The position is open to candidates with a MSc degree, STEM fields preferred, with focus on
mathematical optimization. PhD may be a plus. Programming skills (especially C++) are desirable.
The project is
Models and methods for energy optimization in the presence of energy aspects
and the actual research line is quite open to negotiations with the winner, provided it is related to "energy" and "optimization". The research team at DI-UNIPI has state-of-the-art know-how and facilities for modelling and solving large-scale, challenging mathematical optimization problems related to energy systems, including access to powerful computational servers. Contributions to the open-source C++ framework SMS++
https://gitlab.com/smspp/smspp-project
in its energy-related modules, general-purpose modules, or both will be highly appreciated. All sorts of energy optimization problems can be considered, starting from any variant (deterministic or stochastic) of Unit Commitment, Optimal Power Flow, Optimal Transmission Switching, mid-term energy reservoir optimization, long-term energy system design, Energy Community design and operations, and basically any other. Interesting algorithmic techniques include, e.g., decomposition methods (Lagrangian Relaxation, Column Generation, Benders' Decomposition in any possible combination), Branch-and-Bound, large-scale math-heuristics, and any contribution to subproblems of interest in these approaches.
The Postdoc will be included in a vibrant research environment, with the possibility to collaborate with other active research projects such as RESILIENT
The position is fully funded for one year, extensions can be evaluated subject to mutual interest.
HOW TO APPLY
• Pure online application at:
https://pica.cineca.it/unipi/ass-inf2024-9/
• Details, requirements and instructions to apply (must read):
https://bandi.unipi.it/public/Bandi/Detail/1c421117-e350-4922-8917-d17752a3a180
HARD DEADLINE: June 19, 2024 at 13.00 CEST
For further questions, contact Antonio Frangioni (frangio@di.unipi.it)
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