• Develop an array of software tools for creating, viewing, editing, automatically reconstruct, and automatically landmark patient-specific anatomy enabling surgical implant and instrument creation.• Develop test suites using Google Test framework to identify and verify defects for internal libraries and reduce risk and cost of software failure.• Draft technical specification documents including design and development plan, software architecture, and software design document for different stages of SDLC.

• Engineered cloud-based data exchange module using Qt State Machine and C++, integrating Protocol Buffers for efficient serialization, reducing data transfer overhead by 25% and enabling seamless synchronization between local application and remote database.• Developed a broad range of functionalities including 2D/3D visualization of bones and implants as 3D meshes/models or volumes, landmark viewing for diagnostics, integration of implant fitting algorithms and mesh manipulation features (hole filling, bad face removal, mesh smoothing), using C++, Qt, and VTK. • Overhauled implant compatibility module using C++17 and graph structures, doubling update speeds and improved maintainability.• Spearheaded 64-bit migration of 15+ C++libraries and presurgical planning application, boosting data processing speed by 40% and expanding DICOM volume capacity from 700 to ~5,600 slices (32GB RAM), while enhancing rendering speeds by 30%• Developed a tool using C++, Qt, and VTK for presurgical planning, enabling detailed visualization and debugging of implant designs, thus enhancing the presurgical planning process.

• Conducted research on architecture, performance, and security of different middleware systems (DDS, MQTT, OPC-UA, etc.). Developed technical report and presented results to Industry sponsors (Siemens Corporation) • Developed domain-specific modeling languages and environments for the design and specification of embedded systems using Vanderbilt University’s WebGME software. • Participated in multiple sponsored research projects (funded by ARPA-E, NSF, DARPA), and assisted research supervisor in developing publications, reports and presentations, and new research proposals• Presented academic research in technical seminars to a group of students and faculty.• Extended and managed the research group’s website documenting research projects, publications, presentations, team, and developed software tools

• Achieved a 30% reduction in query execution times by optimizing 50% of SQL queries, significantly enhancing database performance.• Conducted database archival on Linux, reducing database size by 50% and freeing up 1TB of storage.• Developed tailored SQL queries to meet client business needs, facilitating custom report generation