About
Patricio Farrell is an applied mathematician at WIAS Berlin working at the interface of mathematical modeling, numerical analysis and simulation. His research develops mathematical models and structure-preserving numerical methods for physical systems. A particular focus lies on charge transport in semiconductors as well as emerging materials and devices, including perovskite photovoltaics and neuromorphic computing.
Together with his team, he develops ChargeTransport.jl, an open-source software package used in both academia and industry. He serves as vice chair of KOMSO, council member of ECMI and scientific ambassador for Brain City Berlin. He completed his habilitation at Freie Universität Berlin, was named one of Capital's "Top 40 under 40" and contributes to public science communication as a trained journalist.
CV
- Deputy group leader, WIAS Berlin
- Privatdozent & Habilitation, Freie Universität Berlin
- Leibniz junior research group leader, WIAS Berlin
- Visiting professor at SISSA, Inria Lille & the University of Florence
- Tenured staff member, WIAS Berlin
- Fixed-term professor (W2 level equivalent), Hamburg University of Technology
- Research associate, WIAS Berlin
- PhD, University of Oxford
- Diplom, University of Hamburg and University of Bath
Funded projects
Secured research funding €1.5M+ from the Leibniz Association, MATH+ and Inria:
- Associate team together with Inria Lille: Analysis of Robust Numerical Solvers for Innovative Semiconductors in View of Energy Transition (ARISE)
- Research group Numerical methods for innovative semiconductor devices (€1,000,000)
- Associated partner within Excellence in Photonic Crystal Surface Emitting Lasers (PCSELence)
- PI within the MATH+ projects:
- PaA-1: Electronics of Nanostructured Perovskite Devices (€140,000)
- A2-10: Electro-Mechanical Coupling for Semiconductor Devices (€140,000)
- IN-11: Identifying and Efficiently Computing Band-Edge Energies for Charge Transport Simulations in Strained Materials (€70,000)
- IN-B3: Understanding doping variations in silicon crystals (€70,000)
Team
The NUMSEMIC team develops mathematical models, numerical methods and open-source software for semiconductor simulation, bringing together researchers in numerical analysis, PDEs, semiconductor physics and scientific computing.Postdocs
- Dr. Dilara Abdel (second Tiburtius Award for PhD thesis, endowed with €2,500)
- Dr. Yiannis Hadjimichael
- Dr. Michael O'Donovan
PhD students
Master's students
- Bingjie Li
Former members
- Dr. Daniel Fritsch (postdoc in 2023, now working at Zuse Institute Berlin)
- Dr. Julien Moatti (long-term visitor in 2022, now associate professor at Bordeaux INP)
- Dr. Stefano Piani (long-term visitor in 2022, now working at SISSA)
- Dr. Stefan Kayser (postdoc in 2020, now section head at Vishay Siliconix)
- Dr. Max Lübbering (master's student in 2018, now working at Fraunhofer IAIS)
- Imad Hamoumi (master's student in 2018, now founder and data consultant)
- Felix Kieckhäfer (bachelor's student in 2018, now software developer at vilisto GmbH)
- Judith Angel (bachelor's student in 2018, now PhD student at University of Hamburg)
- Dr. Matteo Patriarca (long-term guest in 2017, now team leader for simulations at MBDA)
Activities
- Vice Chair of KOMSO, building a new vision, mission and structure for applied mathematics community
- ECMI Council Member
- Editor of Open Mathematics (De Gruyter)
- Scientific ambassador for Brain City Berlin
- Mentor within Berlin Mathematical School and WIAS
- Member of SIAM, KOMSO, ECMI as well as the ECMI special interest group Modeling, Simulation and Optimization in Electrical Engineering