MEDICAL IMAGING – BIOMECHANICS – DEVICE DESIGN – PROCESS DEVELOPMENT
Always looking for challenging opportunities within the medical / biomedical industry
Domain knowledge: Mechanical Engineering-Biomechanics, Medical Imaging- X ray, CT, MRI, Ultrasound, PET and SPECT, Biomedical Sciences-Bone mechanics, biology and biochemistry, Microfluidics- Cancer cellular mechanics and dynamics
BS Medical Electronics – Visvesvaraya Technological University
MS Biomedical Engineering – Wright State University
PhD Biomedical Sciences – Wright State University
Sensors,electro-mechanical design, device fabrication, prototyping and machining, validation, robotics, laser bonding, micro-structuring, medical devices , data / image acquisition and processing, data / image visualization, bone-strength analysis.
Core competencies: computational modeling and simulation (FE / CAD /CAM), testing and validating numerical-experimental techniques, optimization techniques, statistical analysis, theoretical analysis, quantitative and structural biology, invasive and non-invasive mechanical testing, bone harvesting procedures, bone biology, orthopedics and biomaterials.
Microfabrication and microfluidics: clean room techniques, photolithography,soft-lithography, PDMS molding, plasma treatment and bonding, laser micro-structuring of glass, ceramic and oxide, dicing, polishing, laser bonding.
Quality assurance, root-cause analysis and failure analysis of non-conformance, lean manufacturing practices and six sigma principles (currently obtaining certification).
Programming: Platforms: Windows, DOS: Languages: MATLAB, LabView, C, C++, TcL; Software: JMP IN, Solid Works, I-deas, Genesis, ANSYS, NASTRAN, ImageJ, Amira, Avizo: Standard, Wind, Fire, ImagePro Plus, Photoshop, IRIS, Galil, Microsoft Office suite.