Uday T Email & Phone Number

Santa Clara, CA, US

California, 94086, US

California, 94086, US

California, 94086, US

Lombard, IL, US

• Work closely with engineers to architect and develop the best technical design and approach for hardware controllers, data acquisition, system software, high-performance computing and electromechanical sub-systems.
• Manage the day-to-day activities spanning design, development, test, and deployment for a team of engineers to execute project deliverables
• Set direction for the team, anticipate strategic and scaling-related challenges via thoughtful long-term planning
• Identifying customers' unmet needs through customer, marketing, sales, service team feedback and translating the feedback into clear product requirement specifications for current and future products.
• Successfully led new projects that created significantly enhanced user experience and value for customers, thereby creating significant competitive advantage for flagship OCTA product: DualTrac Motion Correction.
• Driven projects from ideation to mass production for next generation OCT combo product (Solix): full range OCT technology and color fundus photography. Provides a comprehensive feature list addressing larger scan.

Lombard, IL, US

• Developed image camera calibration software
• Designed triggering sequences between OCT, SLO and other sub-systems.
• Designed software platform for 200 KHz OCT with SLO using frame grabbers and line scan cameras.
• Improved CUDA motion correction algorithm by 15x.
• Wrote IR image tracking control to reduce motion artifacts for OCT angiography acquisition.
• Implemented command scheme to control stepper motors, LED, lasers needed for automation.

Jena, DE

• Implemented OCT analysis algorithms in a TDD. Workflows perform layer segmentations, registration, ROI measurements on macular and optic disc cubes.
• Wrote CLAHE and image segmentation algorithms. Migrated MATLAB algorithms to C++.
• Performed t-tests OCT analysis products to prove equivalence.
• Developed a Reflection based test runner which provides better execution than NUnit or MSTest.
• Performed memory optimization (leaks) using.NET memory profiler and Intel Inspector. Profile component in a multi-threaded environment.
• Write Software architecture, design documents and technical notes between releases. Create UML diagrams using Enterprise Architect.

Amsterdam, Noord-Holland, NL

• Integrated C/C++ algorithms into WPF application
• Managed rad build scripts, patches for application development
• Wrote oblique image registration for multi modality images. (PET/MR, PET/CT, NM/CT)
• Implemented NM planar data ROI measurement tool for kinetic analysis.
• Developed visualization, interactions in MIP, Slab viewers.
• Worked translation companies to implement 8x translations in NM application suite.

• Developed Natural UIs, animations for dashboards, patient forms, visit forms.
• Built an HL7 Listener to connect with external EMR products.
• Architected HL7 RIMBAA for SQL Server 2008
• Designed UMLS components to navigate for appropriate code/coding system.
• Integrated a DICOM viewer for PACS and RIS systems.
• Wrote an IMAPI CD burner tool for imaging studies

• Designed a Windows® NT service (FileSystemWatcher) which monitors I/O report files (XML) on a host PC, when received from the ultrasound machine. XML tags are written according to DICOM PS 3.6 standards.
• Converted each XML and images to XSL: FO using XSLT in distinctive threads, then finally to PDF using FO processor (Apache FOP).
• Programmed a PDF email functionality to deliver the report at the company’s helpdesk department.

Programmed on Texas Instrument chips.Wrote real time Image processing algorithms.Built windows host application (standalone and MATLAB) to interface with TMS320C6416Used dsplib and imglib libraries to perform morphological ops.

Philadelphia, Pennsylvania, US

Philadelphia, Pennsylvania, US

Performed Fractional Moving Blood Volume Analysis on Benign Prostatic Hyperplasia (BPH)Detected Benign Prostatic Hyperplasia (BPH), a condition affecting the prostate, by analyzing the vascular density in various regions of the prostate. Utilizing Power Doppler Imaging, known for its high sensitivity to blood flow, I calculated the fraction of blood within.

Philadelphia, Pennsylvania, US

Built a lung simulator application using OpenGL, GSL, QT, MevisStudied lung pathological conditions using the simulatordownload the application at https://simtk.org/home/lungsim

Ms, Biomedical Engineering

Bs, Biomedical Engineering