Jobs

The RenAllCare project aims to improve access to hemodialysis for the treatment of acute kidney injury (AKI) in low-resource settings. One of its key components is the development of an innovative dialysis generator designed to be robust, efficient, and adapted to challenging environments.

Several aspects of the system’s development are open for student projects across various engineering disciplines, including:

·      Critical review of key functional subsystems: In-depth literature and technical analyses of component such as heat exchangers, peristaltic pumps, and heating systems.
      Focus & Skills: literature review, mechanical engineering, electrical engineering, thermal design, pneumatics, system engineering.

·       Comparative study of sorbent regeneration technologies
        Focus & Skills: literature review, material science, chemistry

·      Life Cycle Assessment (LCA) of dialysis consumables: Evaluation of the environmental impact of various consumable designs to inform system development.
       Focus & Skills: environmental science, material science, sustainability.

The scope and objectives of each project will be defined in collaboration with the supervisor, based on the type and duration of the student engagement (Bachelor project, semester project, etc.).

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Learn more about the Ren'All Care project here.

Interested? Please reach out to the Project Manager : yan-kim.tran@epfl.ch

As part of the GlobalO2 project, we are developing an oxygen concentrator specifically designed for low-resource environments. The system uses novel adsorbent materials and features an nnovative control and power architecture, designed to enhance durability, autonomy, and overall efficiency.

Several aspects of the prototype’s development are open for student projects across various engineering disciplines (STI), including:

·      Development of a compressor driver with integration of diagnostics and datalogging hardware (sensors, memory).
       Focus and skills: PCB design, simulation, firmware development, powerelectronics, magnetics, BLDC control

·       Development of the main control board and/or firmware
        Focus and skills: PCB design, microcontrollers, C, C++, embedded systems

·      Design of a grid fault detection module for power quality monitoring and event logging.
       Focus and skills: signal processing, PCB design, firmware, machine learning, edge AI

·      Conceptualisation and prototyping of adaptive air filters combining mechanical structures and sensor-based monitoring.
       Focus and skills: simulation, mechanical engineering, 3D design, CAD, signal processing, PCB design, sensors.

·      System-level integration of electronics, thermal management, mechanical structures, and user interface.
       Focus and skills: mechanical engineering, thermal simulation, CAD, 3D design.

The scope and objectives of each project will be defined in discussion with the supervisor, depending on the format (bachelor project, semester project, etc.).

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Learn more about the GlobalO2 project here.

Interested? Please reach out to the Project Manager: yan-kim.tran@epfl.ch

As part of the GlobalNeoNat project, we are developing a neonatal incubator specifically designed for low-resource environments. The system is built around an innovative thermal battery using phase-change materials (PCM) and a novel air circulation system.

Several aspects of the prototype’s development are open for student projects across various engineering disciplines (STI), including:

·      Optimization of a state-of-charge estimation algorithm
       Focus and skills: Machine Learning, Python, TensorFlow

·      Control and interface electronics
       Focus and skills: Electrical engineering, PCB design, prototyping, microcontrollers, firmware development.

·      Firmware development for system control
       Focus and skills: Embedded systems, C/C++, MicroPython, microcontrollers

·      Design of a power supply and its integration
       Focus and skills: Electrical engineering, power electronics, simulation, PCB design

·       Design of the air flow control system
        Focus and skills: Mechanical engineering, thermodynamics, simulation, CAD.

·      Design of the thermallyinsulating enclosure
       Focus and skills: Mechanical engineering, thermal analysis, simulation, CAD.

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More about the GlobalNeoNat project here. 

Interested? Please reach out to Project Manager: yan-kim.tran@epfl.ch

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