development of virtual workflow simulation tools, expediting UI software development cycles.

● Skillfully addressed and resolved customer complaints, proficiently diagnosing intricate technical issues and delivering effective solutions.

● Conducted thorough analysis of registration data from cadaver labs, driving system refinement and validation efforts.

● Initiated a comprehensive clinical research, analyzing variations in landmark and implant sizes across hundreds of user cases for a usability study on surgical planning software.

Skills: C++ ▪ Qt ▪ Linux ▪ Python ▪ 3D rendering ▪ Visualization ▪ VTK ▪ Paraview ▪ Optimization ▪ Medical image ▪ CMake ▪ Git ▪ Data Analysis ▪ Robotics ▪ QNX ▪ Embedded software

● Designed and implemented QT UI for a Linux-based multi-line video phone, covering call screens, missed call queues, three-way video calls, and contact management.

● Worked on Infocus speakerphone software, developing core media engine, and delivering prototype firmware.

● Key contributor for improving Infocus conferencing solutions, reducing bugs, adding dual live video switching, and enhancing on-site deployment.

Skills: Video phone ▪ SIP protocol ▪ H323 protocol ▪ C++ ▪ Qt ▪ deployment

● Pioneered the design and implementation of the company's inaugural audio product, integrating Ethernet and DSP technology. Successfully introduced professional digital audio capabilities to Jupiter's display wall product line.

● Spearheaded research for Jupiter's next-generation products, including extensive evaluations of cutting-edge embedded GPU technology. Instrumental in incorporating essential display wall controller advancements, developing an utility for 3D object rendering and subtitle overlay using OpenGL ES. Also delved into GPU shader programming techniques for VNC applications.

● Orchestrated the implementation of front-end video stream processing software within a Linux environment. This enabled a multi-channel IP decoder system to seamlessly deliver HD video from remote IP cameras to the display wall.

● Created Python software facilitating the distribution of production release to flash drives and enhancing display wall configuration processes.

Skills: Audio node ▪ DSP ▪ Ethernet ▪ GPU ▪ C++ ▪ Python ▪ Open GL ▪ VNC ▪ Git ▪ Linux

● Integrated 3G technology into Ericsson's IPTV flagship product, enabling media content delivery to mobile devices. Developed DSP code for efficient AAC audio support. Accomplished media control and web configuration functionality for the implementation of the new audio codec.

● Effectively delivered MPEG-4 LATM bit stream support for the iPlex platform of the company's high-density networking device. Enhanced the de-multiplexer module and introduced RTP payload generation software to facilitate the new audio transport stream.

● Collaborated closely with the product verification team to resolve issues. Significantly enhanced system-level performance across two major software releases, resulting in heightened customer satisfaction.

Skills: DSP processing ▪ MPEG-4 ▪ RTP ▪ IPTV ▪ C++ ▪ Python ▪ Digital audio ▪ Network protocols ▪ Media streaming ▪ CVS