Internship: Microvascular Hemodynamics Modeling for Bio-Sensor

Praxa Sense; Delft; On-site; EUR 4,000 - 5,000; Full time

Benefits offered by this job

Professional, yet fun team

Freedom to implement ideas

Opportunity for future employment

Internship compensation of 400 EUR/month

Job summary

Praxa Sense, a young MedTech start-up in Delft, is seeking a student intern to investigate and model the hemodynamics of the skin's microvascular system. You will develop mathematical and computational models, contributing to the quality enhancement of our novel bio-sensor that utilizes innovative optical techniques.

This interdisciplinary role requires a solid background in biology and an affinity for computational modeling, preferably using Python. The internship offers gross compensation of 400 EUR per month and the potential for future employment.

Qualifications

• University BSc/MSc degree in relevant field.
• Experience in data processing languages.
• Affinity with Python or imaging analysis software is a plus.

Responsibilities

• Investigate and model the hemodynamics of the microvascular system.
• Develop mathematical and computational models.
• Read relevant literature to support project work.

Skills

Proficiency in Python

Understanding of biology and physiology

Data processing skills

Experience with R

Imaging analysis software

Good communication skills

Education

BSc/MSc in Applied Physics, Nanobiology, Biomedical Engineering, or related field

Job description

Praxa Sense, a young MedTech start-up in Delft, is seeking a student intern to investigate and model the hemodynamics of the skin's microvascular system. You will develop mathematical and computational models, contributing to the quality enhancement of our novel bio-sensor that utilizes innovative optical techniques.

This interdisciplinary role requires a solid background in biology and an affinity for computational modeling, preferably using Python. The internship offers gross compensation of 400 EUR per month and the potential for future employment.