General information
Mission :
*Keywords:
Energy harvesting, Prototyping, CAD design, kinematics, dynamics, green energy
*Context:
Energy harvesting is the conversion of unused kinetic energy (mechanical, pneumatic, hydraulic, thermic or electromagnetic) in the surrounding environment into small amount of exploitable electrical energy. This technology, as a new power source for small electronic systems, is attracting more attention in the recent years. It is a promising energy source for self-sustained electronic devices with sensors without maintenance with wireless communication capabilities.
*Description:
We are currently running projects about the realization of new nanotechnology based generators. The mechanisms by which the energy is collected are based on effects such as electromagnetism, triboelectricity and piezoelectricity. The challenge of the work will be the conversion of external mechanical stresses (rotation, translation) with very low frequency (0.1 to 1Hz) into rotational energy to deliver enough electrical power supplying a wireless Bluetooth communication unit. The internship student will have the opportunity to create a first proof of concept prototype with possibility of field tests. The applications concern the smart conversion of mechanical stimulations as human motion from walking, vibrations from vehicles or building, waves from oceans.
Profile :
*Education:
Preparing a last year Engineer or Master II degree in Engineering School or University on Mechanics/Physics or a relevant subject area with good marks at merit level
*Competencies:
Solid culture in mechanics/kinematics
Very good experience with CAD design and software as SolidWorks, CATIA or equivalent
Additional skills on LABVIEW, Arduino, or Raspery Pi interfacing for data acquisition and signal treatment will be considered assets
*Language:
Proficiency in English or French
Application dead line : 3rd February 2020.
Starting date, duration: March 2020, 6 months
Details and to apply online:
