Inosha Upadhyay

Capstone Project: Development of a Deep-Learning Algorithm to Ensure Real-Time 3-Dimensional Light Field Microscopy.

• Collaborated with team members and graduate mentors on 3D reconstruction using VCD-Net

Skills: MATLAB · Python · Imaging Techniques · Data Analysis · Collaboration

• Proven ability to learn quickly and adapt to new situations.

• Designed and fabricated a functional peristaltic pump using SolidWorks and 3D printing.
• Programmed a stepper motor using Arduino to control fluid flow for precision liquid transfer.
• Applied engineering design principles to simulate controlled pumping in biomedical applications.

Skills: SolidWorks · Arduino

• Worked effectively in fast-paced environments.

• Designed and built a Venturi-based flow sensor for precise respiratory airflow monitoring in hospital settings.
• Achieved >90% accuracy through Arduino calibration and iterative design testing.
• Optimized for reusability, low cost (<$150), and minimal dead space to improve safety and efficiency.

Skills: Arduino Programming · Comsol · Data Analysis

• Skilled at working independently and collaboratively in a team environment.