📢 Latest
News Design Lab PI Delivers Keynote Address at Summer STEAM Camp and Expo 2083 | | Vacancy Call for Research Intern at Design Lab | | Vacancy Call for Research Assistant at Design Lab | | News Research paper entitled “Knee Flexion/Extension Angle Measurement for Gait Analysis using Machine Learning Solution “MediaPipe Pose” and its Comparison with Kinovea®” gets published in IOP Conference Series: Materials Science and Engineering | | Vacancy Internship Opportunity at Design Lab | | News Mr. Raman Silwal, Research Assistant at Design Lab successfully defended his Masters Thesis | | Notices 5 days hands-on training on “Digital Manufacturing & Reverse Engineering with 3D Printing and 3D Scanning” | | News Mr. Abishek Kafle, Research Assistant at Design Lab successfully defended his Masters Thesis | | News Research Paper under Theme “Digitalization and Emerging Systems” at USC 2022 gets selected as Best Paper | | Vacancy Internship Opportunity at Design Lab | | News Design Lab PI Delivers Keynote Address at Summer STEAM Camp and Expo 2083 → • Vacancy Call for Research Intern at Design Lab → • Vacancy Call for Research Assistant at Design Lab → • News Research paper entitled “Knee Flexion/Extension Angle Measurement for Gait Analysis using Machine Learning Solution “MediaPipe Pose” and its Comparison with Kinovea®” gets published in IOP Conference Series: Materials Science and Engineering → • Vacancy Internship Opportunity at Design Lab → • News Mr. Raman Silwal, Research Assistant at Design Lab successfully defended his Masters Thesis → • Notices 5 days hands-on training on “Digital Manufacturing & Reverse Engineering with 3D Printing and 3D Scanning” → • News Mr. Abishek Kafle, Research Assistant at Design Lab successfully defended his Masters Thesis → • News Research Paper under Theme “Digitalization and Emerging Systems” at USC 2022 gets selected as Best Paper → • Vacancy Internship Opportunity at Design Lab → •

2-D / 3-D Camera Based Custom Insoles for DiabeticFoot Care Utilizing Advanced Image ProcessingTechniques

Funded by University Grants Commission (UGC), Nepal

(2025-2027)

This project is dedicated to the development of an innovative, camera based system designed to produce personalized insoles for diabetic foot care. By using advanced image processing techniques, the system accurately converts a standard 2D photograph of a foot into a precise 3D model. 

 This model then serves as the basis for designing and fabricating custom insoles that aim to improve patient comfort, redistribute plantar pressure, and mitigate the risk of complications such as foot ulcers.

Accessibility Toolbar

Scroll to Top