MedCAD
Vishvani Patel is a seasoned quality management professional with extensive experience in engineering and education. Currently serving as Quality Manager at MedCAD since June 2022, Vishvani has also held positions as Quality Engineer and Quality Engineer Intern within the same company. Previous roles include Teaching Assistant at The University of Texas at Dallas, where guidance was provided to students in biology laboratory exercises, and Engineering Team Lead at UTDesign, leading a team to develop an ultrasound-based device to measure respiratory rate. Additionally, Vishvani contributed as Director of Strategy for UTDallas Combat Robotics, strategizing organizational growth, and completed a Research Internship at UT Southwestern Medical Center. Prior experience includes instructing mathematics at Mathnasium, participating in the NASA L'SPACE Mission Concept Academy, and assisting in an Honors Chemistry course at Guyer High School. Vishvani holds a Bachelor's degree in Bioengineering and Biomedical Engineering from The University of Texas at Dallas, completed in 2022.
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MedCAD
We’re Restoring Humanity One Patient at a Time. MedCAD is a privately held medical tech company in Dallas, TX. Founded in 2007, MedCAD is a nimble innovator in the patient-matched medical device industry, offering cranial implants, patient-matched plating, surgical planning and 3D modeling products and point-of-care services. MedCAD is known for its high-quality products, spectacular customer service and concierge-style case management. At MedCAD, our customized surgical solutions are designed from individual patient scan data, converted into digital 3D models, then clinically planned for optimal medical device application. Fast response time, quality products, and customized solutions. AccuShape PEEK Implants – AccuShape PEEK Patient-Specific Cranial Implants are individually sized and shaped implantable prosthetic cranioplasty plates intended to correct defects/replace voids in the cranial skeleton of a specific patient. PEEK implants are designed using patient anatomy. AccuPlan Surgical Planning – Planning a surgery pre-operatively allows a surgeon to consider variables and choose a more direct path of action. Patient-specific tools and medical devices help surgical plans become actual results. Preparation by virtual planning can increase surgeon and patient confidence, reduce surgical time in the OR, aid in patient education and lead to less invasive procedures. AccuModel 3D Models – 3D-printed anatomical models assist in the visualization of patient anatomy. MedCAD clinical engineers use 3D printers to provide high definition 3D study models.