• Led the development of an IVUS (Intravascular Ultrasound) system software from the ground up using C# and C++, employing the MVVM pattern and Prism framework.• Created advanced image processing algorithms to enhance ultrasound image quality, focusing on scan depth, gain, brightness, and contrast. Implemented real-time image adjustments to allow clinicians to fine-tune images during procedures while optimizing performance for high-speed operation.• Designed and developed a user-friendly graphical interface for ultrasound scanning operations, incorporating features like screenshot capture, video recording, playback, and direct clot size measurement tools. Added annotation capabilities, enabling users to mark and comment on specific areas within images. Collaborated with medical professionals to ensure the GUI met clinical needs, resulting in an efficient and tailored product.• Implemented secure DICOM communication protocols, ensuring compliance with industry standards. Enabled ultrasound image export to PACS systems, integrated patient and case data retrieval from Modality Worklist, and applied TLS encryption to protect sensitive patient information.• Developed certificate-based authentication for secure client-server communication, adhering to industry best practices for data security. Created custom tools for managing digital certificates and thoroughly tested the system to ensure robust security.• Engineered customizable network configuration settings to ensure reliable, secure connections to hospital servers. Developed tools for flexible IP and DNS setup to enable seamless integration with existing hospital networks.• Developed unit tests for kernel functions managing color flow, ensuring accuracy and performance of AI-developed components used in ultrasound image analysis.

• Led a team of 4 engineers in creating test activities for an ICD (Implantable Cardioverter Defibrillator) per IEC-62304, developing protocols, and maintaining an automated testing environment using CI/CD.• Managed the full V&V lifecycle, including executing unit, integration, and system tests, defect tracking, and ensuring compliance, traceability, and quality through automated and manual testing.

• Developed and enhanced Bentley RAM Structural System, including key features such as 3D modeling, FEM-based analysis, automated code-compliant design for steel and concrete, lateral and gravity load analysis, and foundation/floor system design. Integrated real-time 3D visualization and interoperability with other Bentley tools for seamless workflow.• Built FEM calibration framework integrated with existing software, utilizing parallel computing with OpenCL for structural analysis, damage detection, and load identification. Developed WPF interfaces for user interaction and visualization. • Collaborated with 10+ universities to develop customized features, resulting in technical publications and patents.