- Involved in bids, BE/PDP, FEED & DE and revamps for polyolefin (HDPE, PP, PVC), PO and IPA plants;- Lead process engineer - PDP/BE/FEED for HDPE, PVC, PO and IPA plants; feasibility study for Polyol Complex (HP/PO/PG/Polyether Polyols),- Unit responsible - responsible for process design (PDP, BE, DE) of various process units, e.g. polymerization, catalyst preparation, feedstock purification & recovery, powder work-up, tank farm, utilities generation, etc. ;- Preparation/review of BFD, PFDs, PI&Ds & UFDs, review of layout/plot plan;- Equipment process design based on international standards (API, ASME, ANSI, GOST), sizing and rating of heat exchangers, pumps, vessels, separators;- Line sizing and hydraulic calculations;- Process simulation and optimization;- Preparation of technical documentation (e.g., design basis, design considerations, processdescription, operating manual, heat & material balance, equipment & line lists, equipment & instrument data sheets, utility consumption, emission list, etc.);- Design/specification of pressure relief systems;- Review of vendor/licensor documentation;- Coordination/correspondence with clients, licensors, vendors and internal departments;- Participation in meetings, e.g. KOM, review meetings, HAZOP/HAZID, value engineering, FAT, etc.- Pre-commissioning & commissioning activities on site (TGU, PVC, HCl, HP)

- Involved in BE and PDP for polyolefin plants - Involved in BE & revamps for Aromatics Refining plants- Preparation of technical documentation; - Pre-commissioning & commissioning activities on site;- Equipment process design based on international standards (API, ASME, ANSI, GOST), sizingand rating of heat exchangers, pumps, vessels, separators, column & side strippers;- Professional experience abroad (several stays at the head office in Germany, regular business trips);- Office administration (reporting to head office in Germany, attending conferences and training,delegating work to engineering staff, day-to-day duties in case of Office Manager absence, etc.);

Assisting in laboratory research in the research group of Microchemical Engineering at the Department of Chemical Engineering- mathematical modelling of microfluidic systems using Matlab & Comsol (Femlab)- design, fabrication and experiments with microfluidic systems- teaching in laboratory of chemical engineering