Vedangi Palaye

Detail-oriented and motivated Biomedical Engineering graduate with a strong foundation in medical device design, signal processing, and rehabilitation technologies. Experienced in hands-on projects like gait analysis and implant design using Arduino and Fusion 360. Proficient in AutoCAD, and MATLAB. Passionate about using innovative technology to improve patient care and eager to contribute to impactful biomedical projects in a professional setting.

Hip Implant Design based on the 3D Geometry of the Human Femur

• Developed a comprehensive, patient-specific hip implant using Fusion 360, including the design of the main stem, femoral acetabular cup, femoral liner, and socket.
• Leveraged advanced knowledge of biomaterials to ensure optimal durability, biocompatibility, and reduced wear.
• Focused on achieving seamless integration with the patient’s anatomy by customizing the implant to fit a provided femur model.

Conceptual Design for Neuronal Cell Blast Injury Device

• Designed using AutoCAD to ensure the device withstands high-velocity pressure waves without compromising performance or safety.
• Utilized biomaterials to enhance durability and resilience, crucial for replicating realistic blast conditions.
• Engineered to accurately fit in the setup for realistic simulation of traumatic brain injuries.
• Designed for production using either machining or 3D printing, allowing flexibility in fabrication methods while maintaining structural integrity.

A smart Insole to detect foot pressure distribution

• The aim of the project is to develop a smart shoe insole that can detect plantar foot pressure distribution.
• The objective of the project is to develop a rehabilitative device that can be used by various patients(amputees, diabetic) to understand deformities related to their walking styles and how much pressure they apply on different parts of the foot.