Profile
During my work I’m developing algorithms, numerical methods and applications for computer simulation especially related to multiscale heat transfer modeling. My main field of work is the high-performance computing including parallelization on multi-core processors, multiprocessor systems, and graphics units.
I am also passionate about DIY and active leisure.
- Name : Łukasz Turchan
- Date of birth : 1984
- Email : lukasz<at>turchan.eu
- Interest : iot, coding, tinkering, quantum computing, artificial intelligence, skiing, diving
Skills
Technical Skills
Knowledge
- Scientific computing
- Machine learning
- Operational research
- Data strucutres
- Algorithms
- Numerical methods
- Artificial intelligence
- Computational intelligence
Know-how
- CUDA
- VTK, ITK
- Numba, PyCUDA
- Git
- PowerShell
- UML
- LaTeX
- Matlab
Experience
Software Developer – Future Processing
October 2017 - Present
Gliwice, Poland
Future Healthcare
Senior Researcher – Silesian University of Technology
October 2014 - Present
Gliwice, Poland
Institute of Computational Mechanics and Engineering
Researcher – Technical University Dresden
June 2015 (university staff exchange)
Dresden, Germany
Institute of Lightweight Engineering and Polymer Technology
Senior technical assistant – Silesian University of Technology
January 2011 - September 2011
Gliwice, Poland
Institute of Engineering Processes Automation and Integrated Manufacturing Systems
Intern
February 2010 (university staff exchange)
Southfield, Michigan, USA
Vortex ICG, Delphi Corporation, Optrand Company, Lawrence Technological University
Education
Master of Engineering degree – Silesian University of Technology
June 2009
Completed studies in the field of Autmoatic Control Engineering and Robotics majoring in Computer Modeling of Systems and Processes.
Dissertation topic: Identifcation of boundary conditions using the boundary element methodcoupled with minimization energy method.
Ph.D. degree – Silesian University of Technology
September 2014
Received a Ph.D. degree in field of technical science in discipline mechanics.
Dissertation topic: Numerical analysis of artificialcial hyperthermia using different models of bioheat transfer.
Distinguished dissertation
Advisor: prof. Ewa Majchrzak
Services
Numerical modeling
Numerical simulation often is the only feasible approach. I work with FDM, BEM, FEM as also with the meshless methods.
HPC
I'm using the high-performance computing (mainly CUDA) to obtain the results efficiently, reliably and quickly.
Embedded software
Implementation of real time processing and signal analysis in embedded systems for reactions to the dynamic environment changes.
IoT
Development and application of algorithms for the distributed resources.
Achievements & competencies
Member of the Scientific-Programme Board
since 2015
Industry and Technology Park Ecoenergy-Effectiveness
Katowice, Poland