Recruitment
Swiss Solar Boat offers student projects for the spring semestre 2023 that allow you
to apply your theoretical knowledge while thinking about
sustainable solutions.
Join a unique and challenging adventure
Pôle Energie
Year: Master
Students: 1
Dimension the solar panels of the boat and think about their implementation and cooling. Think and design the integration of a fuel cell in the new boat.
Year: Master
Students: 1
Analyze the students’ design solutions to ensure the environmental sustainability of the project. Start to make the LCA of the new boat and study the global impact of the proposed solutions as well as the viability of the proposed specifications from a climate impact point of view
Pôle Structure et Hydro
Year: Master
Students: 2
After a 1st phase of pre-design. Concrete design of the hulls of the new boat as well as the global structure. Thinking about the integration of the subsystems and defining the stacking of materials according to the simulations.
Year: Master
Students: 1
Design of foil profiles and vertical attachment masts. Depending on the weight distribution and desired performance of the boat, design and simulate optimized foils.
Year: Bachelor
Students: 2-3
Think and design the retraction mechanism of the verticals of the REF and design the actuation system at the level of the hull of the boat
Year: Bachelor GM/MX
Students: 2-3
Implementation and realization of the structure of the hydrogen module
Year: Bachelor
Students: 3
Penser et designer l’intégration des actionneurs dans des appendices hydrodynamiques ou structure du REF limitant au maximum le drag et garantissant une manutension la plus simplifiée possible. Travail sur helice aussi
Pôle Electronique hardware
Year: Master
Students: 1
Design of the global architecture of the low power system and the data transfer system of the new boat. Choice of the components and realization of a test bench
Year: Master
Student: 1
Design of the global architecture of the power electronics system and of the security elements of the new boat. Choice of the components and realization of a test bench
Pôle Contrôle et software
Year: Master
Student: 1
Optimize and increase the robustness to disturbance and variation of the existing boat control algorithms to maintain stable flight phases with variable masses.
Year: Master
Students: 1
Design of a simulator, a state estimator and a digital model to prepare the control of the new boat. Design of an optimal control framework (MPC or LQR) + PID. Definition of a numerical model of the boat and its flight in order to calculate the regulator and the actuation of this one. And think about the implementation of the current FCU and its adaptation for the new boat.
ONE BOAT
ONE GOAL
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