: ₹8,000 - ?15,000 per month (based on skill and
project fit)
Initial Test
:
1. A initial test will be there. Only after completion of that test, the candidates will be selected based upon the performance. ( This point is not applicable for the interns)
Project Overview
We're developing a modular surgical guidance system that combines
pre-op imaging, embedded camera tracking, and live
3D visualization. As a fresher, you'll gain hands-on experience building
real-time systems across firmware, imaging, and medical UI modules.
What You'll Work On
1. Load and segment DICOM images to build anatomical 3D models
2. Write programs for Arduino or ESP32 IOT boards
3. Interface tracking hardware and sync with Python-based real-time
modules
4. Visualize live instrument tracking using VTK or OpenCV
5. Build simple, responsive UIs for surgical feedback (using PyQt or
similar)
Ideal Background
1. Academic or personal projects using STM32/ESP32/Arduino and
serial or camera communication
2. Python projects with OpenCV, VTK, 3D rendering, or real-time
data visualization?GitHub contributions in medical imaging, robotics, embedded
systems, or UI development
3. Bonus if you've worked with stereo vision, camera arrays, or
surgical simulations
Why You'll Thrive Here
1. Work on technology with real healthcare impact
2. Get mentorship in software, embedded, and clinical system
design
3. Learn tools like STM32CubeMX, OpenIGTLink, DCMI streaming,
and MITK, VTK
4. Gain knowledge on clinical and surgical IT instruments.
5. Be part of a fast-paced, engineering-first culture with long-term
potential