Executive director, field expertise in CZ, SK, PL, UA, business and technical development, sales.
Interim management and coaching for SME’s in their development and expansion in Central Eastern Europe ; scouting for suitable locations, contact with local suppliers and authorities
• Sales management for a pipes and valves suppliers in the O&G (www.icarus-be.com) for large companies (Orlen, Lukoil, Technip,...)

Before becoming an entrepreneur, he worked in international management positions for Bristol Myers, a US pharmaceutical company, and Hagemeyer, an international trading company.
He has always been involved with high growth companies or business entities and has worked with entrepreneurs throughout his career. Guus holds a degree in Electrical Engineering and an MBA from INSEAD.
He has worked in many countries and speaks 4 languages.

Responsable Projets Thermiques au sein de la Direction des Nouvelles
Technologies
Coordination technique sur les projets thermiques du Groupe EDF Energies Nouvelles dans les domaines de la géothermie, de la biomasse, des biocarburants et du solaire thermodynamique, identification et criblage des nouvelles technologies, coordination de la R&D et des études avant-projet

His career started in the IT industry after his computer science degree from the UK and moved into management consulting after his MBA/diplome Grande Ecole from ESCP Europe. Crucially he was involved with economic reform and privatisation at the Treuhandanstalt and then turnaround consulting at Price Waterhouse corporate recovery.
His interest in sustainability led him to complete a postgraduate degree (at the age of 40) in environmental managem

Dr. Krasnoholovets is a scientific advisor to Tuzetka. He is a pre-eminent condensed matter physicist and is attached to the Institute of Physics, Academy of Sciences, in Kyiv, Ukraine.

Dr. Krasnoholovets has a wide range of research interests but is most known for his Inerton Theory, a theory of physics built on a mathematical model of real space. From this model, well known equations such as the Maxwell and Newton equations can be derived. T