Ampliconyx's lasers housing, water cooling, mechanical setup and mounts. I am happy to help with it and improve my optical-designing skills, working with professionals.

I was involved to the development of a car’s holographic AR system. Mostly was working with laser sources for the holographic display: fiber coupling efficiency and uniformity of display illumination. Exciting time with speckle measurement and suppression.

Department of Radiophotonics has a list of interesting optical and photonics projects, and I solve an optical problems for our lab and devices.The most interesting our project is Picosecond Fiber Laser (association with Tampere University of Technology) and lab optical analisys works. We used an ONSHAPE for mechanics (CAD solutions) and an OSLO research product for modeling geometrical optics (Pump multiplexor research).

Developing of luminaries, thermal design, strength analysis.

The company produces precition devices: spectral devices, colorimeters and some science-directed simulation stantions.The Starry sky simulator I made is a special motion picture projector. It simulates "starry sky" for satellite navigation system. There is no picts...A 15 arcsec autocollimator I designed is on the picture. It has a LED-lighting reticle and a CCD receiver. I used ZEMAX to clear up the sensitivity of prism-cube adjustment assambly.=)

Design of illuminators: prodict idea, design, thermal simulation (SolidWorks), strength analysis. Manufacture and sample-testing. Mass production support.

Design of measuring meteolorological devices for airport: ultrasonic wind meter, transmissometer, barometer, meteo station.

A telescope IR-channel design.