Senior Project Engineer in the team responsible for design of Cryogenic Distribution Lines for the HL-LHC upgrade at CERN.

– Development of new products (electric powered cryochamber, hyperbaric chamber) – from conceptual design to prototype. – Thermodynamic and heat transfer calculations. Selection of working fluid for low temperature refrigeration systems. – Constant improvement of existing products. – 3D and 2D CAD design (SolidWorks + PDM). – Analysis of applicable standards. – Selection of system components (valves, control system elements, measurement devices, etc.). – Experimental verification of new ideas. – Taking part in UL certification of whole-body electric cryochamber (implementation of system trace, managing critical components database, tracking changes in electrical scheme).

– Design of cryogenic devices (liquid nitrogen and liquid helium pipelines and cryostats) and scientific equipement for scientific institutes such as CERN, ESS, Wroclaw University of Science and Technology, Institute of Aviation and for industry (food, chemical, medical, etc.). – Thermal and mechanical calculations. – 3D and 2D CAD design (Autodesk Inventor), writing VBA and iLogic macros for automation of modelling and drafting. – Preparation of technical reports, contact with notified bodies during verification of design and manufacturing of pressure devices (in accordance with PED). – Communication with customers and suppliers. – Selection of system components (control system elements, measurement devices, safety valves, etc.). – Supervision of manufacturing and tests (specification of pressure test, leak test and NDT criteria).

– Research on LNG exergy recovery and energy storage in liquefied gases. – Preparation of scientific and technical analyses for industry. – Design of cryogenic devices (liquid helium systems) for GSI/FAIR, design of test stands for Wroclaw University of Science and Technology. Mechanical and thermal calculations. – 3D and 2D CAD design (Autodesk Inventor).

– Preparation of as-built documentation for DNV certification of LNG fuel system for ferry. – Assisting project manager during factory assembly and on-site installation in shipyard.

Innovative biogas separation system, including hydrogen separation vessel for KSC S.A., located in Dobrzelin sugar plant. My contribution included: thermo-mechanical calculations, safety valves sizing and selection, selection of measurement and control equipment, 3D model, 2D drawings, supervision of manufacturing, supervision of on-site installation and assistance during the first experiments. More info: https://eko.wprost.pl/energia/oze/10635988/krajowa-spolka-cukrowa-stawia-naoze-iwodor.html

Cryogenic Transfer Line for European Spallation Source, Lund, Sweden – two 300 metres long vacuum insulated pipelines for cold helium transfer together with auxiliary lines. CTL is part of ESS Target Moderator Cryogenic Plant. My contribution included: pressure drop calculations, thermo-mechanical calculations of pipelines, mechanical calculations of supports, safety valves sizing and selection, 3D model, 2D drawings, supervision of manufacturing. More info: https://publikationen.bibliothek.kit.edu/1000075556/4403130

High pressure CO2 vacuum insulated pipelines for particle detectors cooling at CERN. My contribution included: thermomechanical and thermal calculations of pipelines, 3D model and 2D drawings preparation, supervision of manufacturing process.

Rocket engine fuel supply system for Institute of Aviation, Warsaw (mechanical calculations of pressure vessel, safety valves sizing and selection, selection of measurement and control equipment, 3D model, 2D drawings, supervision of manufacturing, contact with notified body and Pressure European Directive conformity assessment, supervision of on-site installation).

Research projects with my contribution include: “Optimization of power supply systems for marine, road or rail transport that use natural gas in liquid form” (in cooperation with Remontowa LNG Systems shipbuilding company); “Development of plate heat exchangers for liquid inert gas vaporization, and the modelling of the two-phase flow in heat exchangers – Task 4: Applications of LNG vaporization” (PHEVAP – part of the Poland—Taiwan scientific cooperation); Design of 2 cryostats for cryogenic system of FAIR SIS100 accelerator. Read more: https://wme-k1.pwr.edu.pl/projekty-badawcze/