atomic magnetometry; quantum optics; cold atoms physics (optical forces, cooling trapping methods); laser physics; advanced laser spectroscopy; methods of photonic/optical systems design and construction; optical measurements{p.text3,17px}

laser systems (diode, gas, dye, solid state, DPSS; pumping methods; resonators design, SHG, THG, parametric amplifiers); optical, electro-optical and opto-mechanical components; experiment controlling and data acquisition devices

mechanics, thermodynamics, statistical physics, material physics, nuclear physics

advanced mathematical methods in classical and quantum physics; numerical methods/computer simulations; mathematical methods in experimental data analysis and presentation; numerical methods in signals analysis and image processing

systems construction, methods of obtaining high vacuum, pumps operations

application of Metacybernetics and QTI in R&D processes

•exceptional experimental skills in conducting very complex optical lab experiments (Jagiellonian University, UC Berkeley, experimental project with NIST, Boulder){p.text4,margin bottom:9px,17px}

•using advanced knowledge in AOM physics as an effective tool in innovative and development processes

•ability to apply innovative design approach to optical systems based on meta-materials (novel components)

•using innovative method of “Qualitative Theory of Information” to effectively apply available tools (owned knowledge, scientific/engineering publications, devices/instruments/labs, software, human resources) in the R&D activity

•efficiency in prototypes structure optimization with respect to the fast commercialization phase

•organization of the optical labs

•ability to transfer complex knowledge/engineering problems to other coworkers (using teaching skills)

•excellent, proven teaching skills in the area of physics at the academic level

•efficient in inventive and innovative processes by proper utilization of possessed knowledge, skills and experience

•using novel theory of information in very efficient process of collecting and processing of engineering information

•software and programming: Origin Lab, Mathematica, MathCad, C, Fortran, 3D drawings, Labview, MS Word, Excel, Access, Power Point, ray tracing software, html/css

•ability to perform engineering projects as an individual author-can properly use available independence

•exceptional in the team work

•high level of enthusiasm for the performed tasks