Oportunidades Públicas

Fecha de Creación Descripción Mentor(es) Acciones
10/05/2024

Keywords:
Prerequisites:
No prerequisites
Available vacancies:
2/3
Class Code Initials:

This opportunity uses a Nota 1-7 evaluation method and is worth 10 credits

Microfabrication of devices for mechanobiology investigation of cellular forces

In this Ipre, we are looking for students from biomedical engineering or mechanical engineering careers to create microfabricated devices to study the mechanics of cells, including cancer cells. The student will have the opportunity to aid high-impact science while learning cutting-edge bioengineering technologies in a dynamic and international environment. Dedication and passion for science and biomedical engineering are the main requisites.

Keywords:
Prerrequisitos:
Sin prerrequisitos
Vacantes disponibles:
2/3
Siglas iniciales:

Tiene un método de evaluación Nota 1-7, con 10 créditos

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10/05/2024

Keywords:
Prerequisites:
No prerequisites
Available vacancies:
1/3
Class Code Initials:

This opportunity uses a Nota 1-7 evaluation method and is worth 10 credits

Engineering devices to study the mechanics of cell

We are looking for one dedicated student to work on a mechanobiology project aiming to investigate short-range cellular forces involved in regulating cell mechanics. The student will fabricate devices using cutting edge microfabrication tools and will aid a PhD student in performing microscopy experiments involving epithelial and cancer cells. The student will have the opportunity to aid high-impact science while learning cutting-edge bioengineering technologies in a dynamic and international environment. Dedication and passion for science and biomedical engineering are the main requisites.

Keywords:
Prerrequisitos:
Sin prerrequisitos
Vacantes disponibles:
1/3
Siglas iniciales:

Tiene un método de evaluación Nota 1-7, con 10 créditos

 		Ver
17/12/2025

Translating a Single-Cell Migration Model from MATLAB to Python

This internship focuses on converting an existing single-cell migration computational model into Python to eliminate dependency on MATLAB licenses. The model follows the framework described in https://doi.org/10.1101/2025.08.28.672905.
The student will translate the model from MATLAB to Python, validate output equivalence between the two platforms, and restructure the code to ensure modularity and extensibility.
Ideal for students with basic programming experience interested in computational modeling for biological questions. Independence, dedication, and motivation to use computation in cancer research are essential.

Keywords:
Prerequisites:
No prerequisites
Available vacancies:
1/2
Class Code Initials:
PhD students who will assist in mentoring for this research opportunity:
Ignacio Montenegro

This opportunity uses a Nota 1-7 evaluation method and is worth 10 credits

Traducción de un Modelo de Migración Celular Individual de MATLAB a Python

Esta práctica se centra en convertir un modelo computacional existente de migración celular individual desde MATLAB a Python, eliminando la necesidad de licencias de MATLAB. El modelo sigue el framework descrito en https://doi.org/10.1101/2025.08.28.672905.
El estudiante realizará la traducción del modelo, validará la equivalencia entre las salidas de MATLAB y Python, y reorganizará el código para que sea modular y fácilmente ampliable.
Es ideal para estudiantes con conocimientos básicos de programación interesados en modelación computacional aplicada a problemas biológicos. Son esenciales la independencia, la dedicación y la motivación por usar herramientas computacionales en investigación sobre cáncer.

Keywords:
Prerrequisitos:
Sin prerrequisitos
Vacantes disponibles:
1/2
Siglas iniciales:
Estudiantes de doctorado que ayudarán mentoreando en esta investigación:
Ignacio Montenegro

Tiene un método de evaluación Nota 1-7, con 10 créditos

 		Ver
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