Dr. Sarkar is double boarded in Neurology by the ABPN and Brain injury Medicine by ABMS. He joined the Ochsner Neurosciences Institute in 2015 and the New Orleans Veterans Affairs Hospital in 2016 and continues to have a clinical practice focused on neuro-rehabilitation. He serves as one of Ochsner's associate CMIO with a focus on the informatics of neuroscience and imaging. He founded and currently serves as the Clinical Director of Ochsner Neurosciences BioDesign Lab and contributes to Ochsner's efforts to innovate advanced visualization using Artificial Intelligence, 3D Printing and medical extended reality. He recently completed his Masters in Health Delivery Science at Cedars Sinai in Los Angeles with a focus on digital health innovation. He strives to integrate 21st Century Tools to deliver 21st Century healthcare to our region.
Kimberly Hughes is a dedicated and results-driven Project Manager who brings a unique skill set to the healthcare industry. In her role, Kimberly leads cross-functional teams in the development and implementation of innovative healthcare solutions leveraging Agile methodologies. She has successfully spearheaded numerous projects that have significantly contributed to the operational excellence of Ochsner's BioDesign Lab. Her ability to create and optimize workflows has played a pivotal role in enhancing the lab's productivity and ensuring the delivery of high-quality patient care solutions. As a Lean Green Belt certified professional, she embodies efficiency, and as a proponent of Servant Leadership principles, she fosters a collaborative and effective team dynamic. Kimberly holds a BSBA in Hotel Management from the University of Southern Mississippi.
Colin Curtis holds a B.S.E. in Biomedical Engineering from Case Western Reserve University and specializes in using medical imaging to create 3D representations of patient-specific anatomy. These models, viewable on computer screens, in virtual reality, or as 3D prints, enhance healthcare providers' insights into complex medical conditions, aiming to improve patient outcomes. A significant portion of his work supports neurosurgery, where he integrates EEG and MRI data to localize seizures and generate 3D brain models for surgical planning. Additionally, Colin is advancing 3D printing techniques for surgical simulation and developing software to optimize lab workflows.
Alec is a self-taught immersive experience developer who has been creating applications within environments such as the Unity Engine since 2007. By combining this with experience in scientific 3D animation, he is able to leverage a hybrid of programming and artistic perspectives to improve user experience and design. With personal drives split between game development and philanthropic work, Alec is most fulfilled when designing and creating enjoyable and engaging experiences that provide measurable positive impact. Ochsner's BioDesign Lab provides a unique opportunity to work with other impactful experts and provide Medical Extended Reality tools to help equip clinicians and improve patient well-being in engaging ways.
Leonardo Seoane is assisting the BioDesign Lab in integrating machine learning tools into the clinical workflow as an Informatics Researcher. Leonardo has created neural networks that assist in complex segmentation tasks for use in surgical planning in a multitude of case types at Ochsner. His previous work includes internships at InnovationOchsner and Boston University Medical Center furthering projects in healthcare related computer vision. He holds an undergraduate degree in Computer Science from Villanova University and a master's degree in Artificial Intelligence at Boston University.
Summer Skelton is a Research Associate at the Ochsner BioDesign Lab. She holds a BSc in Biochemistry from the University of Southern Indiana and a Master’s degree in Medical Visualization and Human Anatomy from the University of Glasgow and Glasgow School of Art. Her expertise lies at the intersection of art and anatomy, specializing in the development of patient-specific anatomical models. Through her background in 3D modeling, animation, and medical image segmentation, she works to create patient specific visualizations that enhance medical education, surgical planning, and research.
