Technical University of Lodz

Department of Semiconductor
               and Optoelectronics Devices

Prof. Zbigniew Lisik


address: 90-924 Łódź, Wólczańska 211/215
room no.: 116
phone: +4842 6312630
email: zbigniew.lisik[at]
home webpage:
consulting hours:

13.00 - 14.00

Semiconductor Devices, IFE s.16 wykładPrzyrządy Półprzewodnikowe e 416, t. 1-15 wykład; pierwsze zajęcia 7.10.; dodatkowo 13.11, 9.01.
Seminarium Katedry E415Seminarium dyplomowe e 113, t. 11-15; pierwsze zajęcia: 11.12.
Elektronika Transport, E 415, wykład t. 1-15


Information for students


He was born In Świdnica In 1948. In 1971 he got M.Sc at Electrical Eng. Faculty, Technical University of Lodz studying concurrently Physics at University of Lodz. In 1979, he defended Ph.D thesis, the DSc he got in 1993, and the professor title in 2006. Since 1979, he has worked at Technical University of Lodz, introductory in the Institute of Physics, in the prriod 1980-2007 in the Institute of Electronics, and from 2008 in the Department of Semiconductor and Optoelectronics Devices, being presently its head.
His research activity is aimed at investigations dealing with all the aspects of semiconductor devices. They cover both modeling, design and technology of semiconductor devices as well as thermal issues occurring in semiconductor devices and electronics systems. He was a leader in many national and international projects in this area. He is the author of more than 300 scientific publications and 10 patents.
Since many years, he has collaborated with Polish microelectronics industry, with LAMINA mainly, in the field of semiconductor device investigations and CAD application to design of power semiconductor devices. He is the coauthor of several new construction of power semiconductor devices both manufactured in LAMINA and worked-out in the Department technology labs. There are silicon as well as silicon carbide devices.


  1. Lisik Z., "The accuracy of numerical solution of temperature distribution in semiconductor devices under dynamic conditions", Electronics Letters, vol.14, no 17, 1978, pp. 549-551.

  2. Lisik Z., "Heat generation in semiconductor devices", Solid State Electronics, vol.24, no 1, 1981, pp. 85-87.

  3. Lisik Z., "Volume and surface heat sources in modelling of thermal properties of semiconductor devices", ECCTD'85, Prague 1985, pp. 49-53.

  4. Lisik Z., "Two-dimensional electrothermal analysis of thyristor with shorted emitter", Proc. SPIE, vol.1783, 1992, pp. 244-253.

  5. Lisik Z., "A hybrid approach to heat transfer modelling in electrothermal models of power semiconductor devices", EPE'93, Brighton 1993, pp.161-166.

  6. Lisik Z., Barczewski R., Podgórski J., Kopeć M., "3-D simulation of heat transfer in power semiconductor devices", EPE'95, Sewilla 1995, pp. 2277-2281.

  7. Lisik Z., Cieplak W., Leśkiewicz-Krawczyk M., Smoluchowski M., "Komputerowa optymalizacja grubości słabo i silnie domieszkowanych warstw n-bazy w tyrystorze asymetrycznym", Kwart. Elektron. i Telekom., vol.41, z.1, 1995, pp.89-102.

  8. Lisik Z., "Rozwój konstrukcji tranzystorów IGBT", Kwart. Elektron. i Telekom., vol.42 z.2, 1996, pp.207-225.

  9. Turowski M., Lisik Z., Pudlowki Z.J., "SEMDEM - educational software for bipolar semiconductor devices", Microelectronics J., vol.27, 1996, pp.121-129.

  10. Szmidt J., Beck R.B., Lisik Z., Mitura S., Sokołowska A., "State of the silicon-DLC layer interface produced by plasma methods", Diamond and Related Materials, vol.5, 1996, pp.1204-1209.

  11. Lisik Z., Podgórski J., "3-D Simulator of Heat Transfer in Semiconductors Devices", 3-rd THERMINIC, Cannes 1997, pp. 64-66.

  12. Lisik Z., "Modelling of Thermal Phenomena in Semiconductor Devices", Summer School of Microtechnology, THERMIC'98, Zakopane 1998 (invited lecture)

  13. Lisik Z., "Działanie i budowa tyrystorów GTO", Kwart. Elektron. i Telekom., vol.46,2000, z.1, pp.91-119.

  14. Lisik Z., Langer M., Adamski A., "Numerical Evaluation of Thermal Features of Wire Connection Made by Laser Technology", TCSET'2000, Lviv 2000, pp. 213 214.

  15. Kostrubiec F., Lisik Z., Pawlak R., Jakubowska K., Korbicki A., "New laser technology for wire bonding in power devices", Microelectronics Journal, vol. 32, 2001, pp.543-546.

  16. Lisik Z., "High Temperature Electronics", Summer School of Microtechnology, Lodz 2002, (invited lecture)

  17. Langer M., Lisik Z., Raj E., Kyun Kim N., Szmidt J., "Simulations for Thermal Analysis of MOSFET IPM Using IMS Substrate", Lecture Notes in Computer Science, No. 2658, 2003, pp. 637-643.

  18. Langer M., Lisik Z., Raj E., Kyun Kim N., Szmidt J., "Dynamic Simulations for Thermal Analysis of MOSFET IPM on IMS Substrate", Lecture Notes in Computer Science, No. 2658, 2003, pp. 644-649.

  19. Lisik Z., "Elektronika wysokotemperaturowa", Kwart. Elektron. i Telekom., vol. 49, z. 2, 2003, pp. 225-245

  20. Raj E., Lisik Z., Langer M., "The Prototype of the Micro-Channel Cooler Optimized in Simulations", MicroTherm'03, Lodz 2003, pp. 99-103.

  21. Tosik G., Gaffiot F., Lisik Z., O'Connor I., Tissafi-Drissi F. "Power dissipation in optical and metallic clock distribution networks in new VLSI technologies", Electronics Letters, vol. 40, 2004, pp.198-200.

  22. Lisik Z., Wozny J., Langer M., Rinaldi N., "Analytical Solutions of the Diffusive Heat Equation as the Application for Multi-cellular Device Modelling - A Numerical Aspect", Lecture Notes in Computer Science, No. 3039, 2004, pp. 1021-1028.

  23. Tosik G., Lisik Z., Langer M., Gaffiot F., O'Connor I., "Simulation of Electrical and Optical Interconnections for Future VLSI ICs", Lecture Notes in Computer Science, Proceedings,; No. 3039, 2004, pp. 1037-1044.

  24. Nowak J., Bakowski M., Lisik Z., Wozny J., Owczarek M., "Modelling of the power pin diode under surge current conditions", TCSET'04, Lviv 2004, pp. 529-532.

  25. Wozny J., Rinaldi N., Owczarek M., Nowak J., Lisik Z., "Optimizing the numerical procedure of temperature evaluating from the heat diffusion equation", TCSET'04 Lviv 2004, pp. 526-528

  26. Nowak J., Lisik Z., Bakowski M., "The Application of Surge Current Test Modeling to Evaluate Recombination Centre Features in Power Diode", ISPS'04, Prague 2004, pp. 63-66.

  27. Raj E., Lisik Z., Langer M., Tosik G., Wozny J., "The numerical approach to analysis of microchannel cooling systems", Lecture Notes in Computer Science, Part I No. 3514, 2005, pp. 876-883.

  28. Raj E., Lisik Z., Langer M., Rudzki J., "Super Cooling Structures for Power Electronics", EPE 2005, Drezden 2005, pp. P.1-P.6

  29. Raj E., Lisik Z., Langer M., "Copper micro heat sink for electronic applications", MicroTherm'05, Lodz 2005, pp. P.1 - P.4

  30. Wozny J., Lisik Z., "An overview of algorithms mimicking the heat diffusion in solid with application to electronic devices", MicroTherm'05, Lodz 2005, pp. P.1 P.6

  31. Raj E., Lisik Z., Langer M., Wozny J., "Heat transfer coefficient distribution in non-circular microchannels", MicroTherm'05, Lodz 2005, pp.131-135

  32. Wozny J., Lisik Z., Rinaldi N., "Accelerating evaluation of analytical solutions of heat conduction in solids in application to semiconductor devices", MicroTherm'05, Lodz 2005, pp. 106-112

  33. Langer M., Lisik Z., Wozny J., Jakubowska M., "Heat diffusion modeling in a C-BN Composite", MicroTherm'05, Lodz 2005, pp. 99-105

  34. Lisik Z., "Phenomena in Semiconductor Structures - Methods of their Modelling", WPL, 2005 (book In Polish)

  35. Lisik Z., "Opracowanie metod projektowania oraz wytwarzania struktur i przyrządów na podłożu z węgliku krzemu", Elektronika-Konstrukcje, Technologie, Zastosowania, 9/2006, pp. 14-16

  36. Langer M., Wozny J., Jakubowska M., Lisik Z., "Heat Diffusion - Searching for the Accurate Modelling", Lecture Notes in Computer Science, Part I No. 3991, 2006, pp. 498-505

  37. Sibiński M., Lisik Z. "Polycrystalline CdTe solar cells on elastic substrates", Bulletin of the Polish Academy of Science, Technical Science Vol. 55 No. 3/2007, pp.287-292

  38. Każmierczak A., Droward E., Briere M., Rojo-Romeo P., Letarte X., O'Connor I., Gaffiot F., Lisik Z., "Optomization of an integrated optical crossbar in SOI technology for optical networks on chip", Journal of Telecommunication & Information Technology, No. 3/2007, pp. 109-114

  39. Tosik G., Lisik Z., Gaffiot F., "Optical interconnections in future VLSI systems", Journal of Telecommunication & Information Technology, No. 3/2007, ss. 105-108

  40. Widerski T., Raj E., Lisik Z., "Cooling Microstructure for Automotive Electronic Module", EUROCON 2007, Warsaw 2007, pp. 1429-1432

  41. Donnarumma G., Wozny J., Lisik Z., "Monte Carlo simulation of bulk semiconductors for accurate calculation of drift velocity as a parameter for drift-diffusion, hydrodynamic models", Materials Science and Engineering B, vol. 165, no 1-2/2009, pp. 47-49

  42. Kubiak A., Sochacki M., Lisik Z., Szmidt J., Konczakowska A., Barlik R., "Power devices In Polish National Silikon Carbide Program", Materials Science and Engineering B., vol. 165, nr 1-2/2009,pp. 18-22

  43. Sibiński M., Lisik Z., Sęk D., Iwan A., "Novel construction of CdTe solar cell based on polyketanil structure", Materials Science and Engineering B-Sold State Materials for Advanced Tech., vol. 165, nr 1-2/2009, pp. 71-73

copyright (c) 2009